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A recommended PCB pad layout for the miniature SOT-323 (SC-70) package is shown in Figure 6 (dimensions are in inches). This layout provides ample allowance for package placement by auto- mated assembly equipment without adding parasitics that could impair the performance.
Internal filters in all HR300 converters provide low noise on both the input and outputs. On HR301 models, two-section L-C filters limit output ripple voltage and reflected input ripple current. On HR302 models, single-section L-C filters perform the same function.
The MAX3747/MAX3747A multirate limiting amplifiers function as data quantizers for OC-3 through OC-48 syn- chronous optical network (SONET), Fibre-Channel, and Gigabit Ethernet optical receivers. They are pin-for-pin compatible with the SY88993V from Micrel Semiconductor, Inc. The amplifiers accept a wide range of input voltages and provide constant-level, current- mode logic (CML) output voltages with controlled edge speeds. The MAX3747 output voltage level is 500mVp-p and the MAX3747A output voltage is 800mVp-p. The MAX3747/MAX3747A limiting amplifiers feature a programmable loss-of-signal detect (LOS) and an optional disable function (DISABLE). Output disable can be used to implement squelch. The MAX3747/MAX3747A are available in a 3mm, 10-pin µMAX® package ideal for small form-factor receivers.

Parr number/PDF	Mfg	Pack	D/C	Descrpion

STK0010II STK0010II	SANYO			1) CPD is defined as the value of the ICs intern
STK0025 STK0025	SANYO			Signal Processor (DSP) C SMJ320C62x C 5-
STK0029 STK0029	SANYO			These lamps are made with an advanced optical
STK0029N STK0029N				Notes ; Repetitive Rating : Pulse Width Limited
STK0030 STK0030				The lamp current is monitored by means of an ext
STK0035 STK0035	SANYO			Information furnished by Analog Devices is believ
STK0039 STK0039	SANYO	ZIP	03+	5V power supply 5V power supply 5V LNA power s
STK0040 STK0040				The ADF4007 is a high frequency divider/PLL synt
STK0040II STK0040II	SANYO	HYB	01+	Figure 1 shows the proper connection of t
STK0049 STK0049	Darlington	Hybrid		The HS-0546RH and HS-0547RH are radiation harden
STK0050 STK0050	SANYO	MODULE	00+	DESCRIPTION Positive power supply for the chip
STK-0050 STK-0050	SANYO	模块		Figure 1 shows a typical battery pack application
STK0050II STK0050II	SANYO			Notes a. The algebraic convention whereby the m
STK0050MK2 STK0050MK2				s Two serial (I2S-bus/Japanese) digital audio in
STK0055 STK0055				Device programming and erasure are initiated thr
STK0059 STK0059		moudle		5) Next, a heat sink with lower SA than the one
STK0060 STK0060	SANYO			† Stresses beyond those listed under absol
STK0060II STK0060II	SANYO			The STK0060II/2/3/4 family of non-unity gain stab
STK0060MK2 STK0060MK2				The three manuals listed in Table 1 are require
STK0070 STK0070		DIP	05+
STK0070II STK0070II		DIP	05+	1. Hitachi neither warrants nor grants licenses
STK0070MK2 STK0070MK2				The DMS-EB-AC/DC board includes provision
STK0080 STK0080	SANYO	MODULE	N/A	Activity LED polarity/operation/blink rate Full
STK0080A STK0080A				H - High-Terminal Potentiometer. This is the high
STK0080II STK0080II	SANYO			Sound volume, tone and balance controls for car
STK0080-II STK0080-II				BVDSSDrain-to-Source Breakdown Voltage-100 W
STK0080MK2 STK0080MK2				† Stresses beyond those listed under absol
STK0100 STK0100				Vcc = 2.7V~3.3V, TA = 0C to 70C/ -40C to 85C unle
STK0100II STK0100II	SANYO	STK	2004+	(i.e. Ground) output voltage. In contrast, an un
