HD7 series:HD70158AP/HD706M/HD706P Price|Datasheet pdf down.

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The ceramic resonator of the stereo decoder PLL circuit is used as a stop signal detector for AM signals. For this purpose, the parallel resonance frequency of the resonator, which is unloaded about 456 kHz, is reduced by an internal load capacitor down to 455 kHz. Therefore, the AM IF must be 455 kHz. The internal loading capacitor is defined by the current through AMSADJ (Pin 9) to GND. An external resistor is connected between AMSADJ (Pin 9) and GND. It allows the alignment of the stop signal center frequency. The width of the stop window is typicaly 800 Hz. If AM search- mode is not activated, the pin is internally pulled to ground.
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The HD7473P is a byte wide MRAM memory. The memory array is logically organized as 32,768 x 8 and is accessed using an industry standard parallel asynchronous SRAM-like interface. The HD7473P is inherently nonvolatile and offers write protect during sudden power loss. Functional operation of the MRAM is similar to SRAM-type devices, otherwise.

Parr number/PDF	Mfg	Pack	D/C	Descrpion

HD70158AP HD70158AP				The COP820CJ is a member of the COP8TM 8-bit Micr
HD706M HD706M				1~4 Cell Alkaline Battery Operating Range Outpu
HD706P HD706P				Comments, suggestions, or questions on this docum
HD708M HD708M	HITACHI	CAN-12	07+	The VC33 instruction register is 8 bits long. Ta
HD70C140F003 HD70C140F003	HITACHI	QFP-144	07+	The RC4700 ALU consists of the integer ad
HD710M HD710M				DESCRIPTION The NJW1503A is a PLL
HD711M HD711M		92		HY57V561620A is offering fully synchronous operat
HD713M HD713M				The control signals for the configuration memory
HD71G102D2R10FD HD71G102D2R10FD				These bits are for programming the PLLs internal
HD7279 HD7279		N/A	——	Ratiometricity simply means that the outp
HD7279A HD7279A	HD			CHS=0,BAL=11111 Vin = 1Vrms Vo=0.5Vrms BW=400H
HD7279A-SP HD7279A-SP	HD	SOP/DIP	08+	Figure 4 shows the logic in the XC5200 CLB, whic
HD7279A-SP/ HD7279A-SP/	HD	SOP-28	07+	The analogue section consists of a comparator wi
HD7279A-WP HD7279A-WP	HIT	DIP-28	05+	NOTES: 1. These parameters are determined by dev
HD7279A-WP/ HD7279A-WP/	HD	DIP-28	07+	The drivers provide four selectable levels of pr
HD7279-S HD7279-S		07+		• USB V2.0 Compliant SIE • Low-spee
HD7279S-SP HD7279S-SP	HD	SOP	07+	Adjustable Output Down to 1.2V Output Current of
HD7279-WP HD7279-WP	HIT	DIP		230 Hz Ultrafast Lock Times From DDS Implementa
HD73LS373 HD73LS373				The ISL6527 provides simple, single feedback loop
HD73M801ABT HD73M801ABT			01	If high inductance values and low capacitor valu
HD7400 HD7400	HITACHI	DIP	1987	The bq2019 provides 64 bytes of general-purpose
HD7400-A HD7400-A	HIT		04+	The members of this family are single power suppl
HD7400D HD7400D	HIT	DIP/14/磁	90+	VCU1 3.80 to 4.40 Adjustment VCD1 3.45 to 4.40
HD7400P HD7400P	HIT	DIP-14P	9640+	n Software selectable I/O options (TRI-STATE &re
HD7401 HD7401				Notes: 1. See thermal regulation specifications
HD740107P HD740107P	HIT	DIP	DIP	Buffer Delays tINInput buffer delay tGCKGCK bu
HD7401-A HD7401-A	1088	HD		Phase Angle C Power Factor and Dissipation Factor
HD7401P HD7401P	HIT	DIP	93+	A buffered output-enable (OE) input can be used
HD7402 HD7402	HIT			The PI90LV02 and PI90LVT02 are single differenti
HD7402P HD7402P	N/A	DIP	07+	Product names or services listed in this publica
HD7403 HD7403	Hitachi			Transmission bit rate in normal communication is
HD7403-A HD7403-A				Flash Memory Plus SRAM Reduces Memory Board Sp
HD7403P HD7403P	HIT	DIP-14P	98+	The CS8920As highly efficient StreamTrans- ferT
HD7403P-Z HD7403P-Z	HIT		95+	• Sealed construction for automatic wave so
HD7404 HD7404	HITACHI	DIP	1987	In this mode, CS is inactive (high) between seri
HD7404-A HD7404-A	HD			• Fast Page Mode Access Cycle • TTL
HD7404P HD7404P			93	The PI5A317A is a single-pole single-throw (SPST
HD7405 HD7405	Hitachi			‡ Unless otherwise indicated, voltages are
HD7405P HD7405P	N/A	DIP	07+	Functional Tests (In Freescale Test Fixture, 50 o
HD7406 HD7406	N/A	N/A	N/A	4K bit Ferroelectric Nonvolatile RAM • Orga
HD7406FP HD7406FP	HIT	1994+	SOP-14	Stresses beyond those listed under Absolute
HD7406FPEL HD7406FPEL	HITACHI	SMD	1995	The reference is postpackage-trimmed to increase
HD7406FPTL HD7406FPTL	HIT	07+		• High-speed access times: 8, 10,
HD7406P HD7406P	HIT	DIP	DIP	The 3.3-volt device is fully accessible and data
HD7406RP HD7406RP	HIT	SOP	94/P	Notes: 1. For conditions shown as Max. or Min.,
HD7407 HD7407	HD	08+		When a logic 0 of TRB is latched in with the fal
HD7407FPEL HD7407FPEL	HITACHI	08+		It is important that the logic used to turn ON a
HD7407FPTL HD7407FPTL	HIT	05+/06+		This device has built-in protection against high
HD7407FPTR HD7407FPTR			96	NOTES 1Stresses above those listed under Absolut
HD7407OP HD7407OP				!Features 1) Suitable for damping resistors. 2)
HD7407P HD7407P	HITACHI	DIP-14P	6+	A0, A1, A2, A3 (Pins 2, 3, 21, 22) Addres
HD7408 HD7408	HIT	DIP/14/磁		Warning: Stresses beyond those listed under Absol
HD7408P HD7408P	Hitachi			18 MHz operation frequency 32 K 8 ROM (SAB 83C
HD7409 HD7409	HIT	DIP陶瓷	99+	NOTE: Intersil Pb-free plus anneal products emplo
HD7409P HD7409P	HIT	DIP-14P	96+	• Extended Data-Out (EDO) Page Mode
HD7409PP HD7409PP				The OPA363 and OPA364 families offer excellent C
HD7410 HD7410	HIT	DIP		• High-speed access time: 35, 45, 55, 70 n
HD74107 HD74107	HIT	DIP/14/磁		A multiplier block is associated with each Selec
HD74107P HD74107P	Hitachi			. . . employing the Schottky Barrier princ
HD7410P HD7410P	HIT		95	PFKC03 series required a minimum 10% loading on
HD7411P HD7411P				TEST LEVEL CODES All electrical characteristics
HD74121 HD74121	N/A	DIP	07+	Figure 3 shows a typical test circuit for evaluat
HD74121P HD74121P	HIT			The IS25C32/64 utilizes an 8-bit instruction reg
HD74123 HD74123			92	The GTL16923 devices are 18-bit registered bus t
HD74123P HD74123P			90	Vth can be expressed as voltage between ga
HD74125 HD74125	Hitachi			ODIS 14 OUTPUT DISABLE - asserting this
HD74125P HD74125P	Hitachi			per Figure 5 Waveform Peak Power − Min. 15
HD74126 HD74126	Hitachi			The device operates on demand via a sync input p
HD74126P HD74126P	N/A	N/A	N/A	The MC74HC04A is identical in pinout to t
HD7412P HD7412P	Hitachi			V+ (Pin 8): Positive Power Supply. This supply mu
HD74132 HD74132	Hitachi
HD74132P HD74132P	Hitachi			The READ instruction will stream out data at a
HD74136 HD74136	Hitachi			VPC3 is the control pin for the stage 3 active bi
HD74136P HD74136P	HIT	SOP	03+	Sample: NR-SD-24V, 10 pcs. Contact voltage: 10
HD74139P HD74139P				Unless otherwise specified, the following specif
HD7414 HD7414	HIT	DIP	04+	The FETKY product family incorporates low
HD74141P HD74141P				Typical Data is at TA = +25C and VCC = 5 V and is
HD74145P HD74145P	HIT		93+	NOTES: 1. WE is high in read Cycle. 2. Device i
HD74147 HD74147	Hitachi			The Treble adjustment is made by changing
HD74147P HD74147P	HIT			Designing for Very Fast Load Transients The tran
HD74148 HD74148	Hitachi			The devices are stable with capacitive loads up
HD74148P HD74148P		HIT	88	I2C Interface General Device Address I2C Regis
HD7414P HD7414P	Hitachi			The device incorporates auto-calibration and buil
HD74150 HD74150	Hitachi			Continuous Drain Current, V GS @ 4.5V Continuou
HD74150P HD74150P	HITACHI	DIP24P	05+	Single Package Fully-integrated 4-bit Flash Micro
HD74151A HD74151A	HIT	DIP	87+	Glass passivated high commutation triacs in a
HD74151AP HD74151AP	HITACHI	DIP16		Note: _ _ represents the two number suffix needed
HD74153 HD74153	Hitachi
HD74153P HD74153P	HIT		91	The PLL will work correctly, meaning it will pha
HD74154 HD74154	Hitachi			When #CE and #RESET pins are at VDD, the ICC CMOS
HD74154P HD74154P	HIT	DIP	06+	NOTES: Stresses above those listed under
HD74155 HD74155	Hitachi			Hynix HYMD216646A(L)6J-J series incorporates SPD(
HD74155D HD74155D	HIT	DIP/16/磁	90+	Note: 1. For DIP package: Soldering temperature
HD74155P HD74155P	HIT	DIP	97+	The sensor has two readout registers located at
HD74156 HD74156	Hitachi			The DSTINIm400 is a fully assembled and tested c
HD74156P HD74156P	N/A	N/A	N/A	Inductance: Measured at 1 volt with no DC current
HD74157 HD74157	HITACHI	DIP	1987	Note 1: Power dissipation is 500 mW when mounted
HD74157P HD74157P	HIT	SOP	00+	Specifications Outline Dimensions Pin Connectio
HD74159 HD74159	Hitachi			The DDU7C relies on a stable power supply to pro
HD74159P HD74159P	HIT	DIP	05+	Note 2: The maximum allowable power dissipation i
HD7416 HD7416	Hitachi			Applications l Telecom and Data-Com 24 and 48V
HD74160P HD74160P	Hitachi			As described under "Current Limiting,"
HD74161 HD74161	Hitachi			At C40C to 85C, +VA = +5 V, +VBD = +5 V or +VBD
HD74161P HD74161P	HIT	DIP	97+	The parallel I/O interface may be configured for
HD74162P HD74162P	HIT	DIP	98+	This new generation of TRENCH MOSFETs from Zetex
HD74163 HD74163	HITCHIA	DIP	DIP	The CS pin must remain low during the loading of
HD74163P HD74163P	N/A	DIP	07+	Notes: 1. The dominant wavelength, ëd, is
HD74164 HD74164	Hitachi			The Intersil ISL5120CISL5123 devices are precisi
HD74164P HD74164P		95	DIP	HOLD ACKNOWLEDGE: The active high Hold Acknowled
HD74166 HD74166	Hitachi			1. Hitachi neither warrants nor grants licenses
HD74166P HD74166P	HIT			The TLE 4471 is a monolithic integrated very low
HD7416P HD7416P			94	Accesses to the MBAR register at long word $3FF0
HD7417 HD7417	Hitachi			Reading from the device is accomplished by taking
HD74170R HD74170R	HIT		04+	Loading With the rising edge of the Cloc
HD74170R-P HD74170R-P	HITACHI	DIP	07+	The ISL6208 features 4A typical sinking current f
HD74173 HD74173	Hitachi			COMP, 0 VCS 0.4 V. DV
HD74173P HD74173P	N/A	N/A	N/A	In addition, the L1 instruction memory and L1 da
HD74174 HD74174	Hitachi			Typical values represent average readings
HD74174P HD74174P	N/A	N/A	N/A	Information furnished by Linear Technology Corpor
HD74175 HD74175	Hitachi			Guaranteed by measurement of initial offse
HD74175P HD74175P	N/A	DIP	07+	GENERAL DESCRIPTION NJM2567 is a l
HD74177P HD74177P	Hitachi			The Clock and Data Recovery stage was designed to
HD74179 HD74179	HIT			allow adjacent I/O cell outputs to be directly c
HD7417P HD7417P	HIT	DIP-14P	0416+	The THAT 4311 Low Power Dynamics Proces-
HD74180 HD74180			91	Notes: 1. TC is defined as case temperature, the
HD74180P HD74180P	HIT	DIP	DIP	Block check character is transmitted/received as
HD74182 HD74182	Hitachi			Designed for use in solid state relays, M
HD74182P HD74182P	N/A	DIP	07+
HD74190N HD74190N	HITACHI			The RC4700 also incorporates a four-entry
HD74192 HD74192	HITCHIA	DIP	DIP	regardless of the operating mode of the device.
HD74192P HD74192P	Hitachi			ACST4-7S triggering current has to be sunk from
HD74193 HD74193	HITACHI	DIP	1987	NOTES: 1. Dimensions are in inches.
HD74193P HD74193P	Hitachi			The TMS551xx devices offer a split-register-tran
HD74194 HD74194	Hitachi			The MAX1555s CHG is an active-low, open-drain c
HD74194-B HD74194-B	HIT		9M1	Designed for broadband commercial and ind
HD74194P HD74194P	N/A	DIP	07+	When a HIGH-going transition is detected on this
HD74195 HD74195	HIT	DIP/16/磁		nRF401 is a true single chip UHF transceiver desi
HD74195P HD74195P	Hitachi
HD74197P HD74197P	Hitachi			The primary function of the receiver is to recov
HD74198 HD74198	Hitachi			Hynix HYMD132725A(L)8-K/H/L series incorporates S
HD74198P HD74198P				Supports PIO mode 4, both at 16.6 Mbytes/second
HD74199P HD74199P	HIT	DIP24	04+/05+/06+/07+	This new generation of trench MOSFETs from Zetex
HD7420 HD7420	Hitachi			ADDRESS STROBE: This is an active high signal us
HD7420-A HD7420-A				The eight latches of the LVTH573 devices are tra
HD7420P HD7420P	N/A	DIP	07+	The 74HC/HCT377 have eight edge-triggered, D-typ
HD74221 HD74221	Hitachi			The MCU provides the following features: 40K byt
HD74221P HD74221P	HIT	SOP	90+	Features NPT IGBT technology low sa
HD7422P HD7422P	Hitachi			The IRU3027 controller IC is specifically designe
HD7425 HD7425	Hitachi			The LM139 series consists of four independent pr
HD7425P HD7425P	HIT	DIP	DIP	Soldering (10 seconds)+260˚C ESD Sus
HD7426P HD7426P	N/A	N/A	N/A	State-of-the-Art Advanced BiCMOS Technology (ABT
HD7427 HD7427	Hitachi			202 or CCITT V.23 FSK format and transmitted at
HD74279 HD74279	Hitachi			Clocks in the ispLSI 2096V device are selected u
HD74279P HD74279P	HITACHI			DC Supply Voltage, VCC . . . . . . . . . . . . .
HD7427P HD7427P	HIT	DIP		The architecture of the current feedback opamp co
HD74283P HD74283P	HIT	DIP-16P	9317+	Stresses above those listed under Absolute Maxim
HD74290P HD74290P	Hitachi			The FDC37M60x with IrDA v1.0 support incorporat
HD74293 HD74293	Hitachi			This Logic Level Vertical Power MOSFET is
HD74293P HD74293P	HIT			[CAUTION] The specifications on this data
HD7430 HD7430	Hitachi			The 512K EPROM and OTP PROM are programmed using
HD7430P HD7430P	Hitachi			The EM78860 is an 8-bit RISC type microprocessor
HD74312R HD74312R		陶瓷DIP	03+	The Phase Frequency Detector (PFD) then compares
HD7432 HD7432	HITACHI	DIP	1987	The ICSI IC61S6432 is a high-speed, low-power syn
HD7432P HD7432P	HIT		90	Comprehensive Power Management Capability for Mo
HD7437 HD7437	HIT	DIP-14P	01+	Even Parity. Parity is even parity across AD31-0
HD7437-A HD7437-A				The Fairchild Switch FSTU32160A is a 16-bit to 3
HD7437D HD7437D	HIT	DIP/14/磁		Voltage follower/buffer/amplifier Charge integra
HD7437P HD7437P	HIT	DIP	97+	DFS Double Speed Sampling Mode Pin TEST Test
HD7438 HD7438	HIT			The ADF4360-6 is a fully integrated integer-N sy
HD7438-A HD7438-A	HIT		04+	The LH1556FP is robust, ideal for telecom and g
HD7438BP HD7438BP				The bandwidth of KESRX05 is set by the external
HD7438D HD7438D	HIT		97	These devices consist of four independent high-
HD7438FPEL HD7438FPEL	HITACHI	05+/06+		The IRU1261, using a proprietary process, combine
HD7438FPER HD7438FPER	HIT	SOP	95	System Characteristics The following spec table e
HD7438FPTL HD7438FPTL	HITACHI	95	7858	The Forward Biased Safe Operating Area cu
HD7438P HD7438P	HIT	DIP-14P	00+	90% Efficiency at 20W Frequency to 600kHz 30W o
HD7440 HD7440	Hitachi			NOTES 1. Data, Clock and Enable inputs are high
HD744051FPEL HD744051FPEL	HIT	99	1678	NOTES 1Stresses above those listed under Absolut
HD7440P HD7440P	HIT			SINGLE-CHIP SOLUTION TO DIRECTLY MEASURE FOUR LO
HD7442A HD7442A	Hitachi			and 4 to 40 V Low current consumption of less th
HD7442AP HD7442AP	N/A	N/A	N/A	The device will respond with a 64-bit ATR code,
HD7442P HD7442P	HIT	DIP-16P	04+	An internal power-on reset (POR) and an enable i
HD74442AP HD74442AP	HIT		00	Chip Enable (E). The Chip Enable, E, activates t
HD7445P HD7445P	HIT	DIP-16P	03+	The MAX8586 single current-limited switch control
HD7446AP HD7446AP	50			The host system can detect whether a program or
HD7446P HD7446P			94	DESCRIPTION This power MOSFET is designed using
HD7447 HD7447				A default serial loader program in the Boot ROM
HD7447A HD7447A	Hitachi			SYSTEM ERROR is used for reporting address parity
HD7447A-B HD7447A-B
HD7447AG HD7447AG	HIT	DIP -16 陶封	96	The Fairchild Power Switch(FPS) product family i
HD7447AP HD7447AP			96	Total memory size is 128 Kbytes, equivalent to a
HD744C74P HD744C74P				REPEATER MODE When the RPTR pin is high or regis
HD7450 HD7450	Hitachi			When the DRAIN pin of the LT4250L is above VEE by
HD7450P HD7450P	HIT			NEC's NESG2021M05 is fabricated using NECʼs
HD7451 HD7451	HITCHIA	DIP	DIP	First ASIC replacement FPGA for high-volume pro
HD7451D HD7451D				The HYM72V64636H(L)T8 Series are 64Mx64bits Synch
HD7451P HD7451P	HIT	DIP		These dual P-Channel logic level enhancement mode
HD7453P HD7453P	Hitachi			Note 1: Absolute maximum ratings are the extreme
HD7454P HD7454P	Hitachi			Clocks in the ispLSI 1032E device are selected u
HD74574P HD74574P		HIT	98	The LH28F016SU provides user-selectable b
HD7472P HD7472P	HITACHI	DIP-14	96+	The Blackfin processor assembly language uses an
HD7473 HD7473	Hitachi			The HD7473 is a VFD (Vacuum Fluorescent Display)
HD7473P HD7473P	HIT	DIP		line is at logic low and the data is latched w
HD7474 HD7474	HIT		92	The state of the Boot Block lockout can b
HD7474-A HD7474-A	HIT		04+	Maximum ratings are those values beyond which de
HD7474G HD7474G	Hitachi			Feedback Disable: This input controls the state o
HD7474P HD7474P	HIT			The thermal path between the plastic package and
HD7475 HD7475	Hitachi			LINEAR GCI MODE In GCI linear mode, one G
HD7475P HD7475P	HIT		4A38;92	Other operating features include an on/off inhib
HD7476 HD7476	Hitachi			Temperature sensor ICs such as the MAX6672/ MAX6
HD7476P HD7476P	Hitachi			Notes a. The algebraic convention whereby the m