STK0105 STK0105		DIP	05+	Freescales semiconductor products are classified
STK011 STK011	SANYO	模块		• Control and safety devices for airplanes,
STK-011 STK-011	SANYO	模块		The IC also includes 4 readable input (I1..I4) p
STK012 STK012	SANYO			The IRU1261, using a proprietary process, combine
STK013 STK013	SANYO			The on-board oscillator supplies the signal for
STK014 STK014	SANYO		652	• Integrated Adaptive Receive Equalization
STK015 STK015	SANYO	MODULE	N/A	The A-to-B enable (CEAB) input must be low to &
STK-015 STK-015	SANYO	SIP	00+	The ICC supply current is reduced by applying a
STK016 STK016	SANYO			Features/Benefits: •QuadRomTM frequency s
STK018 STK018	SANYO			The CPU features two sets of functional units. E
STK0182 STK0182				This is the high impedance input to the FSK volt
STK020 STK020				Low power loss, high efficiency. High surge ca
STK022 STK022				Notes 1. Derate linearly from 25C at a rate of
STK023 STK023				A good compromise for (1) and (2) is to s
STK024 STK024				Figure 1 shows the main screen of typical Maxim R
STK0241 STK0241	SANYO			The RC4700 incorporates all system contro
STK025 STK025	SANYO			NOTES : 1. In case of 40MHz Frequency, CL1 can b
STK0260 STK0260				Features • Serial Input Bus • 2.0 MHz
STK0260F STK0260F	AUK	06+	TO-220	the latches store information that was present o
STK027 STK027	SANYO			The advanced and highly flexible digital output
STK029 STK029	SANYO			Note 2. Regulation is measured at constant junct
STK0292 STK0292				The IF section uses a true-synchronous vision IF
STK030 STK030		DIP	05+	Klares Miniatur-Kunststoffgehäuse, seitlich
STK031 STK031				The output drivers in the HIP6602B have the capac
STK032 STK032	SANYO			The DS90C385A is a pin to pin compatible replace
STK035 STK035		SIP		clock stream is corrupted during a transmission.
STK036 STK036	SANYO		04+	Power up State Programming At power up in serial
STK040 STK040	SANYO			One External Resistor Sets the Frequency 1kHz to
STK0401 STK0401	SANYO		04+	This device requires the 3-STATE control input G
STK041 STK041		DIP	05+	more than 99% when deselected (CE HIGH or both BL
STK043 STK043	SANYO			Acknowledge is a software convention used to pro
STK0460 STK0460	AUK	TO-220F	06环保	7. Multifunctional PWM The family device
STK0460F STK0460F	AUK	06+	TO-220	W0, W1, W2Wipers of the Potentiometers. These pin
STK0460FN STK0460FN	AUK	TO-220F	2007	Keyboard Events Wake-up on any key Supports p
STK050 STK050	SANYO	ZIP16	N/A	When handling individual devices (which a
STK054 STK054	SANYO			3. Always set IOCC PAGE1 bit 0 = 1 otherwise part
STK-054 STK-054				Portable Instrumentation Automatic Test Equipmen
STK055 STK055	SANYO		03+	The information herein is given to describe cert
STK056 STK056	SANYO			The Processor Enable bit (bit 6) places e
STK-056 STK-056				PSoC Designer sets up power-on initialization ta
STK057 STK057	SANYO		04+	2. MATERIAL: Units are encapsulated in a low the
STK058 STK058	SANYO			The MAX1578/MAX1579 provide four regulated output
STK060 STK060	SANYO		04+	The HC4049 and HC4050 are fabricated with high-s
STK067 STK067				The information provided herein is believed to b
STK068 STK068				EEPROM is not required for configurations with e
STK070 STK070	SANYO	MODULE	04+	The Fairchild Switch FST16862 provides 20-bits o
STK071 STK071	SANYO			5. The dominant wavelength, ëd, is derived
STK073 STK073				Organization . . . 512K 16 2 Banks 3.3-V Power
STK075 STK075	SANYO			Note that the STK075 has no provisions for detect
STK075G STK075G	SANYO		03+	Serial data from the demodulator is passed first
STK0760 STK0760	AUK	TO-220F	06+	T510 capacitor series are suggested over many ot
STK0765 STK0765	ST	DIP-32	06+	The Flash program memory supports both parallel
STK077 STK077				DESCRIPTION These dual channel dio
STK077G STK077G	SANYO			The principle of operation behind the two DPLLs i
STK-077G STK-077G	SANKEN	SIP	99	Low profile (5.9mm max. height) SMD type. Unshie
STK078 STK078				The LPS input is considered inactive if it remai
STK078-105 STK078-105		DIP	05+	This family is a 16M bit dynamic RAM organized 4,
STK078G STK078G	SANYO		07+	(1) Stresses in excess of those listed above may
STK080 STK080	SANYO	SIP
STK080G STK080G	SANYO			NOTES: 1. Stresses greater than those listed un
STK082 STK082	SANYO			The 224 I/O cells are grouped into 14 sets of 16
STK082-105 STK082-105		DIP	05+	These TTL circuits feature dual 1-line-to-4-line
STK082G STK082G	SANYO			A (sawtooth) reference signal has to be applied
STK083 STK083		DIP	05+	64-Bit SDRAM interface 66 MHz to 100 MHz freq
STK083G STK083G		DIP	05+	The LXT974 and LXT975 are four-port PHY Fast Eth
STK084 STK084	SANYO			The attack and decay time constant of the AGC is
STK084G STK084G	SANYO			Port 1, I/O. Port 1 functions as both an 8-bit, b
STK085 STK085				‡ Stresses beyond those listed under absol
STK-085 STK-085	STK		98+	Port 3 Port 3 is an 8-bit bidirectional I O port
STK0850F STK0850F	AUK	06+	TO-220	These display devices are designed to provide
STK086 STK086				7 channels of ESD protection designed to meet I
STK086G STK086G		DIP	05+	Single-chip CardBus host adapter Supports 2 PC
STK089 STK089	SANYO	HYB	N/A	* If bit 2 of the corresponding Connection High
STK100/12 STK100/12				The STK100/12 uses advanced trench technology to
STK1000 STK1000				The IS93C56-3 is controlled by seven 9-bit instr
STK101 STK101				The IDT octal buffer/line driver is built
STK1030 STK1030		Hybrid		The CM2010 connects between a video graphics con
STK1035 STK1035	SANYO	STK	2004+	There are two limitations on the power ha
STK1039 STK1039		Hybrid		UVDLY (Under Voltage Delay) Pin 20 - This is an a
STK1040 STK1040	SANYO	STK	2004+	Unlike masked or programmable gate arrays, which
STK1045 STK1045	SANYO	STK	2004+	These devices feature 3-state outputs designed s
STK1049 STK1049	SANYO		04+	(Note 1) Derate 0.5mA above 70C. (Note 2) 50% du
STK1050 STK1050				Fully compliant with USB v1.1 specification and
STK1050A STK1050A	SANYO	STK	2004+	Outputs the extracted generic flow control bits
STK1050II STK1050II	SANYO	STK	2004+	A: The value of R JA is measured with the device
STK1050MK2 STK1050MK2				NOTES:1. Maximum voltage must be adjusted for po
STK1059 STK1059	SANYO	STK	2004+	Round Control. When this control is HIGH, a one
STK1060 STK1060	SANYO		--	Test conditions unless otherwise noted. 1. T =
STK1060II STK1060II	SAN	IC
STK1060MK2 STK1060MK2				This is a diagram of a typical application
STK1070 STK1070		ZIP-12P		Please be aware that an important notice
STK1070A STK1070A				The FLEx36 family includes 1M, 2M, 4M and 9M pipe
STK1070II STK1070II	SANYO		2007+	• High speed tAA = 12 ns •
STK1070MK2 STK1070MK2
STK1077 STK1077				Note : 1. * : These pins are not used in this mo
STK1080 STK1080	SANYO	STK	2004+	Note: These are stress ratings only. Stresses ex
STK1080II STK1080II	SANYO	STK	2004+	PLL1, CLKA, and CLKB each have multiple registers
STK10C168-C35 STK10C168-C35	SIMTEK	93+	AUCDIP28	* On products compliant to MIL-PRF-38535, this p
STK10C48-P45 STK10C48-P45	SIMTEK		DIP	Radiation Hardened up to 1 x 106 Rads (Si) Sing