HD7483A HD7483A	Hitachi			256 Independent, Bidirectional HDLC Channels Up
HD7483AP HD7483AP	N/A	N/A	N/A
HD7485 HD7485	Hitachi			Each MMU provides read-only and supervisor-only
HD7485P HD7485P	N/A	N/A	N/A	¡Compact, thin. (8.04.51.8mm) ¡For s
HD7486 HD7486	Hitachi			The HT48CA0 is an 8-bit high performance RISC-l
HD7486G HD7486G	N/A	N/A	N/A	Voltage, current, and temperature measurements ar
HD7486P HD7486P	HITACHI	00+	DIP-14	Setting the LED Current The regulated output cur
HD7489 HD7489			94	Vcc = 2.3V~2.7V, TA= 0C to 70C/ -40C to 85C, unle
HD7489P HD7489P			97	The BiCMOS process is used, as a result a supply
HD7490 HD7490	HIT	DIP		Derate linearly above 70oC free air temperature
HD7490A HD7490A	HIT	DIP陶	01+	Program memory - bytes60K48K32K60K48K32K16K16K
HD7490AP HD7490AP	HIT	DIP	99+	• Packaged in 28 pin, 300 mil wide SOIC or
HD7491A HD7491A	Hitachi			7.1 User Interface API A development kit dedica
HD7491AP HD7491AP	Hitachi			UL60950 requires minimum creepage and clearances
HD7491P HD7491P	HIT			Shift clock signal input for the PCMIN and PCMOUT
HD7492AP HD7492AP	N/A	N/A	N/A	Hynix HYMD232726(L)8-K/H/L series is unbuffered 1
HD7493A HD7493A	Hitachi			• Combine Step-Up and Step-Down for
HD7493AP HD7493AP	Hitachi			The MAX4626 successfully meets the qualit
HD7495AP HD7495AP	HIT	DIP	93+	The DS1258 128k x 16 nonvolatile (NV) SRAMs are 2
HD7496P HD7496P	HIT	DIP	95+	True 64-bit microprocessor C 64-bi
HD74AC00 HD74AC00	HITACHI		SOP14	The HCMOS MC68SEC000s static architecture is a d
HD74AC00FP HD74AC00FP	HIT	SOP-14	01+	ELECTRICAL CHARACTERISTICS The block diagram is
HD74AC00FPEL HD74AC00FPEL	HITACHI	SOP5.2	00+	1. Absolute Maximum Ratings indicate limits beyo
HD74AC00FPER HD74AC00FPER	HIT	SOP5.2mm-14L	2006	Logic 0 Input Voltage (OUT = LO) Logic 1 Input
HD74AC00FPTR HD74AC00FPTR	日立	SOP	95+	The PCI I/O region is also a 4 Gbyte space. Howe
HD74AC00P HD74AC00P	HIT	97		Many conditions affect the thermal perfor
HD74AC00TEL HD74AC00TEL	HIT		95	The maximum repetition rate for Timer T2 is twic
HD74AC00T-EL HD74AC00T-EL	HIT	SSMD	2000	The ICSI IC61S6432 is a high-speed, low-power syn
HD74AC02 HD74AC02		00+	SOP	s Memory mapped I/O s Multilevel Low Voltage De
HD74AC02FP HD74AC02FP	Hitachi			In FM mode the FM mixer, the FM RF-AGC and the 1
HD74AC02FPEL HD74AC02FPEL	HIT	SOP	99/P	The VSX60 Series are dual output converters with
HD74AC02FP-EL HD74AC02FP-EL	HITACHI			The Preliminary designation indicates that the p
HD74AC02FPTR HD74AC02FPTR	HIT	91+		The input buffer threshold has programmable TTL/
HD74AC02P HD74AC02P			99	These devices contain two independent positive-
HD74AC02TELS HD74AC02TELS	HIT	SSMD	98	The HD74AC02TELS series is a two stage, hybrid s
HD74AC04 HD74AC04	HIT			Max. Instantaneous Forward Voltage*** @ IF = 0.1
HD74AC04FP HD74AC04FP	Hitachi			The Advanced Interrupt Controller (AIC) controls
HD74AC04FPEL HD74AC04FPEL			03	The output voltage of the Power Trends Wide Inpu
HD74AC04FP-EL HD74AC04FP-EL				Fully Integrated xVCC and xVPP Switching xVPP Pr
HD74AC04FPT HD74AC04FPT				FEATURES 8-18V Supply Operating Range 1
HD74AC04FPTL HD74AC04FPTL	HITACHI	SOP5.2	96	Attenuates wander from 2.1 Hz Fast Lock mode P
HD74AC04P HD74AC04P			99	The HD74AC04P is a 14 pin integrated circ
HD74AC04RP HD74AC04RP	HIT	SOP	94P3	Conversion Time: CNV Rising Edge to Data Availab
HD74AC04RPEL HD74AC04RPEL	HIT	SOP3.9mm-14L	2006
HD74AC04T HD74AC04T				The logic is supplied by the VCC voltage, typ. w
HD74AC04TEL HD74AC04TEL	HITACHI	05+/06+;		The output serial data is straight binary, and i
HD74AC04TELL HD74AC04TELL	HIT	1997	TSSOP	SUPPLY VOLTAGE, +VS to CVS OUTPUT CURRENT, con
HD74AC08 HD74AC08	Hitachi
HD74AC08FP HD74AC08FP	HIT	SOP14	96+	The HYM72V32C756B(L)T8 Series are gold plated soc
HD74AC08FPEL HD74AC08FPEL	HITACHI	SOP	1999	The CY7C138AV/144AV/006AV/007AV and CY7C139AV/
HD74AC08FPTL HD74AC08FPTL	HIT	SOP	99/P	(1) The algebraic convention, whereby the most n
HD74AC08FPTR HD74AC08FPTR	HIT		96	The HMS9xC7132/4 is a single-chip microcontrolle
HD74AC08P HD74AC08P			06+	The PCM58P accepts TTL-compatible logic input le
HD74AC08PC HD74AC08PC				The A3946 is designed speciﬁcally
HD74AC08RP HD74AC08RP	HIT	SOP	92P3	To assist in the transceiver evaluation proces
HD74AC08RPEL HD74AC08RPEL	HIT	SOP-14 3.9mm	3L46	The HT6221/HT6222 remain in the halt mode during
HD74AC08RP-EL HD74AC08RP-EL	HIT	SOP	93/P3	Important Information and Disclaimer:The informat
HD74AC08TELL HD74AC08TELL			97	Notes: 1. For Max. or Min. conditions, use appr
HD74AC107FPEL HD74AC107FPEL	HITACHI	00+	SOP	• Adjust the contrast in LCD displays
HD74AC112P HD74AC112P	Hitachi			The V3020 is a low power CMOS real time clock. D
HD74AC123AP HD74AC123AP	HITATHI			Connect control terminal to VIN terminal The qui
HD74AC125 HD74AC125	Hitachi			Drain-Source Voltage Gate-to-Source Volta
HD74AC125FP HD74AC125FP	HIT	SOP	02+
HD74AC125FPEL HD74AC125FPEL	HITACHI			(4) Bold lines should be short and thick in PCB p
HD74AC125FP-EL HD74AC125FP-EL				Radiation Hardened up to 1 x 10 6 Rads (Si) Sin
HD74AC125FPER HD74AC125FPER	HITACHI	SOP5.2	99	Each channel of the HA-2400/04/05 can be control
HD74AC125FPTR HD74AC125FPTR			93	The STPC Atlas integrates a standard 5th genera
HD74AC125P HD74AC125P	HIT	SOP	02+	Basic building blocks of the HCPL-x710 are a CMO
HD74AC125TEL HD74AC125TEL	HITACHI	TSOP-14	95+	The NCV8800 is an automotive synchronous
HD74AC125TELL HD74AC125TELL	HIT	9935+		The MSK 5115 series are highly thermally conduct
HD74AC126FP HD74AC126FP	Hitachi			An external resistor RCF is recommended be- twe
HD74AC126P HD74AC126P	Hitachi			This advanced technology has been tailored to min
HD74AC138 HD74AC138	Hitachi			The HD74AC138 device utilizes DirectFET TM packa
HD74AC138FP HD74AC138FP	N/A	SOP	07+	The D-Pak is designed for surface mounting using
HD74AC138FPEL HD74AC138FPEL	HIT	SOP-16	98+	• 1.25 (31.75mm) PCB Height • 168-Pi
HD74AC138FPTL HD74AC138FPTL	HIT	SOP	97+	• 500-ps max. Total Timing Budget™ (T
HD74AC138FPTR HD74AC138FPTR				The IN74AC14 is identical in pinout to th
HD74AC138P HD74AC138P	HIT	DIP	01+	The base timer is an 8-bit counter with a 1MHz cl
HD74AC138PF HD74AC138PF	HIT			For the adjustable output controller, the VREF p
HD74AC138RP HD74AC138RP	HIT	SOP	92/P	The EC000 processor core communicates with these
HD74AC138TELL HD74AC138TELL				C1 is the transfer capacitor and C2 stores energy
HD74AC139 HD74AC139	Hitachi			The Address Sequencer is a 24-bit programmable a
HD74AC139FP HD74AC139FP	Hitachi			Limits in standard typeface are for TJ = 25˚
HD74AC139FPEL HD74AC139FPEL			95	In simple mode all feedback paths of the output p
HD74AC139FPTR HD74AC139FPTR	HIT		95	Compliant to USB specifications Low MOSFET on re
HD74AC139P HD74AC139P	Hitachi			In the second-generation XC3000A LCA devices, in
HD74AC14FP HD74AC14FP	Hitachi			SSCG uses a patented technology of modulating th
HD74AC14P HD74AC14P	Hitachi			USB C Revision 1.1 compliant
HD74AC153FPTR HD74AC153FPTR		92	SOP	Description Pulses for operating the MOS
HD74AC154P HD74AC154P	HIT	DIP	DIP	(Both segment mode and common mode) ! Supply vol
HD74AC157 HD74AC157	Hitachi			Note 6: A filter on SDA and SCL delays the sampli
HD74AC157FP HD74AC157FP	HIT	08+		The HD4074318 is a PROM version ZTAT™ micr
HD74AC157FPEL HD74AC157FPEL	HIT	SOP	97/P2	Note A: Characteristic data has been developed f
HD74AC157FPTR HD74AC157FPTR	HIT	SOP	95+	A proper value of feed forward capacitor parallel
HD74AC157P HD74AC157P	HIT			When the VO2Cont terminal voltage is set to 0.5V
HD74AC158FPTR HD74AC158FPTR	HIT	SOP-16	92	Either 256 refresh cycles or read/write cycles o
HD74AC161P HD74AC161P	Hitachi			For example, if the OTG Host were to turn off VBU
HD74AC164 HD74AC164	Hitachi			CLOCK functions as a pipeline clock, loading the
HD74AC164FP HD74AC164FP	Hitachi			All components of a charge pump, except the hold
HD74AC164FPEL HD74AC164FPEL	HIT	99	1250	The RFR6000 device is fabricated using a SiGe Bi
HD74AC164FPTL HD74AC164FPTL	HIT			If you have any marketing or sales questions, ple
HD74AC164FPTR HD74AC164FPTR	HIT		00	SEN enables serial loading of programmable flag o
HD74AC164P HD74AC164P			96	† Stresses beyond those listed under absol
HD74AC166F HD74AC166F	HIT	08+
HD74AC166FP-EL HD74AC166FP-EL	HIT	SOP	97+	When the receiver is placed in the power-down (sl
HD74AC166P HD74AC166P	HIT	DIP-16	00+	The IL400 is an optically coupled SCR with a gal
HD74AC174P HD74AC174P	HIT		06+	This document is a general product description an
HD74AC175 HD74AC175	HITACHI	SOP5.2	98	n Sector Protection C Sectors may be lock
HD74AC175FP HD74AC175FP	Hitachi			• High speed switching (tstg: storage time/t
HD74AC175FPEL HD74AC175FPEL	HIT	2000	798	Each channel is equipped with a programmable Vce
HD74AC175P HD74AC175P	Hitachi			OFFSET VOLTAGE, initial OFFSET VOLTAGE, vs. te
HD74AC240FP HD74AC240FP	Hitachi			• CASE: Hermetically sealed DO-213AB glass
HD74AC240FPEL HD74AC240FPEL	HIT			A six-byte command (Enter Single Pulse Program M
HD74AC240FPT HD74AC240FPT				The HD74AC240FPT is tested using the CCIF standa
HD74AC240FPTR HD74AC240FPTR	HIT			Supports a 4 Gbps high bus bandwidth Variable b
HD74AC240P HD74AC240P			97	The high-resolution (HR) SHARE feature allows ev
HD74AC240RP HD74AC240RP	HIT	SOP	93P1	The ISL6434 includes an Intel® -compatible,
HD74AC244 HD74AC244	Hitachi			Core C ARM7TDMI 32-bit RISC CPU C 32 MIPS @ 3
HD74AC244FP HD74AC244FP	Hitachi			The synchronous boost converter generates a low n
HD74AC244FPEL HD74AC244FPEL	HIT	SOP	00P2	Port 3 pins P3.0 to P3.5, P3.7 are seven bi-dire
HD74AC244FPT HD74AC244FPT				FACTORY INSTALLED OPTIONS 1 &nb
HD74AC244FPTR HD74AC244FPTR	HIT	SOP		For applications requiring guaranteed RF-tested
HD74AC244P HD74AC244P	Hitachi			• fast CoolMOS power MOSFET - 2nd
HD74AC244RP-EL HD74AC244RP-EL	HITACHI	08+		Edition 16.3.99 Published by Siemens AG, Bereic
HD74AC244TELL HD74AC244TELL				The RF2958 is a single-chip transceiver specific
HD74AC245 HD74AC245	HITACHI			Note 2: Electrical Table values apply only for fa
HD74AC245FP HD74AC245FP	Hitachi			All synchronous inputs pass through input registe
HD74AC245FPE HD74AC245FPE				A resistor divider from this pin to the VOUT pin
HD74AC245FPTR HD74AC245FPTR	HITACHI	SOP	97	Write Protect Pin and Write Disable Instructions
HD74AC245P HD74AC245P	HIT		06+	All input pins. Input pins XHD and CKI. Input
HD74AC245RP-EL HD74AC245RP-EL	HITACHI		93	"Preliminary" product information descr
HD74AC245TEL HD74AC245TEL		94	SSOP	The MCU core is fully compatible with the indust
HD74AC273 HD74AC273	HITACHI	SOP	07+
HD74AC273FP HD74AC273FP	Hitachi			The UCC3808 is a family of BiCMOS push-pull, hig
HD74AC273FP-E HD74AC273FP-E				The CPU core of MTV230M is compatible with the in
HD74AC273FPEL HD74AC273FPEL	HIT	SOP	99/P2	Transmit high impedance mode is activated by set
HD74AC273P HD74AC273P	HIT			Regulates voltage over a broad operating current
HD74AC280FPEL HD74AC280FPEL	HIT	SOP	94/P	The HD74AC280FPEL provides eight bits of
HD74AC280P HD74AC280P	Hitachi			CAUTION: These devices are sensitive to e
HD74AC283 HD74AC283	Hitachi			Serial-test information is conveyed by means of
HD74AC283FPEL HD74AC283FPEL	HIT	SOP	95/P2	Notes: 1. Repetitive Rating : Pulse width limite
HD74AC283P HD74AC283P	Hitachi			The PWR5104 and PWR5105 offer respectively 12VDC
HD74AC32 HD74AC32	Hitachi			Capacitor Table Table 1 identifies the character
HD74AC32FP HD74AC32FP	HIT	SOP14	97+	PNPN devices designed for high volume, li
HD74AC32FPEI HD74AC32FPEI	HIT			LDQM and UDQM control the lower and upper bytes
HD74AC32FPEL HD74AC32FPEL		0	SOP	NOTES: 1. Stresses greater than those listed un
HD74AC32FP-EL HD74AC32FP-EL				I/O performance is increased to 622 Mb/s using S
HD74AC32FPTR HD74AC32FPTR		92	SOP	Fifth Generation HEXFETs from International Recti
HD74AC32P HD74AC32P	HIT			24 Bits, No Missing Codes Fixed-Channel or Autom
HD74AC32RP HD74AC32RP	HIT	SOP	92P3	The recommended dose of ultraviolet light for era
HD74AC32TEL HD74AC32TEL	HITACHI	TSSOP	95+	The HC595 contain an 8-bit serial-in, parallel-o
HD74AC32TELL HD74AC32TELL	HIT			Instructions 1. Place codewheel on shaft. 2.
HD74AC373FP HD74AC373FP	Hitachi			Stresses beyond those listed under "absolut
HD74AC373FPEL HD74AC373FPEL	HIT	SOP	01/P2	The Kawasaki KL5KUSB111 Controller is a unique s
HD74AC373FPEL-E HD74AC373FPEL-E	HITACHI			ADVANCE INFORMATION documents contain information
HD74AC373FPTR HD74AC373FPTR		92	SOP	Data Outputs: A 4-bit parallel data word, forming
HD74AC373P HD74AC373P	HIT		06+	To close the feedback loop of the PI6C2308A, the
HD74AC374 HD74AC374	Hitachi			DigitalClarity ™ CMOS Imaging Techno
HD74AC374FP HD74AC374FP	Hitachi			The UC1854 provides active power factor correcti
HD74AC374P HD74AC374P	HIT		05+	This device is manufactured on a complimentary h
HD74AC393FPEL HD74AC393FPEL	HIT	SOP	97+	Hynix HYMD132G725A(L)4-K/H/L series is registered
HD74AC393FPTR HD74AC393FPTR	HIT	SOP	93/P2	Tutte le informazioni contenute sul presente man
HD74AC393P HD74AC393P	Hitachi			RFMs RX5000 series amplifier-sequenced hybrid (AS
HD74AC74 HD74AC74	Hitachi			Power DissipationInternally limited Input Volta
HD74AC74FP HD74AC74FP	Hitachi			2. A variety of power saving modes Attach
HD74AC74FPEL HD74AC74FPEL	HIT	SOP	01/P	TI does not warrant or represent that any licens
HD74AC74FP-EL HD74AC74FP-EL	HIT		97	Fault Status (Output): Open drain N-Channel devi
HD74AC74FPER HD74AC74FPER				The video control inputs drive weighted current
HD74AC74P HD74AC74P	Hitachi			Notes: 1. For codes not listed in the figure ab
HD74AC74RP HD74AC74RP	HIT	SOP	92P3	Acknowledge Acknowledge is a software conventio
HD74AC74TEL HD74AC74TEL				M/S = VIH for BUSY output flag on Master M/S =
HD74AC86 HD74AC86	Hitachi			Notes a: Stresses greater than those listed und
HD74AC86FP HD74AC86FP	Hitachi			INPUT CAPACITOR To improve load transien
HD74AC86FPEL HD74AC86FPEL	HIT	SOP	97+	Absolute maximum continuous ratings are those va
HD74AC86FPTL HD74AC86FPTL	HIT	SOP	97/P	Device erasure occurs by executing the erase com
HD74ACQ245 HD74ACQ245		93	SOP	ESD damage can range from subtle performance deg
HD74ACT08TELL HD74ACT08TELL	HIT	SSOP	07+	• Direct bus connection when switches are
HD74ACT107P HD74ACT107P	HIT	06+	1250	8-bit resolution. ADC gain adjust. 2 GHz full p
HD74ACT112FP HD74ACT112FP	HIT		99	† Stresses beyond those listed under absol
HD74ACT112P HD74ACT112P	N/A	DIP	07+	The devices feature single 3.0 V power supply op
HD74ACT125FP HD74ACT125FP	Hitachi			After FIR filtering, data can be routed directly
HD74ACT125FPEL HD74ACT125FPEL	HIT	SOP	99
HD74ACT125TEL HD74ACT125TEL	HIT	96	2500	Notes: 1. If the protect bit of the byte addres
HD74ACT125TELL HD74ACT125TELL	HIT	07+		This flip-flop has independent data, preset, cle
HD74ACT138 HD74ACT138	HITACHI	TSSOP	00+	Magnitude of Common Emitter Small-Signal Short C
HD74ACT138FP HD74ACT138FP	Hitachi			The epoxy TO-92 and TO-220 configurations feature
HD74ACT138FPEL HD74ACT138FPEL	HITACHI	SOP16	04+	(3) The products described in this material are
HD74ACT138P HD74ACT138P	Hitachi			The Hynix HY57V281620E(L)T(P) series is a 134,217
HD74ACT138RP HD74ACT138RP	HIT	SOP	92P3	Low stand-by current 0.1µA (typ.) Directl
HD74ACT138RP-EL HD74ACT138RP-EL	HIT	94+	14200	Muting all channel drivers can be obtained using
HD74ACT138TELL HD74ACT138TELL	HIT	2000	1985	The timing of the demodulated data signal is del
HD74ACT139 HD74ACT139	Hitachi			Peak Pulse Power dissipation at 25ºC: 1500 w
HD74ACT139FPEL HD74ACT139FPEL	HITACHI	SOP16	04+	The DDX-2100 is a high efficiency dual channel d
HD74ACT161P HD74ACT161P	HIT		06+	Crystal Oscillator Period 19.79 Hz Update Rate
HD74ACT164 HD74ACT164	Hitachi			NOTES: (1) Stresses above these ratings may caus
HD74ACT164P HD74ACT164P	HIT		06+	Features • Resistant to High Humidity and
HD74ACT166FP HD74ACT166FP	HITACHI	97		Inductance Tolerance: 10% standard. 5% availab
HD74ACT166P HD74ACT166P	Hitachi			Silicon chip on Direct-Copper-Bond substrate -
HD74ACT240FP HD74ACT240FP	Hitachi			The CAN-transceiver TLE 6250 is a monolithic int
HD74ACT240FPEL HD74ACT240FPEL	HIT	SOP	00+	VOUT = 3.3 V, IOUT = 300 mA Current−Mode P
HD74ACT240P HD74ACT240P	HIT	DIP-20P	0027+	Maximum ratings are those values beyond which de
HD74ACT240TELL HD74ACT240TELL	HIT	0606+		Internal PWM current control. Each pair of output
HD74ACT244 HD74ACT244	Hitachi			This product paves the way for a smaller, ligh
HD74ACT244FP HD74ACT244FP	HIT	5.2MM	95+	The QS3VH16245 HotSwitch is a 16-bit high
HD74ACT244FPEL HD74ACT244FPEL	MIT	SOP	02+	DESCRIPTION This MOSFET is the latest developme
HD74ACT244FPTL HD74ACT244FPTL	HITACHI	95+	SOP-20	• Fully Compliant to IrDA 1.0 Physi
HD74ACT244FPTR HD74ACT244FPTR				The Start Circuitry generates the output signal
HD74ACT244P HD74ACT244P	Hitachi
HD74ACT244RP HD74ACT244RP	HIT	SOP	92P1	The IC provides 12 key inputs (KEY1~KEY12). Of
HD74ACT244TEL HD74ACT244TEL	HITACHI	TSSOP	00+	Signal Processors (DSPs) TMS320C62x C 5-, 4-, 3.
HD74ACT244TELL HD74ACT244TELL	HIT	SOP20	94+	Connect a resistor from this pin to the drain of
HD74ACT245 HD74ACT245	Hitachi			• Fast Page Mode Access Cycle • TTL
HD74ACT245FP HD74ACT245FP	HIT	SOP	01+	The Motorola accelerometers contain an on
HD74ACT245FPEL HD74ACT245FPEL	HIT	SOP20L	00+	Motorola reserves the right to make changes with
HD74ACT245FP-EL HD74ACT245FP-EL	HIT			NOTE: Intersil Pb-free plus anneal products emplo
HD74ACT245FPER HD74ACT245FPER	HIT		98+	Footnotes: 1) Standard frequency stability (20,2
HD74ACT245FPTL HD74ACT245FPTL			95	Device Description The following information is
HD74ACT245P HD74ACT245P	HIT		05+	DESCRIPTION The HD74ACT245PB is a monolithic in
HD74ACT245RP HD74ACT245RP	HIT	SOP	92P1	s High-speed: 35, 70 ns s Ultra low DC operating
HD74ACT245RPEL HD74ACT245RPEL	HIT	SOP7.2mm-20L	2006	Chapter 4, "Control Registers," contain
HD74ACT245RP-EL HD74ACT245RP-EL	HIT	原装	03+	In a slow mode, the conversion is completed befo
HD74ACT245TELL HD74ACT245TELL	HIT	05+/06+		CMOS Low Power Consumption Oscillation Frequency
HD74ACT24FP HD74ACT24FP				Organization Memory cell allay 528 ´
HD74ACT280P HD74ACT280P	N/A	N/A	N/A	ELECTRICAL CHARACTERISTICS A.C. T amb = C40C t
HD74ACT32RP HD74ACT32RP	HIT		92P3	NOTE : 1. Samsung are not designed or manufactur
HD74ACT367P HD74ACT367P	Hitachi			In terms of signal measurement, THD+N is the rat
HD74ACT373 HD74ACT373	HIT	SOP	06+	n Drives up to 7 LEDs with up to 20mA each n LE
HD74ACT373FP HD74ACT373FP	HIT	SOP	93P2	<Mobile SDRAM> • Power Supply Volta
HD74ACT373FPT HD74ACT373FPT				All parameters are measured in a Helmholtz arran
HD74ACT373P HD74ACT373P	Hitachi			A read cycle is initiated by the falling edge of
HD74ACT373RP HD74ACT373RP	HIT	2003+	SOP-20	The output and reset of the integrators is contr
HD74ACT374FP HD74ACT374FP	Hitachi			Continuous Drain Current, VGS @ 10V Continuous
HD74ACT374FPEL HD74ACT374FPEL	HITACH			Notes: 1. The input and output negative-voltage
HD74ACT374FPTR HD74ACT374FPTR				The device is available with an access time of 5
HD74ACT374P HD74ACT374P	Hitachi			The MSK 610 is a high voltage very wideba
HD74ACT86 HD74ACT86	Hitachi			reliable operation, the stored energy from circu
HD74ACTQ245 HD74ACTQ245				Figure 4 illustrates the differential or
HD74AG245FP HD74AG245FP				The integrated low-power high-efficiency dc-dc c
HD74AHC1G66CMEN HD74AHC1G66CMEN	HITACHI/RENESAS	SOT-353		This is an advance information data sheet The A
HD74ALAC162835A HD74ALAC162835A				The DM9801 uses a low-power and high-performance
HD74ALC162835ATE HD74ALC162835ATE	Renesas Technology America	TSSOP56L	9950+	The user can program the frequency of the output
HD74ALC2G04USE HD74ALC2G04USE	RENESAS		04+	The LM4781 is a three channel audio amplifier ca
HD74ALCVCH16374TE HD74ALCVCH16374TE	HITACHL	TSSOP	02+	Q Channel 4-bit A-D Converter's digital outputs,
HD74ALF162834TE HD74ALF162834TE	HIT	TSSOP56	07+
HD74ALF162835TE HD74ALF162835TE				† Package drawings, standard packing
HD74ALS06P HD74ALS06P				NOTES: 1. A14X is a NC for IDT70V9269. 2. All V
HD74ALS175 HD74ALS175	N/A	SOP	07+	The MOC810X and CNY17F-X devices consist of a ga
HD74ALS540FP HD74ALS540FP	HIT			• Two potentiometers in one package •
HD74ALV16245TEL HD74ALV16245TEL	RENESAS	SSOP	04+	Zener Voltage Range − 3.3 V to 200 V ESD
HD74ALV2G04USE HD74ALV2G04USE	HITACHI		03+	Note 2: Operating Ratings indicate conditions for
HD74ALVC162834ATE HD74ALVC162834ATE	HITACHI			OBDIn (pin11) The OBD data is input to thi
HD74ALVC162835A HD74ALVC162835A	HITACHI	SMD		NOTES: 1. A write occurs during the overla
HD74ALVC162835AT HD74ALVC162835AT	Hitachi			− Timer 1: Offers auto-reload functi
HD74ALVC162835CTE HD74ALVC162835CTE	TSSOP-56P	HITACHI	00+	6. JA is measured in free air with the component
HD74ALVC162835TE HD74ALVC162835TE	Renesas Technology America			Stresses above those listed under Absolute Maxim
HD74ALVC162835VC HD74ALVC162835VC			98	The Hynix HYM7V63801B F-Series are 8Mx64bits Sync
HD74ALVC162836TE HD74ALVC162836TE	HITACHI		98	The SSM2275 and SSM2475 are ideal for applicatio
HD74ALVC162836TEL HD74ALVC162836TEL	HIT	99	78600	The DS1386 executes a read cycle whenever WE (Wri
HD74ALVC16334 HD74ALVC16334	Hitachi			The TP3070 and TP3071 are second-generation comb
HD74ALVC16835TE HD74ALVC16835TE	HIT		O7+	NOTES: 1. Dimensions are inches. Metric equival
HD74ALVC16835TEL HD74ALVC16835TEL	HIT	TSSOP56	04+	The Simtek STK11C88 is a fast static RAM with a
HD74ALVC1G00VSE HD74ALVC1G00VSE	HIT	SOT23	0210+PB	Notes: 1. Repetitive Rating : Pulse width limite
HD74ALVC1G04VSE HD74ALVC1G04VSE				The CS8920A is a single-chip, ISA Plug-and- Pla
HD74ALVC1G06CM HD74ALVC1G06CM	renesas/Hitachi	SOT-353	06+	s Three-Terminal Adjustable Or Fixed Outp
HD74ALVC1G07CM HD74ALVC1G07CM	renesas/Hitachi	SOT-353	06+
HD74ALVC1G07VSE HD74ALVC1G07VSE	HITHCHI	SOT-353	05+pb	Inputs Are TTL-Voltage Compatible Flow-Through A
HD74ALVC1G08VSE HD74ALVC1G08VSE	HITACHI	SOT353	04+	The device offers a highly integrated solution fo
HD74ALVC1G126CM HD74ALVC1G126CM	renesas/Hitachi	SOT-353	06+	• Small 8-pin package types: SO8 and TSSOP8
HD74ALVC1G126VSE HD74ALVC1G126VSE	HITACHI		03+	1. - T - = Seating Plane and Datum Surface. 2.
HD74ALVC1G14CM HD74ALVC1G14CM	renesas/Hitachi	SOT-353	06+	and negative supplies separately and add the pow
HD74ALVC1G14VSE HD74ALVC1G14VSE	HIT	SOT-553	04+	• Designed for industrial and telecommunic
HD74ALVC1G240VSE HD74ALVC1G240VSE	HITACHI		03+	The LM2471 is an integrated high voltage CRT dri
HD74ALVC1G32VSE HD74ALVC1G32VSE	HITACHI		03+	− Low Noise: 75nV PGA From 1 to 128
HD74ALVC1G66VSE HD74ALVC1G66VSE	RENESAS	SOT-553	06NOPB	‡ Stresses beyond those listed under absol
HD74ALVC1G79CM HD74ALVC1G79CM	renesas/Hitachi	SOT-353	06+	‡ Stresses beyond those listed under absol
HD74ALVC1G79VSE HD74ALVC1G79VSE	RENESAS	SC70-5	2006	Note: Stresses greater than those listed under
HD74ALVC1G80CM HD74ALVC1G80CM	renesas/Hitachi	SOT-353	06+	Small outline SO8 and TO92 style packages. No s
HD74ALVC1G80VSE HD74ALVC1G80VSE	SOT-353	RENESAS	05+	Thaler Corporation has developed a nonlinear co
HD74ALVC1G86VSE HD74ALVC1G86VSE	RENESAS	SOT-353	05+PB	It is our intention to provide our valued custom
HD74ALVC2G02USE HD74ALVC2G02USE	HITACHI		03+	True Dual-Port memory cells which allow simultane
HD74ALVC2G04USE HD74ALVC2G04USE				The driver controls the gate voltage of the powe
HD74ALVC2G04USE-E HD74ALVC2G04USE-E				As VCE is further increased, beyond the thermally
HD74ALVC2G06USE HD74ALVC2G06USE	HITACHI		03+	n Available in 1.8V, 2.5V, 2.85V, 3.3V, 5V, and
HD74ALVC2G07USE HD74ALVC2G07USE
HD74ALVC2G08USE HD74ALVC2G08USE	HITACHI		03+	HXXXXZ High voltage level High volt
HD74ALVC2G126USE HD74ALVC2G126USE	HITACHI		03+	• 15 kV/µs Common-Mode Rejec
HD74ALVC2G14USE HD74ALVC2G14USE	HITACHI		03+	The MT8985 master clock (C4i) is a 4.096 MHz allo
HD74ALVC2G157USE HD74ALVC2G157USE	HITACHI		03+	The PI6C104 is a high-speed low-noise clock gener
HD74ALVC2G240AUSE HD74ALVC2G240AUSE				Cartesian amplitude and phase modulation 1.5 GH
HD74ALVC2G240USE HD74ALVC2G240USE	HITACHI		03+	For improved FM performance, an integrated IF fi
HD74ALVC2G241USE HD74ALVC2G241USE	HITACHI		03+	The UCC3808A dual output drive stages are arrang
HD74ALVC2G245USE HD74ALVC2G245USE	HITACHI		03+	AfT = exp((Ea/k)*(1/Tu - 1/Ts)) = tu/ts AfT = Ac
HD74ALVC2G32AUSE HD74ALVC2G32AUSE				Specifications are production tested at TA =25C.
HD74ALVC2G32USE HD74ALVC2G32USE	RENESAS		03+	Note: Both regulators can be bypassed if external
HD74ALVC2G32USE-E- HD74ALVC2G32USE-E-				The MC68307 (shown in Figure 1) contains a stati
HD74ALVC2G34AUSE HD74ALVC2G34AUSE				The SN74GTLP22034 is a high-drive, 8-bit, three-
HD74ALVC2G34USE HD74ALVC2G34USE	HITACHI		03+	The transient conduction of charge during and af
HD74ALVC2G53USE HD74ALVC2G53USE				The HSDL-3600 comes in three package options;
HD74ALVC2G74USE HD74ALVC2G74USE	RENESAS	SOT-8		Literature Distribution Centers: USA: Motorola
HD74ALVC2G86USE HD74ALVC2G86USE	HITACHI	SOT-183	05+	The TPS211x family of power multiplexers enables
HD74ALVCF162834TEL HD74ALVCF162834TEL				Input Current, IIN Input Capacitan
HD74ALVCF162835TEL HD74ALVCF162835TEL				Specifically designed for Automotive application
HD74ALVCH16244 HD74ALVCH16244	Hitachi			This is a Class B product based on the standard
HD74ALVCH16244TE HD74ALVCH16244TE	HIT		00	† All typical values are at VCC = 5 V, TA
HD74ALVCH16244TE-E HD74ALVCH16244TE-E				Information furnished by Analog Devices is belie
HD74ALVCH16244TEL HD74ALVCH16244TEL	HITACHI	03+	SSOP	The minimum pulse width of the pulse generator is
HD74ALVCH16245 HD74ALVCH16245	HITACHI			SS (Pin 10): Soft Start. Connect a capacitor (CSS
HD74ALVCH16245TE HD74ALVCH16245TE	HIT		00	Before valid data exchanges between the serializ
HD74ALVCH16245TE-E HD74ALVCH16245TE-E				The information provided herein is believed to b
HD74ALVCH16245TEL HD74ALVCH16245TEL	HIT	TSSOP	2001	Meets the ExpressCard™ Standard (ExpressCa
HD74ALVCH162501TEL HD74ALVCH162501TEL	HITACHI	02+	TSSOP	OSD - Muestra en la pantalla el nmero del canal,
HD74ALVCH16260TELL HD74ALVCH16260TELL	TI	TSSOP	98	The no-correction window acts as a filter for low
HD74ALVCH162721T HD74ALVCH162721T	Hitachi			Gain Control Range Phase Control R
HD74ALVCH16373 HD74ALVCH16373	Hitachi			Glass passivated high commutation triacs in a
HD74ALVCH16374TE HD74ALVCH16374TE	HIT	TSSOP48	04+	n Efficiency up to 92% n Simple and easy to de
HD74ALVCH16374TEL HD74ALVCH16374TEL	HITACHI	TSSOP	03+	The STPC Atlas integrates two USB ports. Univer
HD74ALVCH16820TE HD74ALVCH16820TE				The CopperWing12 ADSL Chipset family targets a
HD74ALVCHS162830TEL HD74ALVCHS162830TEL	HITACIH	TSSOP	01+	These counters feature a fully independent clock
HD74AVC16245 HD74AVC16245	HITACHI
HD74BC16244A HD74BC16244A				The HD74BC16244A consists of two sets of nine D-
HD74BC240AFP HD74BC240AFP				This device is particularly well suited for port
HD74BC240AFPEL HD74BC240AFPEL				ICSI reserves the right to make changes to its pr
HD74BC240AP HD74BC240AP				This three terminal negative adjustable voltage
HD74BC244A HD74BC244A	HITACHI	SSOP20	02+	Pulled-high, this pin is a Schmitt trigger input
HD74BC244AFP HD74BC244AFP				Working Peak Reverse Voltage Range C 5.8 to 171
HD74BC244AFPEL HD74BC244AFPEL
HD74BC244AP HD74BC244AP	HIT		95	Wafer Lot Acceptance Non-destructive Bond Pull
HD74BC244ATQEL HD74BC244ATQEL	HITACHI			DESCRIPTION Power input pins for VCC operate mod
HD74BC245AFPEL HD74BC245AFPEL				SD is a serial bi-directional data bus which is
HD74BC245AP HD74BC245AP				Chapter 2, "Address Spaces," describes
HD74BC245ATQEL HD74BC245ATQEL	HITACHI		TSSOP	1.1 GHz Toggle Frequency Supply Voltage 4.5 to 5
HD74BC373 HD74BC373	HIT	SOP	95+
HD74BC373FPQER HD74BC373FPQER				Addresses, data I/Os, chip enables (E1, E2, E3),
HD74BC374AFPEL HD74BC374AFPEL				The HD74BC374AFPEL is a monolithic CMOS analog-t
HD74BC540 HD74BC540				At + 25C, the leakage current shall not exceed th
HD74BC541AP HD74BC541AP	HITACHI			The VCC supply to each optoisolator must
HD74BC573AP HD74BC573AP	N/A	DIP	07+	only when the reference frequency divided by this
HD74BC645FPQEL HD74BC645FPQEL	RENESAS	01+	SOP-20	PWRGOOD(Undervoltage/LowerOvervoltage Output): T
HD74C08FP HD74C08FP			02	The AAT351x PowerManager™ products are mem
HD74C08P HD74C08P				The TVS low capacitance device configuration is s
HD74C27P HD74C27P				• FullCduplex capability • External lo
HD74CBT3244TELL-E HD74CBT3244TELL-E				system is fail-safe; that is, the slaves will be
HD74CDC2509BSTE HD74CDC2509BSTE	SIERAWIRELESS	00+	N/A	available. The data applied to the data inputs a
HD74CDC2509BTEL HD74CDC2509BTEL	HIT	00+	SOP	PG_DLY connects to an external capacitor to adju
HD74CDC2509STE HD74CDC2509STE	HIT	TSOP	01+	s GENERAL DESCRIPTION The NJW1151 is a
HD74CDC2510BTEL HD74CDC2510BTEL	Hitachi			Bursts can be initiated with either ADSP (Addres
HD74CDCF2509BTE HD74CDCF2509BTE	HIT	TSSOP24	04+	4096 bits of nonvolatile dual-port memory
HD74CDCF2509BTEL HD74CDCF2509BTEL	Hitachi			(VCC = +2.97V to +3.63V, CML output load is 50
HD74CDCF2510B01TE HD74CDCF2510B01TE	HIT			The HYM72V16M636H(L)T6 Series are Dual In-line Me
HD74CDCF2510BTE HD74CDCF2510BTE	HIT	08+		Guaranteed by design and characterization. ESD
HD74CDCF2510BTEL HD74CDCF2510BTEL	HIT	SOP	2000+	An analog to digital (A/D) conversion can
HD74CDCV852SSEL HD74CDCV852SSEL	RENESAS	SSOP-28	2003+	(Continued) • Instruction system best suit
HD74CO4FPEL HD74CO4FPEL				At TA = +25C, VDDA = VDDB = VDDR = +5V, load res
HD74CS157P HD74CS157P				Conexant products are not intended for use in med
HD74CS32 HD74CS32				Programming of each output occurs through an ind
HD74CT240P HD74CT240P	HIT	DIP	04/05+	FO transceivers The widely used Time Division Mu
HD74F126P HD74F126P				Packaging Codes - Options (Antistatic): SML4728
HD74F157ASJ HD74F157ASJ	HITACHI			An address block is completed when the number of
HD74H123A HD74H123A				The function generator can OR its inputs, wideni
HD74H139P HD74H139P				producing n sets of encrypted (ciphertext) blocks
HD74H175P HD74H175P	HIT		93	The MAX7447 is designed to process S-Video and C
HD74H373T1 HD74H373T1			00	The AMC5902 is a monolithic chip with 6 channel
HD74HC/LS374P HD74HC/LS374P				Protection diodes are employed at all pin
HD74HC00 HD74HC00	HIT	SMD	SMD	• Extended single - supply voltage range 2
HD74HC00FP HD74HC00FP			02	FEATURES Wideband Switch: C3 dB @ 4.5 GHz Abso
HD74HC00FPD HD74HC00FPD				† Package drawings, standard packing quant
HD74HC00FPDEL HD74HC00FPDEL	HITACHI	SOP	2002	The MAX6326/MAX6327/MAX6328/MAX6346/MAX6347/ MAX
HD74HC00FP-E HD74HC00FP-E				The CS8920A is available in a thin 144-pin TQFP
HD74HC00FPEL HD74HC00FPEL	HIT	SOP	95+	Logic Output. The Watchdog Output, WDO, goes low
HD74HC00FPER HD74HC00FPER	HITACHI	08+		4 PLL architecture Linear frequency programming
HD74HC00FPLH HD74HC00FPLH	HIT		5.2mm	Notes: (i) For operation below 0 C the external
HD74HC00FPTL HD74HC00FPTL	HIT		94	The Self Refresh allows the user a dynamic refre
HD74HC00FP-TL HD74HC00FP-TL	HIT	SOP5.2mm-14L	2006	The 74HC/HCT153 have two identical 4-input mul
HD74HC00FPTR HD74HC00FPTR	HITACHI	SMD	93+
HD74HC00P HD74HC00P	HIT	DIP	DIP	By leaving both the RCLK and RSER outputs unconn
HD74HC00RP HD74HC00RP	HITACHI	SMD	95+	Note 2: Absolute maximum ratings are those values
HD74HC00RPEL HD74HC00RPEL	HIT	SOP14L	9736	Fourth Generation HEXFETs from International Rect
HD74HC00RP-EL HD74HC00RP-EL	HIT	SOP	93/P	• Supports AT&T TR62411 and Telcordia
HD74HC00TELL HD74HC00TELL	HIT		98	for individual units, within the speciﬁed
HD74HC00Y HD74HC00Y	N/A	DIP	94	These data selectors/multiplexers contain inver
HD74HC01FP HD74HC01FP	HIT	SOP5.2	01+	FEAST provides a flexible slave interface for eas
HD74HC01P HD74HC01P	HIT	DIP	DIP	Data Inputs/Outputs (DQ0-DQ7). The Data In- puts
HD74HC02 HD74HC02	HIT	SMD	SMD	The FM811/FM812 is a low cost microprocessor sup
HD74HC02D HD74HC02D				CAUTIONS: The BiCMOS inherent to the design of
HD74HC02FP HD74HC02FP	HITACHI	SOP5.2mm-14L	2006	Agilent Part # and Options Commercial MIL-PRF-
HD74HC02FPEL HD74HC02FPEL	HITACHI	SMD	98+	1.8-V to 3.6-V Input Voltage Range UltraLow Oper
HD74HC02FPTL HD74HC02FPTL	HIT		5.2mm	The HFBR-5710L offers maxi- mum flexibility to
HD74HC02FRTR HD74HC02FRTR	HIT		94	Each GLB contains 32 macrocells and a fully popu
HD74HC02P HD74HC02P	HIT	DIP	DIP	ternational Airport Industrial Park • Maili
HD74HC02P-E HD74HC02P-E				3. Initializes function parameters. The paramete
HD74HC02RPEL HD74HC02RPEL	HIT	SMD		Fourth Generation HEXFETs from International Re
HD74HC02RP-EL HD74HC02RP-EL	HIT		93	(Unless otherwise specified, these specification
HD74HC02TEL HD74HC02TEL	HIT	TSSOP	92+	In the external oscillator mode the external sou
HD74HC02TELL HD74HC02TELL	HIT		04+	CAUTION: These devices are sensitive to e
HD74HC04 HD74HC04	HIT	SMD	96+	Writing memory data is performed in word/byte inc
HD74HC043.9MM HD74HC043.9MM				Add to the Interrupt Acknowledge Bus Cycles sect
HD74HC04A HD74HC04A	HITACHI	SMD	1996	(5) When designing your equipment, comply with t
HD74HC04AP HD74HC04AP				The PI6C104 is a high-speed low-noise clock gener
HD74HC04AP-TL HD74HC04AP-TL	HIT	SOP5.2mm-14L	2006	The two independent ADCs (primary and auxiliary)
HD74HC04FP HD74HC04FP	HIT	SOP	99/P2
HD74HC04FP-E HD74HC04FP-E				1. ICC is dependent on output loading when the d
HD74HC04FPEL HD74HC04FPEL	HIT	SOP	01+	A power-up clear function is supplied that force
HD74HC04FPLH HD74HC04FPLH			100	Notes a. Surface Mounted on 1 x 1 FR4 Board. b
HD74HC04FPTL HD74HC04FPTL				The TCMD10.. Series consist of a photodarlington
HD74HC04FPTR HD74HC04FPTR	HITACHI	SMD	N/A	Input to configure for DDR-ONLY mode or STANDARD
HD74HC04FRTR HD74HC04FRTR	HITACHI	08+		The HT1204 monolithic quad analog switch consist
HD74HC04P HD74HC04P			03+	The HY29DS16x can be programmed and erased in-s
HD74HC04PD HD74HC04PD				Normally the PWM comparator will sense a ramp cr
HD74HC04PLEADFREE HD74HC04PLEADFREE				The MC74HC245A is identical in pinout to
HD74HC04RP HD74HC04RP	Hitachi			† All typical values are at VCC = 3.3 V or
HD74HC04RPEL HD74HC04RPEL		SMD		Notes regarding these materials 1. These materia
HD74HC04RP-EL HD74HC04RP-EL	HIT	SMD	95+	These devices do not normally require heat sinks
HD74HC04RPER HD74HC04RPER				Operating air gap is dependent on the ava
HD74HC04TEL HD74HC04TEL	HITACHI	2007		address, and I/O pins that permit independent, as
HD74HC04TELL HD74HC04TELL	HITACIH	TSSOP PB	06+	3.3 GHz Full Power Input Bandwidth (-3 dB) Gain
HD74HC05 HD74HC05	Hitachi			The data contained in the data stream can also a
HD74HC05FP HD74HC05FP	HIT	SOP5.2mm-14L	2006	DESCRIPTION The ST3237E is a 3V to 5.5V powered
HD74HC05FPEL HD74HC05FPEL	HIT	SOP14	94+	power consumption by 90% when addresses are not
HD74HC05FPEL(PB) HD74HC05FPEL(PB)	RENESAS	2004+	SOP-14	The device offers two power-saving features. Whe
HD74HC05FPER HD74HC05FPER	HIT	SMD	96	If the password mode is enabled with PW_ON, read
HD74HC05FPTR HD74HC05FPTR	HITACHI	08+
HD74HC05P HD74HC05P			03+	NOTES: 1. DIMENSIONING AND TOLERANCING &
HD74HC05RPEL HD74HC05RPEL	HIT	SOP3.9-14P	00+	FEATURES D Data Rate: 1.25MSPS D Signal-to-Nois
HD74HC08 HD74HC08		2	SOP	For the most current package and ordering inform
HD74HC08D HD74HC08D				Cellular Base Transceiver Station Transmit Chann
HD74HC08FP HD74HC08FP	HIT	SOP14	94+	The D 2Pak is a surface mount power package capa
HD74HC08FPD HD74HC08FPD				These circuits perform a single function: they as
HD74HC08FPEL HD74HC08FPEL	HIT	SOP	2001	Ultra Low RDS(on) Higher Efficiency Extending Ba
HD74HC08FPEL-E HD74HC08FPEL-E				combination with the antenna damping AGC
HD74HC08FPER HD74HC08FPER			94	The AT8xC5111 has 3 software-selectable modes of
HD74HC08FPTL HD74HC08FPTL	HITACHI	SMD	N/A	Write All (WRALL) The WRALL instruction is valid
HD74HC08FPTR HD74HC08FPTR	HIT		95	The power dissipation of the SCC70/SOTC323
HD74HC08P HD74HC08P			03+	The external crystal must be connected as close
HD74HC08P-E-Q HD74HC08P-E-Q	RENESAS		05/06+	The local bus controller also generates two cont
HD74HC08RP HD74HC08RP	HIT	SOP	07+	Note 1: Absolute Maximum continuous ratings are t
HD74HC08RPEL HD74HC08RPEL	HIT	SOP	97/P3	3.3 Electrical performance characteristics
HD74HC08RP-EL HD74HC08RP-EL	HITACHI 日立			This ACS™ switch is triggered with a negat
HD74HC08T HD74HC08T	Hitachi			The UC382 is easy to use. The adjustable version
HD74HC08TEIL HD74HC08TEIL	HIT		TSSOP	If the open-load detection bit (OLD) is set to l
HD74HC08TEL HD74HC08TEL	HITACHI	07+		READ ENABLES (REN) When both Read Enable
HD74HC08TELL HD74HC08TELL	HIT	TSSOP/14	98+	During packet reception the TPA and TPB transmit
HD74HC08T-EWS HD74HC08T-EWS				As address generators, the IALUs perform immedia
HD74HC09 HD74HC09	Hitachi			Because of the consideration for minimized powe
HD74HC09FP HD74HC09FP	Hitachi			DESCRIPTION The LE00 regulator series are very
HD74HC09FPEL HD74HC09FPEL	HIT	08+		The LH28F800SG-L is a high-performance 8 M-bit
HD74HC09FPTL HD74HC09FPTL				1. JA is measured with the component mounted on
HD74HC09FP-TL HD74HC09FP-TL	HITACHI	SOP(5.2)	05+	• SuperFAST HIGH DENSITY IN-SYSTEM
HD74HC09P HD74HC09P	N/A	DIP	07+	The availability of the amplifier bias current (
HD74HC10 HD74HC10	HITACHI	SOP5.2	01+	These N-Channel power MOSFETs ar
HD74HC107 HD74HC107	Hitachi			VIN TO IOUT TRANSFER FUNCTION Output Spe
HD74HC107FP HD74HC107FP	Hitachi			Through the choice of p-type or n-type silicon,
HD74HC107FPEC HD74HC107FPEC				Please be aware that an important notice
HD74HC107FPEL HD74HC107FPEL	HIT	SOP	04/P2	Diagonal 3mm (Type 1/6) 752 (H) 582 (V) appro
HD74HC107FPTL HD74HC107FPTL	HIT		95/96/98	Die Standardlieferform von Serientypen beinhaltet
HD74HC107FP-TR HD74HC107FP-TR	HIT	07+		e) Figure 5 shows a three phase power system imp
HD74HC107P HD74HC107P			97	Note 1: In the typical PECL 100K logic output V
HD74HC109FP HD74HC109FP	Hitachi			The D/A converter is based on a 4th-order multi-
HD74HC109FPEL HD74HC109FPEL	HIT	SOP	05+	The MMA series of silicon capacitive, mic
HD74HC109FPTR HD74HC109FPTR	HIT	SOP		TIs new, small geometry, state-of-the-art, analo
HD74HC109P HD74HC109P	HITACHI			The DAC5687 has six signal processing blocks: tw
HD74HC10FP HD74HC10FP	Hitachi			The crystal is the frequency reference of the VC
HD74HC10FP//HD74HC10FP-Q HD74HC10FP//HD74HC10FP-Q	HITACHI	SOP	00+	Unless otherwise specified, these specifications
HD74HC10FPEL HD74HC10FPEL	HIT	SOP	00/P	Positive digital supply pin for the ADC11DL066s
HD74HC10FP-EL HD74HC10FP-EL	HIT	SOP;	05/06+	(Multiple winds are connected in parallel) Indu
HD74HC10FPER HD74HC10FPER			97	The TC58FVM5T2A/B2A/T3A/B3A is a 33554432
HD74HC10FP-TC HD74HC10FP-TC	HIT	99	12000	NOTES: 1. Maximum IF(ON) is the maximum current
HD74HC10FP-TL HD74HC10FP-TL	HIT	SOP5.2mm	2006	e) Figure 5 shows a three phase power system imp
HD74HC10FPTR HD74HC10FPTR	HIT		96	The carry output goes high with the leading edge
HD74HC10P HD74HC10P	HIT	08+		The LH543601 has two 36-bit ports, Port A
HD74HC10P-E-Q HD74HC10P-E-Q	RENESAS		05/06+	V1: Minimum absolute applied voltage cor
HD74HC10RPEL HD74HC10RPEL	HIT		97	a: Stresses greater than those listed under R
HD74HC10RP-EL HD74HC10RP-EL	TOS	SOP14	02+	Competition among network providers enables the m
HD74HC11 HD74HC11	HITACHI	SOP5.2	01+	A fixed 1.4MHz operating frequency ensures operat
HD74HC112 HD74HC112	Hitachi			As the LEDs are driven directly by the MCU, care
HD74HC112EPEL HD74HC112EPEL	HIT	SOP	97	In the past 10 years, microprocessors have evolv
HD74HC112FP HD74HC112FP	HITACHI			Clock inputs CLK+ and CLK- may also be driven wi
HD74HC112FPEL HD74HC112FPEL	HITACHI			This document is a general product description an
HD74HC112FPER HD74HC112FPER	HIT		96	These devices are adjustable high-precision shun
HD74HC112FP-TR HD74HC112FP-TR				Rf\|\|Rg = Rseq for bias current cancellation. Fig
HD74HC112P HD74HC112P	Hitachi			Maximum Repetitive Reverse Voltage Average Rect
HD74HC112TELL HD74HC112TELL	HIT	SSOP	SSOP	NOTES: 1. Dimensions are in inches.r.0070
HD74HC112TELL01 HD74HC112TELL01	HD	SMD	07+	The keyboard input may be from either the standar
HD74HC113P HD74HC113P	Hitachi			• 1.8V+0.1V/-0.1V Power Supply. • I/
HD74HC11A HD74HC11A	HITACHI			Low-latency option Skew alignment support
HD74HC11FP HD74HC11FP	HITACHI	SOP14	05/06+	• No glitch on power-up • Supports hot
HD74HC11FPEL HD74HC11FPEL	HIT	SOP	02+	The sensors are designed for industrial and auto
HD74HC11FP-ER HD74HC11FP-ER	HIT		9510	These miniature surface mount MOSFETs feat
HD74HC11FPTD HD74HC11FPTD	HITACHI			The regulated voltage output. An output capacito
HD74HC11FP-TL HD74HC11FP-TL	HITACHI	SMD		Notes: 1. The regulator will operate down to no
HD74HC11FPTR HD74HC11FPTR	HIT		96	Designed with an internal P-channel MOSFET pass
HD74HC11P HD74HC11P			90	Provides 5 styles of 8 kHz framing pulses and a
HD74HC11PEL HD74HC11PEL				The submount product may show the change of the
HD74HC11RP HD74HC11RP	Hitachi			Serial configuration control input. This inputs
HD74HC11RP-EL HD74HC11RP-EL				The 1.25Gbps MAX3264/MAX3268/MAX3768 and the 2.5
HD74HC123 HD74HC123			98	Notes :- 1. M aximum of 0.5% of the
HD74HC123A HD74HC123A	HIT	SOP Middle		The UC3825A,B has dual alternating outputs and t
HD74HC123AF HD74HC123AF				2.1 General. The documents listed in this
HD74HC123AFP HD74HC123AFP			02	The NetPHY™ 4LP device is a highly integrat
HD74HC123AFPEL HD74HC123AFPEL	HIT	SOP	02+03+	When the DRAIN pin of the LT4250L is above VEE by
HD74HC123AFP-EL HD74HC123AFP-EL				Package drawings, standard packing quantities, t
HD74HC123AFPER HD74HC123AFPER	HIT	SOP-16	2003	SLEW RATE At slew rates above a given threshold
HD74HC123AFPLL HD74HC123AFPLL	HITACHI			Radiation Hardened up to 1 x 106 Rads (Si) Sing
HD74HC123AFPTR HD74HC123AFPTR	HIT	SOP16L	96+	High-Performance Static CMOS Technology TMS470R1
HD74HC123AFRTR HD74HC123AFRTR	HIT	SOP	04+	Notes a. Not to exceed TPULSE = 50 ns. b. Requ
HD74HC123AG-T2 HD74HC123AG-T2	HIT		02/P2	Information in this document is provided in conn
HD74HC123AP HD74HC123AP	HIT			Since this codecCfilter design has a sing
HD74HC123APEL HD74HC123APEL				DTMF signal. Every digit of a phone number to b
HD74HC123FP HD74HC123FP				TFT Interface Programmable panel size up to 102
HD74HC123P HD74HC123P			03+	When the internal control section of the SP8480
HD74HC123RP-EL HD74HC123RP-EL	HIT	SOP	05+	A current booster is not a stand-alone product,
HD74HC125 HD74HC125	HIT	TSSOP	97P4	Positive Power Supply Voltage Ground (0 V) Refer
HD74HC125FP HD74HC125FP			94	Macrocell registers can be clocked from one of s
HD74HC125FPEL HD74HC125FPEL	HITACHI	SOP-14	01+	The total synthesized voice contents (2.8 sec- o
HD74HC125FP-EL HD74HC125FP-EL	HIT	SOP	99/P	NOTES: (1) Stresses above these ratings may caus
HD74HC125FPLH HD74HC125FPLH	HIT	SOP5.2mm-14L	2006	The improved architecture of the DMUX facilitate
HD74HC125FPTL HD74HC125FPTL	HIT	SOP5.2mm-14L	2006	For more details on UniqueWare and how to set up
HD74HC125FPTR HD74HC125FPTR	HIT	05+/06+		Absolute Maximum Ratings indicate limits beyond
HD74HC125P HD74HC125P			03+	If the FIFO is configured to have two write enab
HD74HC125P-E HD74HC125P-E				Maximum ratings are those values beyond which de
HD74HC125RP HD74HC125RP	HITACHI	SOP3.9	05+	The NLAS44599 is an advanced dual−in
HD74HC125RPEL HD74HC125RPEL		0	SOP	12-bit Resolution ADC, 30MHz Sampling Rate 10-b
HD74HC125RP-EL HD74HC125RP-EL	HIT	SOP14L	1995	The HD74HC125RP-EL is a non-inverting 8-bit Bidi
HD74HC125TELL HD74HC125TELL	HIT	0515+环保		Time taken for PLL lock voltage to achieve 90% t
HD74HC126 HD74HC126	HIT			1) CPD is defined as the value of the ICs intern
HD74HC126FPEL HD74HC126FPEL	HIT	SOP	01P2	Reading from the device is accomplished by takin
HD74HC126FPER HD74HC126FPER	HITACHI	SOP5.2	99	This device is designed for FM tuning, ge
HD74HC126FPTL HD74HC126FPTL	HITACHI	05+/06+		The RSET resistor is part of the high speed outpu
HD74HC126FPTR HD74HC126FPTR	HIT		96	Note 1: Absolute maximum ratings indicate limits
HD74HC126P HD74HC126P	HITACHI		00+	• Integrated Temperature Sensing and Multi
HD74HC126RP HD74HC126RP				access for a read or program can begin. The typi
HD74HC126RPEL HD74HC126RPEL	HITACHI			Hynix HYMD532M646(L)6-K/H/L series is designed fo
HD74HC128P HD74HC128P				GROUND - Is the return for the VBIAS supply. This
HD74HC132 HD74HC132	HIT		96	Comments, suggestions, or questions on this docum
HD74HC132F HD74HC132F				It also provides the non-volatility of Flash wit
HD74HC132FP HD74HC132FP	Renesas			The AT40KAL is designed to quickly implement hig
HD74HC132FPEL HD74HC132FPEL	HITACHI	SOP-5.2-14P	6+	ture. Once the end of a byte program cycle has b
HD74HC132FPEL-E HD74HC132FPEL-E				The state of the data line represents valid data
HD74HC132FPTR HD74HC132FPTR	HIT	SOP5.2mm-14L	2006	The bq2060 determines battery capacity by monitor
HD74HC132P HD74HC132P			03+
HD74HC132RPEL HD74HC132RPEL	Hitachi			2. TOLERANCE AND TYPE NUMBER DESIGNATION The type
HD74HC133 HD74HC133	Hitachi			• E/A Isolation 6000 VDC • Luft-, Kr
HD74HC133FP HD74HC133FP	Hitachi			In-band Interference Rejection 20dB max.
HD74HC133FPEL HD74HC133FPEL	RENESAS	SOP		The ANADIGICS AWL9224 power amplifier is a high
HD74HC133P HD74HC133P	HIT	DIP		Output Low Voltage (CHRG, ACPR) Enable Input Hig
HD74HC136FPEL HD74HC136FPEL	HITACHI	SOIC14	04+	The CMX866 shares internal register addresses and
HD74HC137 HD74HC137	HITACHI			This series of 500 W Transient Voltage Suppressor
HD74HC137FP HD74HC137FP	Hitachi			¡In the absence of confirmat
HD74HC137FPEL HD74HC137FPEL				Compatible with SPI Bus Serial Interface (Posit
HD74HC137P HD74HC137P	ERNESAS	5	DIP	The HYM72V16M636T6 Series are 16Mx64bits Synchron
HD74HC138 HD74HC138	HIT			The HD74HC138 is a high performance video buffer
HD74HC138FP HD74HC138FP			02	During a memory write cycle the check bits (CB0
HD74HC138FPEL HD74HC138FPEL	HIT	SOP	01/P2	The Auto Product Identification mode allows the r
HD74HC138FPER HD74HC138FPER	HD			In theory, the proportionality and digitization
HD74HC138FPTR HD74HC138FPTR	HITACHI	96	2500	Notes: 3. RL = 50 ohm 1%; Zline = 50 ohm
HD74HC138FPZEL HD74HC138FPZEL	HIT	SOP	01/P2	The LM711 is a dual differential voltage compara
HD74HC138N HD74HC138N	HIT	DIP/20	97+	In more severe ambient conditions, the package/j
HD74HC138P HD74HC138P	HIT	DIP16	03+	NOTES: • Use a 0.1 µF capacitor on V
HD74HC138RFEL HD74HC138RFEL	HITACHI	SOP	07+	These devices have Type-1 and Type-2 receivers t
HD74HC138RP HD74HC138RP	HITACHI	SMD	96+	NOTES: 1. All VCC pins must be connected to the
HD74HC138RPEL HD74HC138RPEL	HIT	SOP/16	98/P	AEC-Q100† Qualified for Automotive Applica
HD74HC138RP-EL HD74HC138RP-EL	HITACHI		94	Note 1: Absolute Maximum Ratings are those values
HD74HC138TELL HD74HC138TELL				• Single supply with operation down to 1.8
HD74HC138TELL-E HD74HC138TELL-E				CIRCUIT OPERATION The SP8480 is a complete 8-ch
HD74HC139 HD74HC139	Hitachi			Protection diodes are employed at all pin
HD74HC139FP HD74HC139FP			02	CEL Pb-free products have the same base part num
HD74HC139FPD-EL HD74HC139FPD-EL			89	• PRBS error counter register to accumulate
HD74HC139FPEL HD74HC139FPEL	HIT	SOP	01/P	4.4.2 Group B inspection. Group B inspecti
HD74HC139FPER HD74HC139FPER			92	VCXO parts from ICS require that locations be p
HD74HC139FPTL HD74HC139FPTL	HIT	SOP	96+	These chips, when properly assembled, display ch
HD74HC139FPTR HD74HC139FPTR	ROHM	01+	N/A	Bidirectional 8-bit input/output port. Software i
HD74HC139FPZEL HD74HC139FPZEL	HIT	SOP		5% tolerance of output voltage Wide input range
HD74HC139P HD74HC139P			03+	The following describes a procedure for evaluati
HD74HC139RFP HD74HC139RFP				Note: 1. Stresses greater than those listed unde
HD74HC139RP HD74HC139RP	HIT	SOP5.2mm-16L	2006	Frame rate: 30/15/10/5/4/3/2/1 fps Sub-sampling
HD74HC139RPEL HD74HC139RPEL	HIT	SOP	97/P3	The SG2000 series integrates seven NPN Darlingto
HD74HC139RP-EL HD74HC139RP-EL	HITACHI	SOP	94	The HD74HC139RP-ELA/HD74HC139RP-EL75A/HD74HC139RP
HD74HC139TEL HD74HC139TEL	HIT	TSSOP	95+	supply operating voltage). During this time the
HD74HC139TELL HD74HC139TELL	HIT			NOTES: 1. Dimensions are in inches.
HD74HC14 HD74HC14	HIT		95
HD74HC147FP HD74HC147FP	Hitachi			(HD74HC147FP6/HD74HC147FP8/HD74HC147FP9 EV kits,
HD74HC147FP-E HD74HC147FP-E				Cell phones, for example, often face ASIC functio
HD74HC147FPEL HD74HC147FPEL	HITACHI	SOP-16	2003	The transmit section of the CY7B951 contains a P
HD74HC147P HD74HC147P	HIT		97	The initial setup sequence programs the two blin
HD74HC148 HD74HC148	Hitachi			- On-board power supplies of battery devices for
HD74HC148FP HD74HC148FP	Hitachi			Four of the seven instructions end with the tra
HD74HC148FPEL HD74HC148FPEL	HIT	SOP	99P2	Decouple the output of the UC382 with at least 1
HD74HC148FPTL HD74HC148FPTL	HIT	SOP	97/P2	Notes: 1. TC is defined as case temperature, the
HD74HC148P HD74HC148P	Hitachi			Input switch. For V0 to V8 output, VL is outpu
HD74HC148PTL HD74HC148PTL	HIT		94/P2	Access to the user zones occurs only through the
HD74HC14D HD74HC14D				The CY7C09159A and CY7C09169A are high-speed syn
HD74HC14FP HD74HC14FP			02	FULL FLAG (FF) The Full Flag (FF) will go
HD74HC14FPDEL HD74HC14FPDEL	HITACHI	SOP	2000	When an interrupt occurs, the INT# pin will be a
HD74HC14FPDTL HD74HC14FPDTL	HITACHI			The STC62WV12816 is a high performance , very low
HD74HC14FP-E HD74HC14FP-E				Input Termination Center-Tap: Each side of the d
HD74HC14FPEL HD74HC14FPEL	HIT	SOP	02/P2	* Stresses greater than those listed under "
HD74HC14FP-EL HD74HC14FP-EL	HIT	SOP	0631+	The LCX240 is an inverting octal buffer and line
HD74HC14FPER HD74HC14FPER	HIT		97	For the ADS-929, offset adjusting is normally ac
HD74HC14FP-ER HD74HC14FP-ER				The CSPU877A is a PLL based clock driver
HD74HC14FPLH HD74HC14FPLH				The IA186ES/188ES is a form, fit, and function r
HD74HC14FPTL HD74HC14FPTL	HIT	SOP14	04+	The HYM7V65401B Q-Series are Small Outline Dual I
HD74HC14FPTR HD74HC14FPTR	HITACHI	SOP	96	The Bay Linear LM2941 incorporates protection ag
HD74HC14P HD74HC14P	HIT	DIP	97	The PT4494 is a 20-A Current Booster module des
HD74HC14P-E HD74HC14P-E	RENESAS 2006			• FCT-C speed at 5.5 ns (FCT16841T Coml) &
HD74HC14PEL HD74HC14PEL				Parameter DIFFERENTIAL INPUT PERFORMANCE DYNAMI
HD74HC14RPEL HD74HC14RPEL	HITACHI	08+		Cable Length Indication. Provides a voltage outp
HD74HC14TEL HD74HC14TEL	HIT	TSSOP	93+	No warranty is made with respect to uses, operati
HD74HC14TELL HD74HC14TELL	HIT	07+		The device offers two power-saving features. Whe
HD74HC151 HD74HC151	HIT	SMD	SMD	The 1.8 Volt Intel®Wireless Flash Memory with
HD74HC151FP HD74HC151FP	Hitachi			The HD74HC151FP is a 50 ohm matched, sing
HD74HC151FPEL HD74HC151FPEL	HIT	SOP	98/P	Serial data input. The 4-bit serial data can be
HD74HC151FP-EL HD74HC151FP-EL				Note 1) The specified condition Tj=25˚C mea
HD74HC151P HD74HC151P			97	RSDS OUTPUT VOLTAGE CONTROL The RSDS output vol
HD74HC152 HD74HC152	HITACHI	05+/06+		The Discrete Products Operation of Intersil has
HD74HC152FP-TL HD74HC152FP-TL	HIT	SOP5.2mm	2006	implement logic functions in the 500- to 800-gate
HD74HC153 HD74HC153	Hitachi			Power-down control input. When set to a logic 0,
HD74HC153AP HD74HC153AP	HITACHI			The Fairchild Switch FST16232 is a 16-bit to 32-
HD74HC153F HD74HC153F	HITACHI	2007		The IS93C56-3 is controlled by seven 9-bit instr
HD74HC153FP HD74HC153FP	Hitachi			For cellular phone and PDA applications, voltage
HD74HC153FPEL HD74HC153FPEL	HIT	SOP	01+	To use the LX1991 at the maximum usable f
HD74HC153FP-TL HD74HC153FP-TL	HIT	97+	SOP14	FEATURES • Compliant with ATM, SONET OC-3
HD74HC153FPTR HD74HC153FPTR	HIT	SOP5.2mm-16L	2006	can be bypassed under processor control when uns
HD74HC153P HD74HC153P	HIT	DIP/16	98+	Precision Optical Performance AlInGaP II (alumin
HD74HC154 HD74HC154	HM	DIP24条		Features ❏ InGaP HBT Technology ❏
HD74HC154P HD74HC154P		DIP24		Hynix HYMD232M646A(L)6-J/M/K/H/L series is design
HD74HC155FPEL HD74HC155FPEL	HD	SOP	07+	The final component values, shown in Bill
HD74HC155FPTR HD74HC155FPTR	HIT	07+		The built-in LDO can be used for a second output
HD74HC155P HD74HC155P	HIT		94	Single 3 V supply operation (2.7 V to 3.6 V) SN
HD74HC157 HD74HC157	HIT		DIP-16P	The SOA curves combine the effect of thes
HD74HC157FP HD74HC157FP	Hitachi			The output voltage of the Power Trends Wide Inpu
HD74HC157FPEL HD74HC157FPEL	HITACHI	SOP	2000	DESCRIPTION The HD74HC157FPEL is a 13-wat
HD74HC157FP-EL HD74HC157FP-EL	HIT	SOP	01/P	A silicone dielectric gel that has been u
HD74HC157FPLH HD74HC157FPLH	HIT	SOP	95/P2	The HY62UF08401C is a high speed, super lo
HD74HC157FPTR HD74HC157FPTR	HIT	SOP	95/P2	Output Voltage The fixed voltage LDO voltage re
HD74HC157P HD74HC157P			03+	NOTES: 1. Minimums are guaranteed but not produc
HD74HC157RP HD74HC157RP	Renesas			The external crystal must be connected as close
HD74HC157RPEL HD74HC157RPEL	HIT	SOP	00+	R2 (pin 3) The reference resistance is con
HD74HC157RP-EL HD74HC157RP-EL	HIT	SOP3.9mm-16L	2006	Purchase of I2C components from Maxim Integrated
HD74HC157TEL HD74HC157TEL	HIT	SOP	97+	Figure 1 shows the CY7B951 in an ATM system that
HD74HC157TELL HD74HC157TELL	HIT	TSSOP/20	98+	Burst mode operation Auto & se
HD74HC158 HD74HC158	N/A	SOP	07+	Notes: 1. Use only a single 1% resistor in eith
HD74HC158FPEL HD74HC158FPEL	HIT	SOP	97/P
HD74HC158FPER HD74HC158FPER				These devices are positive edge triggered flip-f
HD74HC158P HD74HC158P	Hitachi			The ISL6526 provides simple, single feedback loop
HD74HC15BP HD74HC15BP	HITACHI	2007		The device features a precision temperature-comp
HD74HC160FP HD74HC160FP	Hitachi			• Single supply: 2.7 to 5.5 V • Access
HD74HC160FPEL HD74HC160FPEL	HIT	SMD	2000	NOTE: (1) Stresses beyond those listed under &qu
HD74HC160FPTR HD74HC160FPTR	HIT	SOP		1. One output at a time for a maximum duration o
HD74HC160P HD74HC160P	HITACHI		95+	Unless otherwise specified, the following specif
HD74HC161 HD74HC161	HITACHI	SOP5.2	01+	IO‡VCC = 5.5 V,VO = 2.25 VC 20C112C 3
HD74HC161AP HD74HC161AP	HIT	ORG PACKING	08+	• Compact disk player (CDP) with tray and
HD74HC161FP HD74HC161FP	HITACHI	05+/06+		The first step in choosing the right product is
HD74HC161FPEL HD74HC161FPEL	HITACHI	SOP	2002	The PCF8591 is a single-chip, single-supply low
HD74HC161FPR HD74HC161FPR	HIT	SOP5.2mm-16L	2006	The ISL6118 has two shutdown modes. When disabled
HD74HC161FPTL HD74HC161FPTL	HITACHI	SMD	1994	For applications requiring other voltages, see L
HD74HC161FPTR HD74HC161FPTR	HITACHI	04+		The MSA-series is fabricated using Agilents 10
HD74HC161P HD74HC161P			03+	California Micro Devices's CM1406 is an EMI filt
HD74HC161RPEL HD74HC161RPEL	HIT	05+环保		•The module is a Max.4dBm( Class2 ) module.
HD74HC161TELL HD74HC161TELL	HITACHI			When the DS1481 first powers up it is in a trans
HD74HC161TELLL HD74HC161TELLL	HIT	TSOP	98	NOTES: 1. Input voltages may exceed the supply v
HD74HC162 HD74HC162	Hitachi			Scan cell TYPE1 is located on each system input
HD74HC163 HD74HC163	Hitachi			A low-to-high transition on the CS pin will term
HD74HC163FP HD74HC163FP	Hitachi			Support for 12 independent ports. Low power co
HD74HC163FPEL HD74HC163FPEL	HIT		98	multiplier. This is analogous to using an elepha
HD74HC163FPTL HD74HC163FPTL	HIT		96	Category voltage UC: The maximum direct voltage,
HD74HC163FPTR HD74HC163FPTR	HIT	SOP	93/P2
HD74HC163P HD74HC163P	Hitachi			DESCRIPTION The L7800 series of three-terminal
HD74HC163RPEL HD74HC163RPEL				The Clock and Data Recovery stage was designed to
HD74HC164 HD74HC164	RENESAS		05/06+	Motorola, the Motorola logo and VMEexec are regi
HD74HC164D HD74HC164D				Overcurrent detection pin Monitors equivalent lo
HD74HC164FP HD74HC164FP	Hitachi			The LTC®3700 is a constant frequency current
HD74HC164FPEL HD74HC164FPEL	HIT	SOP	99+	0.9 V Guaranteed Operation Standby Mode: ID = 1.
HD74HC164FPTR HD74HC164FPTR	HITACHI	08+		control and communications to other components,
HD74HC164P HD74HC164P	HIT	DIP	98+	Notes: 1. With 50% of the outputs simultaneousl
HD74HC164P-E HD74HC164P-E				• In-Circuit Serial Programming (ICSP͐
HD74HC164P-E-Q HD74HC164P-E-Q	RENESAS		05/06+	The application note "CHOICE OF DAMPER DIO
HD74HC164RP HD74HC164RP	HIT		O7+	The tag requires no internal power supply. Its co
HD74HC164RPEL HD74HC164RPEL	HIT	SOP	96	The Mode-Select Inputs permit frequency-synthesi
HD74HC164RP-EL HD74HC164RP-EL	HITACHI		94	These are single-chip 16-bit microcomputers desi
HD74HC165 HD74HC165	HITACHI	04+		The IDT70V3579 is a high-speed 32K x 36 b
HD74HC165FD HD74HC165FD				Hardware Reset. Self-asserted by internal pull-u
HD74HC165FP HD74HC165FP	HIT	SOP16	02+	Note: 1. Except for the rating Operating Tempera
HD74HC165FPEL HD74HC165FPEL	HIT		96	Register usage rules influence placement of inpu
HD74HC165FP-TE2 HD74HC165FP-TE2		97+98	SOP	RXD_14[0]CRSDV_14TXEN_14TXD_14[0]TXD_14[1]RXD_13[
HD74HC165P HD74HC165P	HIT	DIP	DIP
HD74HC166 HD74HC166	Hitachi			It is an open drain output and may be wire-ORed
HD74HC166FP HD74HC166FP	HIT	SOP		Using the first two interface options outlined a
HD74HC166FPEL HD74HC166FPEL	HIT	SOP		Notes: 1. Stress greater than those listed unde
HD74HC166FPTL HD74HC166FPTL	HITACHI	97	2500	Notes: (1) Clip mounting (on case), where lead
HD74HC166P HD74HC166P	HIT	DIP	DIP	Output from the internal high voltage start-up I
HD74HC166RPE HD74HC166RPE				data inputs is HIGH. Odd parity is indicated (O
HD74HC166RPEL HD74HC166RPEL	HITACHI			AAL2 mode (ITU-T I.363.2): - Support for up to 1
HD74HC173 HD74HC173	Hitachi			Boost converter with a 2A, 0.18Ω switch B
HD74HC173F HD74HC173F	HIT			The LTC1998 features a voltage detection circuit
HD74HC173FP HD74HC173FP			92
HD74HC173FPTR HD74HC173FPTR	HIT	SOP5.2mm	2006	Functional Description Architecture of the MSP
HD74HC173P HD74HC173P	Hitachi			controlled. A built-in level shifting is includ
HD74HC174 HD74HC174	HITACHI	SOP3.9	98+	A wide input voltage range and integrated
HD74HC174FP HD74HC174FP	HITACHI	SMD	1990	operational when the bus is attached to an off-bo
HD74HC174FPEL HD74HC174FPEL	HIT	SOP	01+	Input Low Voltage Input Current (w
HD74HC174FPEL-E-Q HD74HC174FPEL-E-Q				Full piconet support. On board 4Mbit or 8Mbit ex
HD74HC174FPLH HD74HC174FPLH			600	Max. UnitsConditions CCCSVDS = 50V, ID = 3.3A &
HD74HC174FPTR HD74HC174FPTR	HIT	SOP	92/P2	Period measurement requires the use of a fast re
HD74HC174FP-TR HD74HC174FP-TR	HITACHI		1250	It features a preamplifier module with adjustable
HD74HC174P HD74HC174P	HIT	DIP	DIP	† Stresses beyond those listed under absol
HD74HC174RP HD74HC174RP	HIT	SOP	92P3	No Connect pin (when ADMODE pin=L) No in
HD74HC174RPEL HD74HC174RPEL	HITACHI	SOP-16	02+	The AC273 and ACT273 devices are octal D-type &#
HD74HC174RP-EL HD74HC174RP-EL	HIT		3.9mm	The SY88713V low-power limiting post ampl
HD74HC174TELL HD74HC174TELL	HIT	2001	TSSOP	The line drivers in the TSB41AB3, operating in a
HD74HC175 HD74HC175	Hitachi			Register usage rules influence placement of inpu
HD74HC175FP HD74HC175FP		94	SOP	The coupler consists of a AlGaAs LED that is opti
HD74HC175FPEL HD74HC175FPEL	HIT	SOP	01+	(VDD = +4.5V to +5.5V; unipolar input mode; COM =
HD74HC175FPEL-E HD74HC175FPEL-E				The UC3823A and UC3823B and the UC3825A and UC3
HD74HC175FPTL HD74HC175FPTL		92	SOP	Fast Megablock I/O cells with optional I/O regis
HD74HC175FPTR HD74HC175FPTR	HITACHI			Each DAC has a high-impedance differential curre
HD74HC175FP-TR HD74HC175FP-TR	HIT		88
HD74HC175P HD74HC175P			98	PIN DESCRIPTIONS VDD C This is the supply input
HD74HC175RP HD74HC175RP	HIT	SOP3.9mm-16L	2006	The LVC16373A 16-bit transparent D-type l
HD74HC175RPEL HD74HC175RPEL	HIT	SOP3.9mm-16L	2006	Operating Voltage, VDD Input High Voltage, VIH,
HD74HC175TELL HD74HC175TELL				Referenced to VCCA Voltage VCC Isolation Feature
HD74HC180P HD74HC180P	Hitachi			PAE and PAF flags can be programmed indepe
HD74HC190FP HD74HC190FP	Hitachi			Local Bus interface Multiplexed with ISA/DMA in
HD74HC190P HD74HC190P	DAAL			This series of fixed-voltage integrated-circuit
HD74HC190P-E HD74HC190P-E				The OPA689 is a wideband, voltage feedback op am
HD74HC191 HD74HC191	Hitachi			The primary thermal path for power dissipation
HD74HC191FP HD74HC191FP	Hitachi			The ADSP-21365/6 contains three megabits of inte
HD74HC191FPEL HD74HC191FPEL	HITACHI	08+		Available in Two Configurations - Internal 25mW
HD74HC191FPT HD74HC191FPT	HIT	05+/06+		Medium-range Cable, satellite, and IP set-top box
HD74HC191FPTL HD74HC191FPTL	HITACHI	SOIC-16	07+/08+	International Rectifiers RAD-HardTM HEXFET®
HD74HC191P HD74HC191P			94	DES is a block cipher that uses a 56-bit key to
HD74HC191RPEL HD74HC191RPEL				As seen in Figure 2, bias current cancellation i
HD74HC192P HD74HC192P	N/A	DIP	07+	Microprocessor loading is random access and asyn
HD74HC192P-E HD74HC192P-E				• ispDesignEXPERT™ C LOGIC COMPILER A
HD74HC193 HD74HC193	Hitachi			To assist in the transceiver evaluation proces
HD74HC193FP HD74HC193FP	Hitachi			This document states the current technical speci
HD74HC193FPEL HD74HC193FPEL	HIT			MANUAL RESET INPUTMR: Manual Reset inpu
HD74HC193P HD74HC193P	HIT	DIP		Many systems have been designed using an external
HD74HC194P HD74HC194P			96	• Robust High Voltage Termination • A
HD74HC195P HD74HC195P	Hitachi			The DC restoration function is achieved through t
HD74HC1G04CE-T HD74HC1G04CE-T	HITACHI	06+	SOT-353	n 2.5 million pixels/s conversion rate n Implem
HD74HC1G04CM HD74HC1G04CM	Hitachi			Pin Compatible with IRFT001 P and N Channel MOSF
HD74HC1G04CME HD74HC1G04CME	RENESAS	SOT-353	05NOPB	Signal Processors (DSPs) TMS320C62x C 5-, 4-, 3.
HD74HC1G08CME HD74HC1G08CME	HIT	SOT23/5	03+	The Microchip Technology Inc. 93AA46/56/66 are 1
HD74HC1G14CM HD74HC1G14CM	renesas/Hitachi	SOT-353	06+	Full piconet support. On board 4Mbit or 8Mbit ex
HD74HC1G14CME HD74HC1G14CME	HITACHI	SOT-353	05+	Note a: Stresses greater than those listed under
HD74HC1G32CM HD74HC1G32CM	Hitachi			These ICs are part of the regular series of back-
HD74HC1G32CME HD74HC1G32CME	RENESAS	SOT-353	06NOPB	The register can be asynchronously set or asynchr
HD74HC1G66CM HD74HC1G66CM	renesas/Hitachi	SOT-353	06+	Buffered Clock Output This pin provides a buffer
HD74HC1G66CME HD74HC1G66CME	HITACHI	SOT-353	05+	Hynix HYMD18M725A(L)6-K/H/L series incorporates S
HD74HC1G86CME HD74HC1G86CME				Notes: 7. CPD is defined as the value of the
HD74HC1GU04CM HD74HC1GU04CM	Hitachi			Each port contains a burst counter on the input
HD74HC20 HD74HC20	Hitachi			The ADM integrates a standard 40- or 44-pin fema
HD74HC20FP HD74HC20FP		95	SOP	The FDS6982AS is designed to replace two single S
HD74HC20FPEL HD74HC20FPEL	RENESAS	SOP	03/P2	The HIP6601B drives the lower gate in a synchron
HD74HC20FP-EL HD74HC20FP-EL		97+98	SOP	The OPA725 and OPA726 series op amps use a stat
HD74HC20FPTL-TE2 HD74HC20FPTL-TE2		97	SOP	The amplifier family has an output that swings wi
HD74HC20FPTR HD74HC20FPTR	HITACHI	08+		ACEX 1K device package types include thin quad f
HD74HC20FP-TR HD74HC20FP-TR				Stresses above the ratings listed below can cause
HD74HC20P HD74HC20P			96	Hynix HYMD116M725B(L)8-J/M/K/H/L series is unbuff
HD74HC21 HD74HC21	HITACHI	SOP5.2	01+	The LCX16373 contains sixteen non-inverting latc
HD74HC21FP HD74HC21FP			90
HD74HC21FPD-EL HD74HC21FPD-EL				The circuit of the TSOP11..SK1 is designed in th
HD74HC21FPEL HD74HC21FPEL	HITACHI	SOP	1997	512Kx8-bit Organization Address Access Time: 7
HD74HC21FPER HD74HC21FPER	HIT	SOP	96/P2	Program Store-Enable Output, Active Low. This sig
HD74HC21FP-ER HD74HC21FP-ER	日立	SMD	115	The MSM66587 Family consists of high-performance
HD74HC21FP-TL HD74HC21FP-TL	HITACHI	SMD		HY5V62C is offering fully synchronous operation r
HD74HC21FPTR HD74HC21FPTR	HITACHI	94	798	Meets or exceeds PC133 registered DIMM specific
HD74HC21P HD74HC21P	HIT		DIP-14P	A high input impedance, high-gain, broadb
HD74HC21P-E-Q HD74HC21P-E-Q	RENESAS		05/06+	MMFT5P03HD is an advanced power MOSFET wh
HD74HC221 HD74HC221	Hitachi			GHz TECHNOLOGY INC. RESERVES THE RIGHT TO MAKE C
HD74HC221FP HD74HC221FP	HIT	SOP-16	02+	Note 7: Maximum ambient temperature (TA-MAX) is d
HD74HC221FPEL HD74HC221FPEL	HIT	SOP	98+
HD74HC221FPTR HD74HC221FPTR	HITACHI	08+		The maximum output is set to VMAX, the mi
HD74HC221P HD74HC221P	HITACHI	DIP	1999	When WEN2/LD is held LOW during Reset, this pin
HD74HC237P HD74HC237P	HIT			The PT4140 power modules are a series of
HD74HC238 HD74HC238	Hitachi			Note: Stresses greater than those listed under
HD74HC238BP HD74HC238BP	HITACHI	DIP16	05+	Hitac his ser ia l EEP RO M ar e author iz ed fo
HD74HC238FP HD74HC238FP	HITACHI	98/97		NOTE: (1) Stresses beyond those listed under &qu
HD74HC238FPEL HD74HC238FPEL	RENESAS	SOP	2003	Some data sheets will contain a combination of p
HD74HC238FPER HD74HC238FPER	N/A	SOP	07+
HD74HC238FPTR HD74HC238FPTR	HIT	SMD	94+	The LPC2210/2220 microcontrollers are based on a
HD74HC238P HD74HC238P	Renesas			To achieve proper device operation, an initial p
HD74HC240 HD74HC240	Hitachi			Active low signal used to reset the IrDA-SIR Deco
HD74HC240FEL HD74HC240FEL	N/A	SOP	07+	• Global 3-bit analog control applies to al
HD74HC240FP HD74HC240FP	HIT	SOP	00+	The OTA, while providing excellent linear ampli&
HD74HC240FPEL HD74HC240FPEL	HIT		98	The HD74HC240FPEL is designed for use wher
HD74HC240FPTR HD74HC240FPTR	HITACHI	SOP20	06/07+	cient of the circuit. The adjustment range is ge
HD74HC240FPV HD74HC240FPV				o dcOutput Duty Cycle48 NOTE 1: Defined as ske
HD74HC240FPVEL HD74HC240FPVEL	HITACHI	SOP	98	Integrated 4-band Graphic Equaliser Adjustable o
HD74HC240P HD74HC240P	HITACHI	DIP-20	06+	The heart of the PEEL™ Array architecture i
HD74HC240PV-E-Q HD74HC240PV-E-Q	RENESAS		05/06+	‡ The D packages are available taped and r
HD74HC240RPEL HD74HC240RPEL				The MAX3873 is a compact, low-power 2.488Gbps/ 2.
HD74HC240RPV HD74HC240RPV				Absolute maximum continuos ratings are those maxi
HD74HC240TVEL HD74HC240TVEL	HITACHI	TSSOP	97	This document contains information on a product
HD74HC241FP HD74HC241FP	Hitachi			All channels are clamped during the sync interva
HD74HC241FPEL HD74HC241FPEL	HIT	SOP-20	2002+	(1) S/N can be improved for common mode noise on
HD74HC241FPTL HD74HC241FPTL				Notes: 5. AC characteristics (except High
HD74HC241FVEL HD74HC241FVEL	HIT	SOP5.2	99	AMD MirrorBit flash technology combines years of
HD74HC241P HD74HC241P			95	† Package drawings, standard packing quant
HD74HC242P HD74HC242P	HITACHI			A six byte command (bypass unlock) sequence to r
HD74HC243FP HD74HC243FP	HIT	SOP14		errors. Recovered decoded characters are then wri
HD74HC243FPEL HD74HC243FPEL	HIT	98	1678	Dimensions InchesMillimeters &nb
HD74HC243P HD74HC243P	HIT		05+	Collector C Base Cutoff Current, IE= 0mA, VCB=-
HD74HC244 HD74HC244		36161	SOP	N otes: 1. D Q -to-I/O wiring is shown as recom
HD74HC244AFP HD74HC244AFP	HIT		93	The device is available with an access time of 1
HD74HC244FP HD74HC244FP			98	- 4 external and 8 internal interrupt request so
HD74HC244FPEL HD74HC244FPEL	HITACHI	SMD	98+	n −40˚C to +85˚C operation n Co
HD74HC244FPTR HD74HC244FPTR				The SM/SMJ320VC33 can perform parallel multiply
HD74HC244FPVEL HD74HC244FPVEL	HIT		97	Note 4: Maximum ambient temperature (TA-MAX) is d
HD74HC244P HD74HC244P	HIT	DIP	97+	The 128Mb SDRAM includes an AUTO REFRESH MODE,
HD74HC244PV HD74HC244PV	HITACHI	DIP	1998	Automatic Step-Up and Step-Down Conversion Uses
HD74HC244RPEL HD74HC244RPEL			00	Even Parity. Parity is even parity across AD31-0
HD74HC244RP-EL HD74HC244RP-EL	HITACHI		93	Synchronous Output Enable. When HIGH, it stops c
HD74HC244RPVEL HD74HC244RPVEL	HITACHI	SOP		The non-overlap time is the time between turning
HD74HC244RPX HD74HC244RPX	HIT	SOP7.2mm-20L	2006	Additional tests under harsh chemical cond
HD74HC244TEL HD74HC244TEL	HIT	TSSOP	94+	The wide supply range combined with distortion a
HD74HC244TELL HD74HC244TELL	HIT	05+/06+		Architectural Flexibility - Enhanced architectur
HD74HC244TVEL HD74HC244TVEL	曰立	TSSOP	978	The CY29946 is capable of generating 1 and 1/2 si
HD74HC245 HD74HC245	HIT	SOIC20		Programmable options include the length of pipeli
HD74HC245AP HD74HC245AP			93	• Low saturation voltage. • Low curr
HD74HC245D HD74HC245D				Supersedes the Zoran ZR36057. Glueless interfac
HD74HC245FP HD74HC245FP	HIT	SOP	00+	The Am29LV017D is a 16 Mbit, 3.0 Volt-only Flash
HD74HC245FPEL HD74HC245FPEL	HITACHI	SMD	00+	FEATURES • Compliant with Fast Ethernet,
HD74HC245FPVEL HD74HC245FPVEL	HIT	5.2MM	02+	Schottky barrier rectiﬁer thermal run-awa
HD74HC245P HD74HC245P			03+	The Media Access Control function, provided by t
HD74HC245RP HD74HC245RP	Hitachi			General Precautions on Handling of Product Conf
HD74HC245RPEL HD74HC245RPEL	HIT	SMD		The VP1058 is a low power analog-to-digita
HD74HC245RP-EL HD74HC245RP-EL		95	SOP	High-speed consumer electronic ports ESD protec
HD74HC245RPVEL HD74HC245RPVEL	HITACHI	SOP20	97+	1) Worst case package. 2) Max number of output
HD74HC245TEL HD74HC245TEL	HIT	TSSOP	92+	3. Processing before Initialization Note: When p
HD74HC245TELL HD74HC245TELL	HIT			Acquisition Time (tacq). The delay between the t
HD74HC245TVELL HD74HC245TVELL	HIT	00+	2500	ESD2 testing is performed in accordance with the
HD74HC245TWELL HD74HC245TWELL	HIT	2000	SSOP	The converter can be disabled to minimize batter
HD74HC251FP HD74HC251FP	Hitachi			Like all of the UltraLogic™ FLASH370i devic
HD74HC251FPEL HD74HC251FPEL	N/A	SOP	07+	The LTC®4210 is a 6-pin SOT-23 Hot SwapTM con
HD74HC251P HD74HC251P	HIT			TOGGLE BIT: In addition to DATA Polling the AT28C
HD74HC253P HD74HC253P	Hitachi			The EEPROM has a capacity of 256 bits and is org
HD74HC257 HD74HC257	Hitachi			The DSP56300 core is composed of the Data
HD74HC257FP HD74HC257FP	Hitachi			The Infineon multimode transceiver is a single u
HD74HC257FPEL HD74HC257FPEL	HIT	SOP		Multifunction Instructions Pipelined Architectur
HD74HC257FPTR HD74HC257FPTR	HIT		92	The UCC1800/1/2/3/4/5 family of high-speed, low-
HD74HC257P HD74HC257P	HIT			Low Reverse Current Low Stored Charge, Majority
HD74HC257RPEL HD74HC257RPEL				The CSPU877A is a PLL based clock driver
HD74HC258P HD74HC258P	Hitachi			The AMI signal first enters a fixed equalizer, wh
HD74HC259FP HD74HC259FP	Hitachi			† Stresses beyond those listed under absol
HD74HC259FPEL HD74HC259FPEL	HIT	07+		The ADC channel is a chain of programmable amplif
HD74HC259FPER HD74HC259FPER	HIT	06+	2000
HD74HC259FPTL HD74HC259FPTL	HIT	SOP	96+	Hynix HYMD264646A(L)8-M/K/H/L series is unbuffere
HD74HC259P HD74HC259P	Hitachi			Software selectable baud rate generator Four se
HD74HC27 HD74HC27	Hitachi			The LT®1943 quad output adjustable switching
HD74HC273 HD74HC273	HITACHI	SOP-7.2-20P	6+	Correcting package pin numbers in Table 2-2, Phas
HD74HC273A HD74HC273A				Unique, factoryClasered and tested 64-bit regist
HD74HC273D HD74HC273D				CPUS_STOP# is an asychronous input to the clock s
HD74HC273DPVEL HD74HC273DPVEL	HIT	SMD	SMD	3) Down convert to an I.F. of 1MHz then digitize
HD74HC273FP HD74HC273FP	Hitachi			(4) The products described in this material are
HD74HC273FPEL HD74HC273FPEL	RENESAS	SOP	04/P2	The bus controller is responsible for generating
HD74HC273FPELPB HD74HC273FPELPB				Operating Range In the operating range the func
HD74HC273FPER HD74HC273FPER				Product Description/Features: • Low skew,
HD74HC273FPV HD74HC273FPV			02	The TPS211x family of power multiplexers enables
HD74HC273FPVEL HD74HC273FPVEL	HIT	SOP5.2	98	The ADC124S021 operates with a single supply tha
HD74HC273P HD74HC273P			03+	BRIDGE input. This input is used to set the Brid
HD74HC273RP HD74HC273RP	HIT	SOP7.2mm-20L	2006	DESCRIPTION The M54/74HC51 is a high speed CMOS
HD74HC273RPEL HD74HC273RPEL	HIT	5.2mm	99+	An internal OP-Amp controls the Drain-Source-Volt
HD74HC273RP-EL HD74HC273RP-EL	HIT		03+	With this power stage a compact 2 15 W self osc
HD74HC273RPVEL HD74HC273RPVEL	HIT		98	The PIC12C67X series fits perfectly in applicati
HD74HC273TELL HD74HC273TELL	HIT	TSSOP	01/P4	Mini Small Outline Package (MSOP) Mini Small Out
HD74HC273TELL/74HC273TVELL-E HD74HC273TELL/74HC273TVELL-E	HITACHI	TSSOP20	02+
HD74HC273TVEL HD74HC273TVEL	HITACHI	SOP	02+	The XC2164 series are high frequency, low current
HD74HC273TVELL HD74HC273TVELL	HIT	03+		The HD74HC273TVELLB is a highly integrated laser
HD74HC279 HD74HC279	Hitachi			Margin Down: When this input is asserted to GND,
HD74HC279FPEL HD74HC279FPEL	HIT	SOP	00/P2	Input to the PWM comparator. The current flowing
HD74HC279P HD74HC279P	HITACHI	04+	DIP
HD74HC27FB HD74HC27FB	N/A	SOP	07+	Note 1: Limits are 100% production tested at TA =
HD74HC27FP HD74HC27FP	HIT	SOP	03+	Current Settling Time, Clocked Mode Current Set
HD74HC27FPEL HD74HC27FPEL	HIT	SOP-14	03+	Single channel 5 V, 3.3 V and 2.5 V operation
HD74HC27FPER HD74HC27FPER	日立	SMD	224	The Master begins a transmission by sending a ST
HD74HC27FP-ER HD74HC27FP-ER			00	Features • Serial Input Bus • 2.0 MHz
HD74HC27FPLH HD74HC27FPLH	HIT		95	Single-power-supply flash memory (F-ZTAT™*
HD74HC27FPTR HD74HC27FPTR	HIT		96	Input to the PWM comparator. The current flowing
HD74HC27P HD74HC27P	HIT	DIP	DIP	Note 1: Absolute maximum ratings are limiting val
HD74HC27RP-EL HD74HC27RP-EL				Inisialisasi Control Word digunakan untuk mengatu
HD74HC280 HD74HC280	Hitachi			As seen in Figure 2, bias current cancellation i
HD74HC280FP HD74HC280FP	Hitachi			Note 2: This IC contains a zener clamp structure
HD74HC280FPEL HD74HC280FPEL	HIT	SOP	01/P	Note 2: Operating Ratings indicate conditions for
HD74HC280FPTL HD74HC280FPTL	HITACHI
HD74HC280P HD74HC280P	HIT			Multiple devices can be concatenated by using th
HD74HC283 HD74HC283	HITACHI	08+		SSCG uses a patented technology of modulating th
HD74HC283FP HD74HC283FP	HIT	SOP16	07+	The 80C51BHP is identical to the 80C51BH When or
HD74HC283FPEL HD74HC283FPEL	HIT	SOP	01/P2	Microcontrollers are often used in harsh environm
HD74HC283P HD74HC283P			93	The positive charging current is determined by R
HD74HC28OP HD74HC28OP				The clock itself can be either one of the Global
HD74HC292P HD74HC292P	Hitachi			The UB Series logic gates are constructed
HD74HC294 HD74HC294	Hitachi			An export permit needs to be obtained from the c
HD74HC294FP-TR HD74HC294FP-TR	HIT			This pin must be tied to either VCC or GND and mu
HD74HC298P HD74HC298P	Hitachi			The flexibility and symmetry of the CLB architec
HD74HC299 HD74HC299	Hitachi			RJC Thermal Resistance (Output Switches)1.5C/W R
HD74HC299FP HD74HC299FP	Hitachi			All electrical characteristics are subject to th
HD74HC299P HD74HC299P			91	Ergonomics Convenient front access to US
HD74HC30 HD74HC30	Hitachi			Notes: 1. Absolute maximum I/O pins is maximum p
HD74HC309 HD74HC309				A variety of frequency ranges and packaging opti
HD74HC30AFP HD74HC30AFP				Quad D-MOS switch driver Free configurable as br
HD74HC30FP HD74HC30FP	Hitachi			The RBI input pin is intended to be used with a s
HD74HC30FP-EF HD74HC30FP-EF	HIT	SOP14M	2007+	Edition 02.97 This edition was realized using th
HD74HC30FPEL HD74HC30FPEL	HIT	SOP	98/P2	Dual channel 16-bit resolution: HD74HC30FPEL 14
HD74HC30FPER HD74HC30FPER	HITACHI	96	2500	The TS80C54/58X2 has 2 software-selectable modes
HD74HC30FP-ER HD74HC30FP-ER	HIT	SOP	07+	To achieve fast and accurate switch performance,
HD74HC30FPLH HD74HC30FPLH	HITACHI	05+/06+		• Microchips Worldwide Web site; http://ww
HD74HC30FPTL HD74HC30FPTL	HITACHI	08+		PROPAGATION DELAY Propagation delay for all 54C
HD74HC30FPTR HD74HC30FPTR	N/A	SOP	07+	The CPU provides fast instruction (up to 10 MHz
HD74HC30FP-TR HD74HC30FP-TR	HIT		91	The Loop Filter is a low-pass filter. This low-pa
HD74HC30P HD74HC30P	HIT		DIP-14P	A linear voltage regulator can be broken down in
HD74HC30P-E-Q HD74HC30P-E-Q	RENESAS		05/06+	The on-chip status register allows the progress
HD74HC30RPEL HD74HC30RPEL				The Receive analog power amplifier output, capa
ＨＤ７４ＨＣ３０ＲＰ－ＥＬＨＤ７４ＨＣ３０ＲＰ－ＥＬ	HIT	SOP14	04+	The FDC05 and FDC05-W series offer 5 watts of out
HD74HC30TEL HD74HC30TEL	HITACHI			or 18-bit output bus. The Bus Size Select pin (BS
HD74HC30TELL HD74HC30TELL				Housed in a small 24-pin DDIP or SMT (gull-wing)
HD74HC32 HD74HC32	HIT		00	NOTES: 1. Minimums are guaranteed but not produc
HD74HC32F HD74HC32F	HIT	SOP14
HD74HC32FFEL HD74HC32FFEL				Thereareadditionalprovisionsfor demonstrating DD
HD74HC32FP HD74HC32FP			02	The clock recovery function is performed using a
HD74HC32FPEL HD74HC32FPEL	HIT	SOP	00+	• In-house programming of samples and prot
HD74HC32FP-EL HD74HC32FP-EL	HITACHI	SMD	98	The HD74HC32FP-EL accepts single ended or differe
HD74HC32FPER HD74HC32FPER			94	The QDR operation is possible by supporting DDR r
HD74HC32FP-ER HD74HC32FP-ER	HIT	SMD-14	93+	Motorola reserves the right to make changes with
HD74HC32FPLH HD74HC32FPLH	N/A	SOP	07+	* Speciﬁcations will vary with foreign st
HD74HC32FPTL HD74HC32FPTL				Spartan-IIE devices deliver more gates, I/Os, an
HD74HC32FPTR HD74HC32FPTR	HIT	SOP	95+	Applications • Mobile telecommunication &
HD74HC32N HD74HC32N				Hynix HYMD132G725A(L)8-K/H/L series incorporates
HD74HC32P HD74HC32P			03+	The 64-bit ID identifies each bq2022. The 48-bit
HD74HC32PLEADFREE HD74HC32PLEADFREE				© Cypress Semiconductor Corporation, 2003. T
HD74HC32RF-EL HD74HC32RF-EL				These miniature surface mount MOSFETs util
HD74HC32RP HD74HC32RP	HIT	SOP		Feedback pin Chip Enable: H: Enable &nb
HD74HC32RPEL HD74HC32RPEL	HIT	SOP	97+	New high voltage technology designed for ZVS-swit
HD74HC32RP-EL HD74HC32RP-EL	HITACHI		95	All part numbers end with a place code, designat
HD74HC32T HD74HC32T	Hitachi			There are dishonest and possibly illegal methods
HD74HC32TEL HD74HC32TEL	HIT	1997	TSSOP	In order to compensate for the loss of the high-f
HD74HC32TELL HD74HC32TELL	HIT	TSSOP/14	98+	The AV34063 is a monolithic control circu
HD74HC32TELL-E HD74HC32TELL-E				Package drawings, standard packing quantities, t
HD74HC333RP HD74HC333RP	HIT	SOP3.9mm	2006	Features • High sensitivity (+5dB compared
HD74HC351FPTL HD74HC351FPTL	HIT		95	NOTES: 1. For a loaded output the measure
HD74HC352P HD74HC352P	Hitachi			A single pulse is defined as being greater than
HD74HC354FPTR HD74HC354FPTR	HIT	96	5018	Digital Audio Interface Select Pin (in Parallel
HD74HC356FP HD74HC356FP	Hitachi			The Hynix HYM71V16M655AT8 Series are Dual
HD74HC356P HD74HC356P	Hitachi			3-analog input terminals. Only the input from one
HD74HC365 HD74HC365	Hitachi			Care must also be taken to minimize the capacita
HD74HC365FP HD74HC365FP	Hitachi			(1) Lead Forming When forming leads, the
HD74HC365FPEL HD74HC365FPEL	HIT	03+;91+		OPERATION OF STEP-UP CONVERTER A step-up convert
HD74HC365P HD74HC365P	HIT			Stability The IRU1261 requires the use of an out
HD74HC366P HD74HC366P	02+	917	DIP	• Single supply with operation down to 1.8
HD74HC367 HD74HC367	HITACHI	SOP5.2	01+	The 7.6 mm (0.3 inch) and 10.9 mm (0.43 inch)
HD74HC367FP HD74HC367FP	HIT	SOP16	97+	By tying one input to GND or VCC, the SN74LVC1G3
HD74HC367FPEL HD74HC367FPEL	HIT	99+	SOP-	The COP820CJ is a member of the COP8TM 8-bit Micr
HD74HC367FPLH HD74HC367FPLH	N/A	SOP	07+	VIN = 3.4V VIN = 3.4V or VIN = GND, OE = GND,
HD74HC367FPTR HD74HC367FPTR	HIT	SOP		Note: It is natural to assume that with the addi
HD74HC367P HD74HC367P	HIT	DIP	0521+	The protection circuitry receives current
HD74HC368FPEL HD74HC368FPEL	TOSHIBA	SOP	2002	Notes a. Surface Mounted on 1 x 1 FR4 Board. b
HD74HC368P HD74HC368P	HD	93+	DIP	Always use controlled impedance lines (microstrip
HD74HC373 HD74HC373	HITACHI	SOP7.2	02+	ON Semiconductor has designed a new devic
HD74HC373A HD74HC373A	HIT	SMD	98+	Hynix HYMD264726A(L)8J-J series is unbuffered 184
HD74HC373D HD74HC373D	TI	DIP-20		(5) Others Check mounting conditions before usi
HD74HC373E HD74HC373E				† For packages with exposed thermal pads,
HD74HC373FP HD74HC373FP	HIT	SOP	0M2T	External I/O for Timer/Counter 2 Timer/Counter
HD74HC373FPEL HD74HC373FPEL	HIT		00
HD74HC373FP-EL HD74HC373FP-EL				To maximize I/O throughput and improve ho
HD74HC373FPVEL HD74HC373FPVEL	HIT	SOP	97+	The baseband signal can be digitized using Fairc
HD74HC373P HD74HC373P			03+	1. A transient suppressor is normally selected a
HD74HC373PV HD74HC373PV	HIT	DIP	07+	RON is 4Ω typical Low bit-to-bit skew:
HD74HC373R HD74HC373R				The repeatability of switching with a magnetic fi
HD74HC373RFEL HD74HC373RFEL				The MAX4364/MAX4365 are bridged audio power ampl
HD74HC373RP HD74HC373RP	Hitachi			The device is optimized for balanced bus transmi
HD74HC373RPEL HD74HC373RPEL	HITACHI	SOIC20	04+	Note 1: RL is connected to VEE for AVOL sourcing
HD74HC373RPVEL HD74HC373RPVEL	HIT	SOP7.2mm-20L	2006	• Fully Compliant to IrDA 1.1 Physi
HD74HC373RTVEL HD74HC373RTVEL	HIT	01+	SOP	For M74HC4020 twelve kind of divided output are
HD74HC373TELL HD74HC373TELL	HITACHI	TSOP	2001	Features q Few external components q Frequency
HD74HC374 HD74HC374	HITACHI	07+		Double Buffering of Data Programma
HD74HC374D HD74HC374D				The MC623 is a 3.0 V solid-state, programm
HD74HC374FP HD74HC374FP	Hitachi			Command Line Editing - A backspace can be used to
HD74HC374FPEL HD74HC374FPEL	HIT	SOP	00/P	1,048,576-word 16-bit/2,097,152-word 8-bit el
HD74HC374FPER HD74HC374FPER				The MAX1821 buck switching-regulator output is se
HD74HC374FPLH HD74HC374FPLH	N/A	SOP	07+	Momentary action pushbuttons are used as
HD74HC374FPVEL HD74HC374FPVEL			98	This low failure rate represents data col
HD74HC374FPVEL-E-Q HD74HC374FPVEL-E-Q				When VCC is greater than 1V and less than the UV
HD74HC374P HD74HC374P			03+	The HYM72V16M636H(L)T6 Series are Dual In-line Me
HD74HC374PV HD74HC374PV				Thermocouple: 0.5% of indicated value or 1_C, w
HD74HC374RP HD74HC374RP	HITACHI	SOP20	95+	Receive synchronizing signal input. Eight requir
HD74HC374RPEL HD74HC374RPEL	HIT	SOP Big	98+	See the functional block diagram and Figure 1 fo
HD74HC374RP-EL HD74HC374RP-EL	HIT		03+	An overrun character is placed in the HT82K628A b
HD74HC374RPVEL HD74HC374RPVEL	HIT		99	age, supplies of several hundred volts can be re
HD74HC374TELL HD74HC374TELL	HIT	TSSOP/20	98+	The COP912C COP912CH are members of the COP8TM
HD74HC375FP HD74HC375FP	Hitachi			• VDD : 2.5V 0.2V, VDDQ : 2.5V 0.2V for D
HD74HC375FPEL HD74HC375FPEL				Inputs to VID D to A Converter Inputs to VID D
HD74HC375FPTL HD74HC375FPTL				Early RS-232 ICs for portable systems provided a
HD74HC375P HD74HC375P	Hitachi			5. The dominant wavelength, ëd, is derived
HD74HC377FPDEL HD74HC377FPDEL	HIT			The MX803A is a full-duplex device for use with
HD74HC377FPEL HD74HC377FPEL	HITACHI	SOP	00+	This family is a 16M bit dynamic RAM organized 4,
HD74HC377FPER HD74HC377FPER	HIT	SOP	97	The HD74HC377FPERA/M extracts the closed caption
HD74HC377P HD74HC377P	Hitachi			4. Dropout voltage is defined as the input-to-out
HD74HC386FPEL HD74HC386FPEL		4	SOP	Note 1: VOUT+1V< VIN & 2.5V< VIN <
HD74HC386P HD74HC386P	Hitachi			The Master Reset (MR) is an asynchronous active
HD74HC390F HD74HC390F				The serializer outputs (DO) can drive point-to-p
HD74HC390FPEL HD74HC390FPEL	HIT	SOP	02/P2	*Stresses above those listed under Absolute Maxi
HD74HC390FPTL HD74HC390FPTL				Users expect several obvious system benefits fro
HD74HC390FPZEL HD74HC390FPZEL	HIT	SOP	00/P2	A read cycle begins whenever WE (Write Enable bar
HD74HC390P HD74HC390P	Hitachi			Chrontels CH7008 digital PC to TV encoder is a s
HD74HC393 HD74HC393	HIT	00+	SOP-14	These N-Channel power MOSFETs ar
HD74HC393FP HD74HC393FP	Hitachi			Differential termination for Stratix devices is
HD74HC393FPEL HD74HC393FPEL	HIT		97	the performance for a wide range of applications
HD74HC393FPER HD74HC393FPER	HIT		98	Absolute Maximum Ratings iTc=25Ž unless othe
HD74HC393FPTL HD74HC393FPTL	TOSHIBA	SOP	96+	The actual performance of the circuit shown in F
HD74HC393FPTR HD74HC393FPTR	HIT	96+	SOP14	The K4S640432H / K4S640832H / K4S641632H
HD74HC393P HD74HC393P	HIT		00+	The ISSI 4400 Series is a 4,194,304 x 4-bit high
HD74HC393RPEL HD74HC393RPEL	HIT	SOP3.9mm-14L	2006	(5) The products and product specifications desc
HD74HC4017FP HD74HC4017FP	Hitachi			Package designed for optimal automated board ass
HD74HC4017FPEL HD74HC4017FPEL	HITACHI	01+	SOP16	There are a total of 18 architecture bits in the
HD74HC4017P HD74HC4017P	HIT	DIP	92	(3) The products described in this book are inte
HD74HC4020AP HD74HC4020AP	HIT			Due to their tiny size and low power consumption
HD74HC4020FP HD74HC4020FP	HITACHI			NOTES: • Use a 0.1 µF capacitor on VD
HD74HC4020FPEL HD74HC4020FPEL	HIT	05+/06+		Information furnished is believed to be accurate
HD74HC4020FPER HD74HC4020FPER	HIT			Independent Overtemperature Protection Output Se
HD74HC4020FPTR HD74HC4020FPTR	HIT	SOP	96/P2	Note 1: All units are 100% production tested at T
HD74HC4020P HD74HC4020P	N/A	N/A	N/A	See SOA curves or consult factory for appropriat
HD74HC4022P HD74HC4022P	Hitachi			90% of Vcc MIN.; 10% of Vcc MAX. 15 pF is standa
HD74HC4024FP HD74HC4024FP	Hitachi			The Harris CD74HC259 and CD74HCT299 are 8-bit s
HD74HC4024P HD74HC4024P	Hitachi			Device programming occurs by executing the progr
HD74HC4040 HD74HC4040	HIT	SOP16	04+	When 16/68# pin is at logic 1, the Intel bus int
HD74HC4040FL HD74HC4040FL	HIT		95	The 74AUP1G79 provides the single positive-edge
HD74HC4040FP HD74HC4040FP	HIT	SOP	96	These circuits are completely compatible with mo
HD74HC4040FPEL HD74HC4040FPEL	HIT	SOP		Filter Isolation: Rated voltage Resistance Ca
HD74HC4040FPER HD74HC4040FPER				Note: 1. H=VIH, L=VIL, X=don't care(VIH or VIL)
HD74HC4040FPTL HD74HC4040FPTL				• NPT IGBT technology - high switc
HD74HC4040FPTR HD74HC4040FPTR	HIT	SMD	96	Result Codes - The modem issues a result code af
HD74HC4040P HD74HC4040P	HITACHI	DIP	07+	CURRENT COMMAND (+,-) - are differential inputs f
HD74HC4040PFEL5.2MM HD74HC4040PFEL5.2MM				The CYV15G0401DXB is verified by testing to be co
HD74HC4051 HD74HC4051	Hitachi			16-entry on-chip cache for low latency co
HD74HC4051FDTL HD74HC4051FDTL	HITACHI	06+		Please be aware that an important notice
HD74HC4051FP HD74HC4051FP	HIT	SOP	00+	For the device-specific interrupt priority confi
HD74HC4051FPEL HD74HC4051FPEL	HIT	SOP	02+	CAUTION ESD (electrostatic discharge) sensitive
HD74HC4051FPTR HD74HC4051FPTR	HITACHI	05+		This block provides the RTC reference values to
HD74HC4051P HD74HC4051P	RENESAS	05+	DIP（p/b）	Offset Correct pin. A low-to-high transition on
HD74HC4052 HD74HC4052	Hitachi			LINEAR GCI MODE In GCI linear mode, one G
HD74HC4052FDEL HD74HC4052FDEL	HITACHI	SOP-16	2001	Data Bits DB11 to DB0, Port 2 Control inputs for
HD74HC4052FP HD74HC4052FP	HIT	SOP16	96+	Series 32000 TapePak and TRI-STATE are registere
HD74HC4052FPEL HD74HC4052FPEL	VISHAY			An on-chip oscillator eliminates the need for an
HD74HC4052FPTR HD74HC4052FPTR	HITACHI	08+		The DS1804 NV trimmer potentiometer is a nonvolat
HD74HC4052P HD74HC4052P			90	The LM129 is packaged in a 2-lead TO-46 package
HD74HC4053 HD74HC4053	Hitachi			The PMOS transistors prevent backdriving current
HD74HC4053FP HD74HC4053FP	HITACHI			The COP87L88EK/RK Family OTP (One Time Program-
HD74HC4053FPEL HD74HC4053FPEL	HITACHI	SOP-16	02+	• Plastic package has Underwriters Laborat
HD74HC4053FPTR HD74HC4053FPTR	HITACHI	649		The MAX186/MAX188 provide a hard-wired SHDN pin
HD74HC4053P HD74HC4053P	HIT	08+		Some confusion exists in the area of defining an
HD74HC4054FPEL HD74HC4054FPEL				n CAN 2.0B (passive) bus interface, with Softwar
HD74HC4060FP HD74HC4060FP	HITACHI	SOP	07+	The 5V, 12V, and 15V regulator options are avail
HD74HC4060FPEL HD74HC4060FPEL		1	SOP	Ž An 80ns wide start convert pulse is used
HD74HC4060FPER HD74HC4060FPER	HIT		96	Serial Interface. The AHD74HC4060FPERSED is cont
HD74HC4060P HD74HC4060P		3	DIP	its possible to put in stand by a part of the bo
HD74HC4066 HD74HC4066	Hitachi			2. Samsung products are not intended for use in l
HD74HC4066FP HD74HC4066FP	Hitachi			Complete System Solution for interfacing SmartMe
HD74HC4066FPEL HD74HC4066FPEL			96	∗2 VL setting is the VVL voltage of the ve
HD74HC4066FPEL-1 HD74HC4066FPEL-1	HIT		98	While first-generation deep- memory scopes updat
HD74HC4066FPTR HD74HC4066FPTR	HIT/NEC	96	1678	where frequency is in Hz, resistance in Ohms, an
HD74HC4066P HD74HC4066P	HITACHI	DIP	05+	This is the timing reference frequency which is
HD74HC4066RPEL HD74HC4066RPEL				The Hynix HYM76V4M635HGT6 Series are 4Mx64bits Sy
HD74HC4066RPEL-Q HD74HC4066RPEL-Q				Thermal Data - Thermal Resistances Some thermal
HD74HC4066TELL HD74HC4066TELL				The ZR78L Series show performance characteristic
HD74HC42 HD74HC42	Hitachi			The DS1642 is a 2K x 8 nonvolatile static RAM and
HD74HC423AFP HD74HC423AFP	Hitachi			The transmitter sections utilize 1310nm Surface
HD74HC423AFPEL HD74HC423AFPEL				Power-Off DisableVCC=0V, VOUT=4.5V1µ
HD74HC423AP HD74HC423AP	Hitachi			Enhanced N channel FET with no inherent diode to
HD74HC42FP HD74HC42FP	RENESAS	SOP	3	2. TVS devices are normally selected according t
HD74HC42FPEL HD74HC42FPEL		04+05	SOP	BVDSSDrain-to-Source Breakdown Voltage-100 W
HD74HC42P HD74HC42P	HITACHI	DIP	2000	AS serves to demultiplex the address/data bus. T
HD74HC4511FPEL HD74HC4511FPEL	HIT	97	SOP	The write disable (WDS) instruction disables all
HD74HC4511P HD74HC4511P	N/A	DIP	07+	When evaluating with evaluation chips and other
HD74HC4514P HD74HC4514P		94	DIP	Most low-end keyless entry transmitters are give
HD74HC4515P HD74HC4515P	HIT			• Low forward voltage • Very high
HD74HC4520 HD74HC4520	Hitachi			CONVERTING THE DIGITAL OUTPUT TO AN ANALOG OUTPU
HD74HC4520FPEL HD74HC4520FPEL	HIT	SOP	06/07+	Notes: 1. Operation of this device above any one
HD74HC4520P HD74HC4520P	Hitachi			The Texas Instruments MSP430 family of ultralow-
HD74HC4538 HD74HC4538	Hitachi			For other applications where the input voltage c
HD74HC4538FP HD74HC4538FP	HITACHI			To provide long life and to insure soft-s
HD74HC4538FPEL HD74HC4538FPEL	HIT		98
HD74HC4538FPER HD74HC4538FPER			97	systems where system integrity must be ensured o
HD74HC4538FP-ER HD74HC4538FP-ER	HIT	SOP	94+	The MAX6672/MAX6673 operate from 2.4V to 5.5V wit
HD74HC4538P HD74HC4538P	HIT	DIP	DIP	The Chip Erase operation is initiated by executi
HD74HC4543FPEL HD74HC4543FPEL	HITACHI	SOP-16	97+	The circuit is centered around the IR51H4
HD74HC4543P HD74HC4543P	N/A	DIP	07+	Built-in Schmitt trigger circuit High level ou
HD74HC490P HD74HC490P	Hitachi			For the write lock command, a successful write p
HD74HC51 HD74HC51	HITACHI	SOP5.2	98+	Users replacing EEPROMs with MRAM can eliminate t
HD74HC51FP HD74HC51FP	HIT	SOP14	95+	Transient Response and PSRR The input and output
HD74HC51FPEL HD74HC51FPEL	HIT	SOP	99+	11CPDPower Dissipation Capacitance (Note
HD74HC51FPTR HD74HC51FPTR				Dome Packages The HLMP-6xxx Series dome lamps f
HD74HC51P HD74HC51P	N/A	DIP	07+	Data and Control Inputs Provide Undershoot Clamp
HD74HC533 HD74HC533	Hitachi			Left/Right Clock Word Clock Clock Input Data
HD74HC533FP HD74HC533FP	Hitachi			DELAY: Delay programming pin for restart after ov
HD74HC533FPTL HD74HC533FPTL				There are a number of features that are used to
HD74HC533P HD74HC533P	HIT			Continuous Drain Current, VGS @ 4.5V Continuous
HD74HC534 HD74HC534	Hitachi			The HD74HC534 also has ESD tolerance that exceed
HD74HC534FP HD74HC534FP	Hitachi			Maximum switching frequency for control input (V
HD74HC534FRTR HD74HC534FRTR	HITACHI	05PB		DESCRIPTION The LD1085 is a LOW DROP Voltage Re
HD74HC534P HD74HC534P			99	2. The ADS-944 achieves its specified accuracies
HD74HC540FP HD74HC540FP	HITACHI	SOP20	04+	Note: 1. A write cycle occurs during the overlap
HD74HC540FPEL HD74HC540FPEL	RENESAS	SOP	03/P2	Note: (1) X=0 for 25010, 25020. X=A8 for 25040
HD74HC540FPTR HD74HC540FPTR		95	SOP	After the output signal has been recorded, the f
HD74HC540FPV HD74HC540FPV	HIT	SOP	99+	D Auto Selection of S/E or LVD SCSI Termination
HD74HC540P HD74HC540P			97	4. Setting possible during non-induction
HD74HC540TELL-E HD74HC540TELL-E	RENESAS	03无铅	TSSOP	The HD74HC540TELL-E, HD74HC540TELL-E serie
HD74HC541 HD74HC541	Hitachi			Offset Drift is a measure of the actual change i
HD74HC541BI HD74HC541BI				INPUT LEVELS: While operating with a 2.7V to 3.6V
HD74HC541FP HD74HC541FP	HITACHI		03+	Information at the data (D) inputs meeting the
HD74HC541FPEL HD74HC541FPEL	HIT		99	The DS1809 will also support a command-initiated
HD74HC541FPTL HD74HC541FPTL	HITACHI	93	1678	All DATEL sampling A/D converters are fully char
HD74HC541FPV HD74HC541FPV				Raw PCB, PowerInfo™ 2 Firmware Specificat
HD74HC541P HD74HC541P			00+	† All typical values are at VCC = 5 V, TA
HD74HC541PV HD74HC541PV				Receiver Loss of Signal, logic high, open collec
HD74HC541RPEL HD74HC541RPEL	HIT	SOP7.2mm-20L	2006
HD74HC541TELL HD74HC541TELL	HIT	635	SOP	The SY100EP57V is a high-speed, low-skew,
HD74HC541TELL-E HD74HC541TELL-E	RENESAS	04+无铅	TSSOP	Input Termination Center-Tap. Each side of the tr
HD74HC563F HD74HC563F	HD	SOP	07+	DESCRIPTION The 74VHCT03A is an advanced high-s
HD74HC563FP HD74HC563FP	Hitachi			Package drawings, standard packing quantities, t
HD74HC563FPEL HD74HC563FPEL	HITACHI	98+	SOP-16	The HD74HC563FPEL is a single chip IC for
HD74HC563FP-ER HD74HC563FP-ER	HIT	SOP	95+	The LSTTL / MSI SN54 / 74LS257B and the S
HD74HC563P HD74HC563P	HIT			TC rating do not apply to surface mount devices
HD74HC564FP HD74HC564FP	Hitachi			The disk drive adapter functions of W83877TF incl
HD74HC564FPEL HD74HC564FPEL	HIT	SOP/20	01/P	The M68AF127B is a 1Mbit (1,048,576 bit) CMOS S
HD74HC564P HD74HC564P			99	The TigerSHARC DSP uses a Static Superscalar* ar
HD74HC573 HD74HC573	Hitachi			Low profile package (half pitch) AC Isolation
HD74HC573D HD74HC573D	hit	sop	00+	These products are not designed for use in life
HD74HC573DWS HD74HC573DWS				USB Interface USB 1.1 compatible. Open HCI 1.0
HD74HC573F HD74HC573F				The CMX866 shares internal register addresses and
HD74HC573FP HD74HC573FP	HITACHI			Teccor's line of sensitive gate triacs includes d
HD74HC573FPEL HD74HC573FPEL				When the charge on the external capacitor reache
HD74HC573FP-EL HD74HC573FP-EL	HIT	SOP20		Digital signal power supply : +5 V Selection of
HD74HC573FPEPL HD74HC573FPEPL	HITACHI	SMD	97	The ISSI IS62LV5128LL is a low voltage, 524,288 w
HD74HC573P HD74HC573P			96	NOTES 1Stresses above those listed under Absolut
HD74HC573RP HD74HC573RP	Hitachi			A 1% resistor must be connected directly between
HD74HC573RPEL HD74HC573RPEL	HIT		93+	4.4.3 Group C inspection. Group C inspecti
HD74HC574 HD74HC574	Hitachi			Output Mode: This pin determines the clock output
HD74HC574FP HD74HC574FP			95	1.700 (43.18mm) PCB Height 168-Pin Registered DI
HD74HC574FPEL HD74HC574FPEL	HIT	SOP/20	00/P	These Schottky diodes are specifically designed
HD74HC574FPEL-E HD74HC574FPEL-E				Data terminal ready A/B (active low). To indicat
HD74HC574FP-TE2 HD74HC574FP-TE2		97+98	SOP	• High-speed access time: 10, 12, and 15 n
HD74HC574FPTR HD74HC574FPTR	HITACHI	SOP5.2	03+	The maximum LED current is determined by feedback
HD74HC574P HD74HC574P			98	The ISD5008 device is designed for use in a micr
HD74HC574RPEL HD74HC574RPEL	HITACHI			CAUTION: These devices are sensitive to e
HD74HC589FP HD74HC589FP	Hitachi			The Timing and Watchdog Module (TWM) contains a
HD74HC589FPEL HD74HC589FPEL				The ISP1181 is a Universal Serial Bus (USB) inte
HD74HC590FP HD74HC590FP	Hitachi			VDD: Chip power supply pin. VDD should be bypasse
HD74HC590FPEL HD74HC590FPEL	HIT	SOP16L	98+	The power switch is an N-channel MOSFET with a m
HD74HC590P HD74HC590P	Hitachi			Chip Select: Enables or disables all inputs excep
HD74HC592P HD74HC592P	HIT	99+	DIP-16	5 ns pin-to-pin logic delays System frequency
HD74HC595 HD74HC595	HITACHI	00+	SMD	The JTAG emulation port of this device also incl
HD74HC595FP-E HD74HC595FP-E				This is a tri-state input/output pin, used for di
HD74HC595FPEL HD74HC595FPEL	HITACHI	98+	SOP-16	125 kHz RFID Chip for Cards and Tags 256 Read/Wr
HD74HC595FPTL HD74HC595FPTL	HIT	SMD	2003	PWM Current Limit for Short Circuit Protection
HD74HC595FPTR HD74HC595FPTR	HIT	08+		A static memory controller is included that supp
HD74HC595P HD74HC595P	HIT	DIP		Bild/Fig. 5 Grenzstrom je Zweig IF(OV)M bei Luft
HD74HC597FP HD74HC597FP	Hitachi			The Fairchild Switch FSTU32160A is a 16-bit to 3
HD74HC597FPEL HD74HC597FPEL	HIT	SOP	05+	The Hitachi HN29V102414 Series is a CMOS Flash M
HD74HC597FPEL-Q HD74HC597FPEL-Q				The HYST pin is a CMOS-compatible input that sele
HD74HC597FPTL HD74HC597FPTL				DESCRIPTION This MOSFET is the latest developme
HD74HC597FPTR HD74HC597FPTR	HIT		00+	A stereo 24-bit multi-bit sigma delta ADC is used
HD74HC597P HD74HC597P	N/A	N/A	N/A	1. No purposefully added lead. 2. Part mounted
HD74HC612P HD74HC612P			2	Frequency response also depends on the phase as
HD74HC616FPEL HD74HC616FPEL	HIT	98	SOP	Control input for gain dynamics (25 or 50dB), mut
HD74HC623FP HD74HC623FP	Hitachi			With the sense leads connected, the difference b
HD74HC623FPEL HD74HC623FPEL	HIT	SOP	99/P2	Capacitor mounted close to the power modu
HD74HC623N HD74HC623N	HIT		97	The GS 702 transmitter controller has been desig
HD74HC623P HD74HC623P	HITACHI	DIP	1997	CAUTION: These devices are sensitive to electros
HD74HC640 HD74HC640	Hitachi
HD74HC640FPEL HD74HC640FPEL	RENESAS		03+	The HD74HC640FPEL is a fast SRAM with a nonvolat
HD74HC640FPTL HD74HC640FPTL	HIT	SMD	90	The configuration registers support mode selectio
HD74HC640P HD74HC640P	HIT	DIP	0304+	The EB-2100x accommodates either a coaxial or an
HD74HC643 HD74HC643		98+	SOP	• Microcontroller support; only for control
HD74HC651P HD74HC651P	Hitachi			Configuration of a single-ended input has been
HD74HC652P HD74HC652P	Hitachi			Stresses beyond those listed under absolute maxi
HD74HC668P HD74HC668P	Hitachi			Features Include: Ideal for 1U High / Low Profi
HD74HC669FPER HD74HC669FPER				The control signals for the configuration memory
HD74HC669P HD74HC669P	HIT	DIP	07+	shifting the character 4 data over one character
HD74HC670 HD74HC670	Hitachi			Note: Human Body Model ESD test performance for t
HD74HC670FPEL HD74HC670FPEL	HIT	SOP	98+	Military temperature range Output skew 2.0 ns
HD74HC670FP-TL HD74HC670FP-TL	HITACHI			The AHC126 devices are quadruple bus buffer gat
HD74HC670P HD74HC670P	Hitachi			Hewlett-Packards HSMS-285A family of zero bias S
HD74HC673P HD74HC673P			00	The LAN91C100FD is designed to facilitate the imp
HD74HC674P HD74HC674P	Hitachi			The AHC240 devices are organized as two 4-bit b
HD74HC677P HD74HC677P	Hitachi			Hynix HYMD132725B(L)8-M/K/H/L series is unbuffere
HD74HC682P HD74HC682P	HIT			POWER GROUND. Terminals 7 through 17 and
HD74HC684P HD74HC684P			00	CE1 is active LOW and CE2 is active HIGH. Both ch
HD74HC688 HD74HC688	HIT	SOP20	04+	Metallic environment and interferences Distance
HD74HC688C HD74HC688C	N/A	NEC	04+	The Design Browser allows users to select and im
HD74HC688FP HD74HC688FP			96	Crystal Frequency(Note TCLK Frequency TCLK Duty
HD74HC688FPEL HD74HC688FPEL	HIT		02	• 1.6KB TX FIFO to support maximum network
HD74HC688FPTR HD74HC688FPTR		92	SOP	These Schottky diodes are specifi- cally designe
HD74HC688P HD74HC688P	HIT		01	Where: CL is the load capacitance as specified b
HD74HC699P HD74HC699P				interoperability and reliability risks. Integrat
HD74HC7266 HD74HC7266				The MAX6806/MAX6807/MAX6808 feature internal hys-
HD74HC7266FP HD74HC7266FP	HITACHI		97
HD74HC7266FPEL HD74HC7266FPEL	HITACHI	SOP	97+	Read (READ) The READ instruction is the only ins
HD74HC7266P HD74HC7266P	Hitachi			It is recommended that CE be decoded and used as
HD74HC73 HD74HC73	HIT	DIP14		This method of determining odd / even field infor
HD74HC73FP HD74HC73FP	HIT			will vary with supply voltage, switching frequenc
HD74HC73FPEL HD74HC73FPEL	HIT	02+	TSSOP	The UPA831TC contains one NE856 and one NE681 NP
HD74HC73P HD74HC73P	Hitachi			64K x 16 advanced high-speed CMOS Static RAM Equ
HD74HC74 HD74HC74	HIT	TSOP	TSOP	Enhanced performance, new generation, high-volta
HD74HC74A HD74HC74A	HIT	SMD	94	AØ, BØ & CØ- are the con
HD74HC74F HD74HC74F		95	SOP	The K6F8016U6C families are fabricated by
HD74HC74FP HD74HC74FP	HITACHI	SMD	1991	These chip-type LEDs utilize aluminum indium g
HD74HC74FPEC HD74HC74FPEC		4	SOP	This is a dual function pin. In the IDT Standard
HD74HC74FPEL HD74HC74FPEL	HITACHI	SOP	2000	Single 5 V 10% Power Supply Fully
HD74HC74FPER HD74HC74FPER	HITACHI	SOP5.2	96	Absolute Maximum Ratings indicate limits beyond
HD74HC74FP-ER HD74HC74FP-ER	HIT	SOP5.2mm-14L	1995	The Hynix HYM7V65801B Q-Series are 8Mx64bits Sync
HD74HC74FPLH HD74HC74FPLH	HD	SOP	07+	The choice of a specific 3B module depends upon
HD74HC74FPTL HD74HC74FPTL	HIT	SOP	96/P	This is a positive edge-triggered phase and freq
HD74HC74FP-TL HD74HC74FP-TL	HIT	SOP5.2mm-14L	1988	Programming is performed exactly as it is in conv
HD74HC74FPTR HD74HC74FPTR	HIT	SOP14	94+	Figure 2 shows the basic transmission specificati
HD74HC74FPZEL HD74HC74FPZEL	HIT	05+		If one of the battery voltages becomes higher tha
HD74HC74P HD74HC74P	HIT	DIP14	01+	♦ Low Power: 511mW (fCLK = 100MHz) ♦
HD74HC74RFP HD74HC74RFP				A digitally adjustable voltage reference is usefu
HD74HC74RP HD74HC74RP	HIT	02+	SOP/14	Also available under the following Standard Micr
HD74HC74RPEL HD74HC74RPEL			99	A simple sleep mode was incorporated in the modu
HD74HC74RP-EL HD74HC74RP-EL	HIT	SOP	93/P3	The purpose of this 54C/74C Family Characteristi
HD74HC74RP-RL HD74HC74RP-RL	HIT	92P3	975	The LED and RXD outputs are controlled by the
HD74HC74TEL HD74HC74TEL	HITACHI			The LIS2L02AL has a full scale of 2g and it is
HD74HC74TELL HD74HC74TELL	HIT	TSSOP/14	98+	Note: Stresses greater than those listed under
HD74HC74TEPL HD74HC74TEPL	HITACHI		SSOP	Lead temperature 1,6 mm (1/16 inch) from c
HD74HC75FP HD74HC75FP	Hitachi			† Stresses beyond those listed under absol
HD74HC75FPEL HD74HC75FPEL	HITACHI			The programmable AND Array consists of 36 inputs
HD74HC75FPTL HD74HC75FPTL				(3) LUMINANCE SENSOR CONTROL The luminanc
HD74HC75P HD74HC75P	HITACHI	DIP	2000	The LIS2L02AL belongs to a family of products s
HD74HC75P-E HD74HC75P-E				The XRT75VL00D includes a Jitter Attenuator that
HD74HC76FP HD74HC76FP	Hitachi			Input gain control for FL, FR, C, SL, SR, and SW
HD74HC76FPEL HD74HC76FPEL	HIT	04+		The TLV246x is a family of low-power rail-to-rai
HD74HC76P HD74HC76P	Hitachi			Synchronizable or Constant Frequency Low Noise O
HD74HC77 HD74HC77		96	SOP	ARM7TDMI™ ARM® Thumb® Proces
HD74HC77FP HD74HC77FP	Hitachi			a watchdog timer (except for STM704/795/806) as
HD74HC77FPEL HD74HC77FPEL	HD	SOP-14	97+	Bit Clock (For MPI)/Data Clock (For GCI). In MP
HD74HC77FPTR HD74HC77FPTR				2not subject to production test, specified by des
HD74HC83P HD74HC83P	N/A	DIP	07+	At the end of the rows containing the sysMEM Blo
HD74HC85 HD74HC85	Hitachi			The HDB3 Decoder is responsible for decod
HD74HC85FP HD74HC85FP	RENESAS	SOP		4.3 Screening (JANS, JANTX, and JANTXV le
HD74HC85FPEL HD74HC85FPEL	HITACHI		98+	The digitally controlled potentiometer is implem
HD74HC85FP-ER HD74HC85FP-ER	HD			• High-speed access time: 70, 100, and 120
HD74HC85P HD74HC85P	HIT	DIP	98	The HD74HC85P is a very high frequency video ampl
HD74HC86 HD74HC86	HD	93+	SMD	The EP7311 is designed for ultra-low-power opera
HD74HC86E HD74HC86E	N/A	DIP	07+	SDRAM device attributes: Minimum clock delay bac
HD74HC86FP HD74HC86FP		97	SOP	The 153CMQ isolated, center tap Schottky rectifi
HD74HC86FPEL HD74HC86FPEL	HITACHI	SOP5.2	01+	(a) For a dual device surface mounted on 8 sq cm
HD74HC86FPLH HD74HC86FPLH	N/A	SOP	07+	A careful design optimizes the device for accura
HD74HC86FPTL HD74HC86FPTL				Load Current Regulation. Because the device opera
HD74HC86FPTR HD74HC86FPTR	HIT	95+	SOP14	The SC-1420 Series of quartz crystal oscillators
HD74HC86P HD74HC86P	HIT	DIP	98+	The AHCT367 devices are designed specifically t
HD74HC86RP HD74HC86RP	HIT	SOP3.9mm-14L	2000	The HD74HC86RP is a Memory StickTM host interface
HD74HC86RPEL HD74HC86RPEL	HITACHI		00+	CL includes probe and jig capacitance. In the e
HD74HC86RP-EL HD74HC86RP-EL	HIT	原装	00+	EPSEN is used in conjunction with Port 5 and Por
HD74HC86TEL HD74HC86TEL	HIT	TSSOP/14	98+	The LVT162245 and LVTH162245 contains sixteen no
HD74HC86TELL HD74HC86TELL				Well matched to the LM1236/46 CMOS preampl
HD74HC93FP HD74HC93FP	HIT	SOP14	95+	Note) 1. Measuring methods are based on JAPANESE
HD74HC93FPEL HD74HC93FPEL	RENESAS	03+	SOP-14	The LTC®1981/LTC1982 are low-power, self-cont
HD74HC93FPTL HD74HC93FPTL	HIT		95	FUNCTIONAL DESCRIPTION STAND-BY STATE The exter
HD74HC93P HD74HC93P	HITACHI	DIP-14		The standby function is provided by the STBY* c
HD74HC95P HD74HC95P	HIT		05+	• Eight Independent Channel 12-Bit DACs wit
HD74HCO4P HD74HCO4P				Places the 1-bit bypass register between the TDI
HD74HCOOP HD74HCOOP				Setting the transceiver to SIR/MIR Mode (9.6 kb/
HD74HCT00C HD74HCT00C				Frame Pulse ST-BUS/GCI 8.192 Mb/s (CMOS tristate
HD74HCT04AFP HD74HCT04AFP				Lead Temperature 1.6mm (1/16 inch) from ca
HD74HCT04AFPEL HD74HCT04AFPEL	HITACHI	SOP-14	07+	. . . employing the Schottky Barrier princ
HD74HCT125 HD74HCT125	Hitachi			s Sector Protection A hardware method to
HD74HCT125FP HD74HCT125FP	Hitachi			current level to keep the output in regulation. I
HD74HCT125FPEL HD74HCT125FPEL	HIT	01+03	SOP	Lamp Type: 1X 32W T8 Lamp Line Input: 90-140VA
HD74HCT125FPTR HD74HCT125FPTR	HIT	07+		See Power Dissipation in the Applications section
HD74HCT125P HD74HCT125P	HITACHI		99	Controller (MAC) for Supporting Standard Rates up
HD74HCT125R HD74HCT125R	HITACHI	93+	2896	Current Output, Sourcing Current Output, Sinki
HD74HCT125R-EL HD74HCT125R-EL	HIT		93	POWER-UP When power is first applied, power-on
HD74HCT125RP HD74HCT125RP	HIT		92P3	In the EDO page mode, read (data out) and
HD74HCT125RPEL HD74HCT125RPEL	HIT	SOP-14	94 (4C46)	NOTES: 1. All typical values are at VCC = 5 V,
HD74HCT125RP-EL HD74HCT125RP-EL	HITACHI	06+		Notes 1. Derate linearly from 25C at a rate of
HD74HCT125TEL HD74HCT125TEL	HITACHI	2007		more than 40 dB rejection of the transmit-genera
HD74HCT125TELL HD74HCT125TELL			02
HD74HCT126 HD74HCT126	Hitachi			This integrated circuit can be damaged by ESD. T
HD74HCT126FPEL HD74HCT126FPEL	HIT	SOP	99+	Note:1. Please refer to crystal manufacturer spec
HD74HCT126RP HD74HCT126RP				When FECSEL2 = 0, VCOCLK = REFCLK * M. The user
HD74HCT138 HD74HCT138	Hitachi			detection, and an FSK voltage comparator which
HD74HCT138FP HD74HCT138FP	Hitachi			Hitac his ser ia l EEP RO M ar e author iz ed fo
HD74HCT138FPEL HD74HCT138FPEL	HIT	SOP	98+	functional operation of the device at these or a
HD74HCT138FPTR HD74HCT138FPTR	HIT		96	To integrate so many transistors on a piece of s
HD74HCT138P HD74HCT138P	Hitachi			The ispLSI 3320 is a High-Density Programmable L
HD74HCT138RFEL HD74HCT138RFEL	日立	SOP	9828	Connecting the inhibit input (Pin 2) to input co
HD74HCT138RPEL HD74HCT138RPEL	HIT	SOP3.9mm-16L	1994	The LTC®1821 is a parallel input 16-bit multi
HD74HCT138RP-EL HD74HCT138RP-EL	HITACHI	SO16/3.9	94+	The voltage offset of the PA03 may be ext
HD74HCT138TELL HD74HCT138TELL				q NEW DMOS TOPOLOGY: Ultra Low Dropout Vo
HD74HCT1G02CME HD74HCT1G02CME	RENESAS	SOT-353	05+	Chip ground. Current return for both the low-sid
HD74HCT1G04CM HD74HCT1G04CM	Hitachi			The ATF1502ASV macrocell output can be selected
HD74HCT1G04CME HD74HCT1G04CME	HITACHI			Note 11: Output resistance (ROUT) models all vol
HD74HCT1G08CME HD74HCT1G08CME				• High performance 1:10 clock driver for g
HD74HCT1G14CME HD74HCT1G14CME				Positive CML Output with Operating Range:
HD74HCT1G32CM HD74HCT1G32CM	renesas/Hitachi	SOT-353	06+	Keep safety first in your circuit designs! 1. R
HD74HCT1G32CME HD74HCT1G32CME	.	.	03+	The Delta39K/Ultra37000 ISR Programming Kit enabl
HD74HCT1G94CM HD74HCT1G94CM	renesas/Hitachi	SOT-353	06+	Watchdog Timer The Watchdog Timer circuit monit
HD74HCT23AP HD74HCT23AP				By means of an external distance resistor on the
HD74HCT240 HD74HCT240	Hitachi			Min. Typ. Max. UnitsConditions 30CCC CCCVV
HD74HCT240FP HD74HCT240FP	HIT	SOP20	03+	Protection circuitry is provided onboard for ove
HD74HCT240FPEL HD74HCT240FPEL				Notes: 1. For codes not listed in the figure abo
HD74HCT240FP-TR HD74HCT240FP-TR	HIT	SOP	07+	The information contined here concerns products i
HD74HCT240P HD74HCT240P	HIT		05+	The OPA860 is a versatile monolithic component
HD74HCT241FPEL HD74HCT241FPEL				Nonlinearity Alignment Error2
HD74HCT241P HD74HCT241P	Hitachi			The PS-R11 photo switches are composed of a modul
HD74HCT243P HD74HCT243P	Hitachi			The Micro6 package with its customized leadframe
HD74HCT244 HD74HCT244	HITACHI	08+		Upon applying a reverse-polarity voltage to the D
HD74HCT244FP HD74HCT244FP	Hitachi			Added Package Pins to GPIO Table in Section 8. Re
HD74HCT244FPEL HD74HCT244FPEL	HIT		98	An example of this situation is a power op amp c
HD74HCT244FPVEL HD74HCT244FPVEL	HIT	SOP		For driving the N-Channel gates, it is im
HD74HCT244P HD74HCT244P	HIT	DIP	99	The instruction and data caches operate independ
HD74HCT244PF HD74HCT244PF	HIT	SMD	2000	The AC258 is a quad 2-input multiplexer with 3-s
HD74HCT244RP HD74HCT244RP	HIT	SOP	06+	Leads are Readily Solderable • Lead
HD74HCT244RPEL HD74HCT244RPEL				Applying a LOW to the INIT input causes an immedi
HD74HCT244RP-EL HD74HCT244RP-EL	N/A	N/A	N/A	• Guaranteed AC performance over temperatu
HD74HCT244-RPVEL HD74HCT244-RPVEL	HIT	SOP	02+	Inhibit: The Inhibit pin is an open-collector/dra
HD74HCT244TELL HD74HCT244TELL	RENESAS	SSOP	2004	The LMS1585A and LMS1587 are low dropout positiv
HD74HCT244TVEL HD74HCT244TVEL				The COP820CJ is a member of the COP8TM 8-bit Micr
HD74HCT244TVELL HD74HCT244TVELL			02	Note 1: Limits are 100% production tested at TA =
HD74HCT244TVELL-E HD74HCT244TVELL-E	RENESAS	SSOP	2003	Photodiode, Operational Amplifier, and Feedback
HD74HCT245 HD74HCT245	HITACHI			signal processing, and are commonly used in digi
HD74HCT245FP HD74HCT245FP	HIT	SOP	N/A	Reset will terminate any operation, e.g., Read, E
HD74HCT245FPEL HD74HCT245FPEL			00	In addition to determining the off time during a
HD74HCT245P HD74HCT245P	HIT		2001	For the purposes of simplification, the following
HD74HCT245RP HD74HCT245RP	HIT	2002+	SOP-20	Minimum time between read command (i.e., a write
HD74HCT245RPEL HD74HCT245RPEL	HIT	SOP-20 7.2mm	92 (2L26)
HD74HCT245RPVEL HD74HCT245RPVEL	HITACHI			For conditions shown as Max. or Min., use approp
HD74HCT245TELL HD74HCT245TELL	HIT	TSSOP	02+	Reference clock. GTx_CLK is a continuous externa
HD74HCT245TVEL HD74HCT245TVEL				To set the new VTRIP voltage, apply the desired
HD74HCT245TVELL HD74HCT245TVELL			99	A recommended PCB pad layout for the miniature S
HD74HCT245TVELL-E HD74HCT245TVELL-E	HIT	TSSOP
HD74HCT24AP HD74HCT24AP		HIT	90	This IC contains a zener clamp structure between
HD74HCT373 HD74HCT373	Hitachi			Notes: (1) See SOA curves or consult factory for
HD74HCT373FP HD74HCT373FP	Hitachi			Four of the nine instructions end with the trans
HD74HCT373FPEL HD74HCT373FPEL	HIT	SMD	03+	(1) MTTF calculator available at http://www.moto
HD74HCT373FP-TL HD74HCT373FP-TL	HITACHI	SMD	1991	The LM4040 utilizes fuse and zener-zap reverse b
HD74HCT373P HD74HCT373P			97	The ISL6440 monitors all the output voltages. A
HD74HCT373RP HD74HCT373RP	HIT	SOP	92P1	A buffered output-enable (OE) input can be used
HD74HCT373RPEL HD74HCT373RPEL	HITACHI			− Conforms to USB specification Rev. 1.1
HD74HCT373RP-Q HD74HCT373RP-Q	HIT	SOP	07+/08+
HD74HCT373RPVEL HD74HCT373RPVEL	HIT	SMD	99	Devices with a date code prior to 0425 (manufactu
HD74HCT373TELL HD74HCT373TELL	HTT	N/A	98+	AMDs unique I/O macrocell offers major benefits
HD74HCT373TVELL HD74HCT373TVELL	HITACHI	2000	975	The dMAX controller includes features such as th
HD74HCT374 HD74HCT374	Hitachi			The PI90SD1636A is a single chip, Gigabit Ethern
HD74HCT374FPEL HD74HCT374FPEL	RENESAS			B ild / Fig. 9 G renzstrom je Zweig (OV)M . Bel
HD74HCT374FP-TE2 HD74HCT374FP-TE2	HIT	SOP20	04+	NOTES: 1. All typical values are at VCC = 5 V,
HD74HCT374FPVEL HD74HCT374FPVEL				Data Registers (DR3 to DR0) The potentiometer h
HD74HCT374P HD74HCT374P	HIT		2001	The KESRX05 is a single chip ASK (Amplitude Shif
HD74HCT374RP HD74HCT374RP	HIT	SOP	92P1	This series of Schottky diode chips are specific
HD74HCT374RPEL HD74HCT374RPEL	HITACHI		9746	The HD74HCT374RPEL is a high-bandwidth FET bus s
HD74HCT374RP-EL HD74HCT374RP-EL	HIT	SOP		2.7V to 3.6V on A-port and 4.5V to 5.5V o
HD74HCT374RPU HD74HCT374RPU	HIT	SOP		The PTN78020A operates over an input voltage ran
HD74HCT374RPUEL HD74HCT374RPUEL	HIT	SOP		At the end of the phase 1, the voltage across th
HD74HCT374RPVEL HD74HCT374RPVEL	HIT	SOP7.2	98+	Notes: 1. Test conditions assume signal transit
HD74HCT533P HD74HCT533P	N/A	DIP	07+	Parallel to Serial Conversion In OC3 mod
HD74HCT534FP HD74HCT534FP	N/A	SOP	07+	The Preliminary Information presented herein rep
HD74HCT534P HD74HCT534P	Hitachi			Integrated Single-Chip 10/100 Ethernet Switch &#
HD74HCT536P HD74HCT536P	N/A	DIP	07+	Almost full/almost empty flag. Depth-offset valu
HD74HCT540FPEL HD74HCT540FPEL	HITACHI	01+	SOP	Places the 1-bit bypass register between the TDI
HD74HCT540P HD74HCT540P	Hitachi			The total power consumption is then simplified t
HD74HCT541 HD74HCT541	Hitachi			Radiation Hardness: - Total Dose 1MRad(Si) - Si
HD74HCT541FP HD74HCT541FP				The HD74HCT541FP is a 10-bit monolithic sampling
HD74HCT541FPEL HD74HCT541FPEL	RENESAS	04+	SOP-20（p/b）	IEC 1000-4-2, -4 & -5 Industry Requirements
HD74HCT541FPV HD74HCT541FPV	HIT		97	These numbers are measured with the load
HD74HCT541FPVEL HD74HCT541FPVEL	HIT	SOP5.2	99
HD74HCT541P HD74HCT541P	Hitachi			• Rated isolation voltage (RMS includes DC
HD74HCT541RPEL HD74HCT541RPEL	HI		04	The 7640 group, an enhanced family of CMOS 8-bit
HD74HCT541TELL HD74HCT541TELL	HITACHI	TSSOP	04+	• Integrated Adaptive Receive Equalization
HD74HCT563P HD74HCT563P	HIT			Most high-speed ADCs that sample more than sever
HD74HCT564FP HD74HCT564FP	Hitachi			This series of hermetic packaged MOSFETs are ide
HD74HCT564P HD74HCT564P	HIT			This document is a general product description an
HD74HCT573P HD74HCT573P	N/A	DIP	07+	Clock 155.52MHz (LVDS output). Differential outpu
HD74HCT574FP HD74HCT574FP	N/A	SOP	07+	7. The input bias currents are junction leakage
HD74HCT574FPEL HD74HCT574FPEL	HITACHI	SOP20	04+	ISINK = 3.2mA, VCC = 4.25V ISOURCE = 0.1mA Outp
HD74HCT574P HD74HCT574P	N/A	DIP	07+	s 16/32-bit ARM7TDMI-S microcontroller in a LQFP
HD74HCT620P HD74HCT620P	Hitachi			Wide supply voltage range from 1.65 V to 5.5 V
HD74HCT640P HD74HCT640P	HIT			For years, Fox has been ranked as Americas prefer
HD74HCT643P HD74HCT643P	Hitachi			• Excellent Appearance • Slim Font
HD74HCT688FPEL HD74HCT688FPEL	HIT	SOP	98+	The capacitor type used for C1 and C2 is not crit
HD74HCT688FP-EL HD74HCT688FP-EL	HITACHI	SOP	98+	The format for all instructions sent to the devi
HD74HCT688P HD74HCT688P	Hitachi			Low Cost Complete H-Bridge 8 Amp Capability, 75
HD74HLS125AFPEL HD74HLS125AFPEL	HITACHI	SOP-14P	00+	Note 1: Absolute Maximum Ratings indicate limits
HD74HLS367AFPEL HD74HLS367AFPEL				and low Vcc,131,072-word by 8-bit CMOS static RAM
HD74HS27 HD74HS27				The CPU clock offers the unique feature of smooth
HD74HS973FPEL HD74HS973FPEL				An external inhibit port is provided to control
HD74JC02FP HD74JC02FP	HITACHI	2007		The HD74JC02FP is a COMMON EMITTER transistor ca
HD74L157 HD74L157	HIT	DIP
HD74L586P HD74L586P				The serializer transmits serialized data and app
HD74L8195AP HD74L8195AP				Special handling is required for Flash Memory pro
HD74LC244AFPEL HD74LC244AFPEL	HITACHI	704		Case: JEDEC DO-214AA molded plastic body Termina
HD74LC244FPEL HD74LC244FPEL				• Single power supply. • Crystal/Rin
HD74LCV08TELL HD74LCV08TELL	HIT	SMD	97+	3.3 Electrical performance characteristics
HD74LD245P HD74LD245P	N/A	DIP	98	Features: Operates from 2.4V to 26V supp
HD74LHX244A HD74LHX244A	HITACHI			The product term array in the FLASH370i logic bl
HD74LS00 HD74LS00			92	The FM local oscillator consists of a transistor
HD74LS00-A HD74LS00-A				• 2 0.7 amp. full bridge outputs •
HD74LS00FP HD74LS00FP	HITACHI	SMD	1993	The IS25Cxx is enabled through the Chip Select p
HD74LS00FPEL HD74LS00FPEL	HIT	SOP	97/P2	A 75 Ω termination resistor with short trac
HD74LS00FPER HD74LS00FPER	HIT	SOP-14	96+	The matte tin finish on Sirenzas lead-free packag
HD74LS00FPT HD74LS00FPT	HIT	08+		RESET: This active low input causes a chip reset
HD74LS00FPTL HD74LS00FPTL	HITACHI	SOP	07+	The 5002C is an audio/video switching device. The
HD74LS00FP-TL HD74LS00FP-TL	HIT	SOP5.2mm-14L	1991	The terminator's internal power is dissipated pr
HD74LS00FPTR HD74LS00FPTR	HITACHI	744		These SiGe HBT amplifiers exhibit a soft breakdow
HD74LS00FREL HD74LS00FREL	HITACHI	SOT	93+	out-of-lock with the input reference. The LOL con
HD74LS00P HD74LS00P	HIT	DIP	DIP	Primary-Secondary Isolation Electrical isolation
HD74LS00PLEADFREE HD74LS00PLEADFREE				SENSE (Pin 4): This pin performs two functions. I
HD74LS00RP HD74LS00RP	Hitachi			A proprietary process is used to create a surfac
HD74LS00RPEL HD74LS00RPEL	HIT	3.9MM	04+	The HD74LS00RPEL offers the advantages of lower p
HD74LS00RP-EL HD74LS00RP-EL	HITACHI	92	1678	FXL translators offer an advantage in that eithe
HD74LS01 HD74LS01	Hitachi			FEATURES 256 Positions 10 k , 100 k , 1 M Low
HD74LS01FPEL HD74LS01FPEL				Protection is guaranteed in terms of short-circu
HD74LS01N HD74LS01N				Copyright © 2002 Lattice Semiconductor Corp
HD74LS01P HD74LS01P			03+	• Communications Equipment Routers,
HD74LS02 HD74LS02	TI	DIP	08+	Chip Select : Enables or disables all inputs exce
HD74LS02AR HD74LS02AR	HIT			Hynix HYMD232726A(L)8-M/K/H/L series incorporates
HD74LS02FP HD74LS02FP	HIT		98/P2	The K3P7V(U)1000B-YC is a fully static mask progr
HD74LS02FPEL HD74LS02FPEL	HIT	SOP	02/P2	Note 1) The specified condition Tj = 25C means t
HD74LS02FPER HD74LS02FPER	HIT	SOP	93	2. The minimum load current is the minimum curre
HD74LS02FPFL HD74LS02FPFL	HIT	SOP	97/P2	Surface-mount technology can be applied to the C
HD74LS02FPQ HD74LS02FPQ	HIT	SOP	07+/08+
HD74LS02P HD74LS02P	HIT	DIP	DIP	NOTE: 1. Stresses greater than those listed und
HD74LS02PBEL HD74LS02PBEL	HITACHI	SOP-14	00+	Note 2: Absolute maximum ratings are those values
HD74LS02RP HD74LS02RP	HIT	SOP	1994	The ADSP-TS202S TigerSHARC processor is an ultra
HD74LS02RPEL HD74LS02RPEL	HIT	3.9MM	98+	The graphs on the following pages illustrate the
HD74LS02RP-EL HD74LS02RP-EL	N/A	SOP	07+	L1 MIWU or CKX L2 MIWU or TDX &nb
HD74LS02SPFEL HD74LS02SPFEL	HIT		98	2. Instruction X just changes its data field (in
HD74LS03 HD74LS03	HIT	SMD	SMD	Guaranteed by design. Regulation is measured at
HD74LS03FP HD74LS03FP	HIT	SOP14		The LM78LXX is available in the plastic TO-92 (Z
HD74LS03FPEL HD74LS03FPEL	HITACHI	SOP-14	9710+	Information present at any register is tr
HD74LS03P HD74LS03P			03+	• Selectable 150 Ω and 100 Ω ter
HD74LS03P-E-Q HD74LS03P-E-Q	RENESAS		05/06+	Address, data inputs, and write controls are regi
HD74LS03P-Q HD74LS03P-Q
HD74LS04 HD74LS04			94	AutoShutdown is a trademark of Maxim Integrated P
HD74LS048 HD74LS048		DIP	96	HY57V281620B(L)T is offering fully synchronous op
HD74LS04D HD74LS04D	HITACHI			The LX1744 is a compact high efficiency
HD74LS04FL HD74LS04FL	HITACHI	08+		• TOSHIBA is continually working to improve
HD74LS04FP HD74LS04FP	HIT	SOP-14	00+	The 56800 core is based on a Harvard-style archi
HD74LS04FPEL HD74LS04FPEL	HIT	SOP	02/P2	The command sequences are written by applying a
HD74LS04FPER HD74LS04FPER			94
HD74LS04FP-T1 HD74LS04FP-T1	HIT	08+		NOTES: 1. 'X' in part numbers indicates power ra
HD74LS04FPTL HD74LS04FPTL	HIT	94+	SOP14	The DS1330 256k NV SRAMs are 262,144-bit, fully s
HD74LS04FPTR HD74LS04FPTR	HIT	91+		When a product has been in production for a peri
HD74LS04FP-TR HD74LS04FP-TR	HIT	SOP5.2mm-14L	1998	Please be aware that an important notice
HD74LS04G HD74LS04G	Hitachi			The DDX-2100 Power Device is a dual channel H-Br
HD74LS04P HD74LS04P	HIT	DIP	DIP	But, problems arise if you must connect two comp
HD74LS04P-E-Q HD74LS04P-E-Q	REN	DIP	8	Approximately 10ns after the rising edge of the
HD74LS04R-EL HD74LS04R-EL	HIT		92	The SPT1018 has 10 KH and 100K ECL logic level c
HD74LS04RFEL HD74LS04RFEL	HIT		00+	Notes: 1. The nominal thermal resistance of a d
HD74LS04RP HD74LS04RP	N/A	N/A	N/A	The HD74LS04RP series are highly precise, low po
HD74LS04RPEL HD74LS04RPEL	HITACHI	SOP	2002	• Plastic package has Underwriters Laborat
HD74LS04RP-EL HD74LS04RP-EL	HIT	.		Absolute Maximum Ratings indicate sustained limi
HD74LS04RP-Q HD74LS04RP-Q				Single chip teletext IC Analog CVB
HD74LS05 HD74LS05	HIT		90	The HY638100 is a high-speed 131,072 x 8-bits CMO
HD74LS05FPDEL HD74LS05FPDEL	HIT	SOP	00P2	Winbonds I1800 ChipCorder® provides high-qual
HD74LS05FPEL HD74LS05FPEL	HIT	SOP	02/P2	Layout 50 ps Channel-to-Channel Skew (Typ) 200
HD74LS05FPTL HD74LS05FPTL	HIT	07+		protection, and an input under- voltage lockout
HD74LS05FPTR HD74LS05FPTR	HIT		96	Initial Release Updated Minimum Voltage Conditio