STK10C48-S35I STK10C48-S35I	SIMTEK	SOP	07+	For the AT49BV1614(T), the BYTE pin controls whe
STK10C48-S45 STK10C48-S45	SIMTEK		SOP28	1. Current consumption is measured in the measure
STK10C68 STK10C68				Supports PentiumIII, K6, and Socket 7 CP
STK10C68-45PI STK10C68-45PI	STK	DIP		A page write is initiated the same as byte write,
STK10C68-5C45M STK10C68-5C45M	SIMTEK		CDIP	Ground. Oscillator input. Oscillator output. A
STK10C68-C30 STK10C68-C30				When VCC is between 0 and 1.5 V, the device is i
STK10C68-C45 STK10C68-C45	STMTEK	CWDIP28窄金面	92+	The three transmitter operating modes C transmit
STK10C68-P3 STK10C68-P3				The situation is different in the case of underv
STK10C68-P35 STK10C68-P35	SIMTEK	DIP-28
STK10C68P45 STK10C68P45				Single Supply for Read and Write: 2.7V to 3.6 (BV
STK10C68-P45 STK10C68-P45	SIMTEK	DIP28	2000	NOTES 1Temperature range is as follows: B Versio
STK10C68-S35 STK10C68-S35	SIMTEK		SOP28	TIA/EIA-644 Standard Operate With a Single 3.3-V
STK10C68-S45 STK10C68-S45	SIMT..	SOP	06+	Replaces SN74AS305 Maximum Output Skew of 1 ns
STK11006 STK11006	SK		97	Note 5: The maximum allowable power dissipation i
STK1101 STK1101	SK	SIP		Copyright © 2002 Lattice Semiconductor Corp
STK11100 STK11100	AMS	BGA0909	04+	MB90895 series devices are 16-bit micro g
STK11C48 STK11C48				Description Clock input. A[1:2] is the "tru
STK11C48-P45 STK11C48-P45	SIMTEK	DIP28	08+	To implement this feature, the tags must be prog
STK11C68 STK11C68	MOT	CDIP28	9124
STK11C68545 STK11C68545				The data written during the Write operation is co
STK11C68-5K55M STK11C68-5K55M	Cypress Semiconductor Corp		CDIP	Oscillator Section (Note 4) Initial Accuracy V
STK11C68-C35 STK11C68-C35	Cypress Semiconductor Corp	.		A digital audio receiver (U002) is provided for
STK11C68-C35I STK11C68-C35I	Cypress Semiconductor Corp	CDIP28	9514	The PCF85xxC-2 is a family of floating gate Elec
STK11C68C55M STK11C68C55M	Simtek	SOP	9124	4Mbits (512k x 8 bits) organization FIFO Indepen
STK11C68P30 STK11C68P30				Low Drive Reset. This bidirectional signal is eit
STK11C68P45 STK11C68P45				SANYO assumes no responsibility for equipment fai
STK11C68-P45 STK11C68-P45	SIMTEK	DIP		Hynix HYMD116725A(L)8-K/H/L series is unbuffered
STK11C68-S35 STK11C68-S35	SIMTEK		SOP28
STK11C68-S45 STK11C68-S45	N/A	N/A	N/A	Transfer can be started from MSB or LSB Support
STK11C68-SF45 STK11C68-SF45	Cypress Semiconductor Corp		０７+	Two times of receiving check Built-in oscillator
STK11C68-SF45I STK11C68-SF45I	Cypress Semiconductor Corp	N/A	2006+	Note 2: CPD is defined as the value of the intern
STK11C88 STK11C88				Selects Burst Order. When tied to GND selects lin
STK11C88-N45 STK11C88-N45	STK	SOP		Applications using CPU generated controls must po
STK11C88-N45I STK11C88-N45I	STMETK	04+	SOP32	The Am29DS323D family consists of 32 megabit, 1.
STK11C88-NF25 STK11C88-NF25	Cypress Semiconductor Corp	N/A	2006+	The LPV511 is a micropower operational amplifier
STK11C88-NF25I STK11C88-NF25I	Cypress Semiconductor Corp	N/A	2006+	The IS24CXX (IS24C64-2, IS24C64-3, IS24C32-2 and
STK11C88-NF45 STK11C88-NF45	Cypress Semiconductor Corp	N/A	2006+	• Input Voltage Range: 36 V to 75 V
STK11C88-NF45I STK11C88-NF45I	Cypress Semiconductor Corp	N/A	2006+
STK11C88-P45 STK11C88-P45				small signal bandwidth from VREF to output up to
STK11C88-S45 STK11C88-S45				programmable address/data which meet vari- ous
STK11C88-SF25I STK11C88-SF25I	Cypress Semiconductor Corp	N/A	2006+	The MC14014B and MC14021B 8−bit stat
STK11C88-SF45 STK11C88-SF45	Cypress Semiconductor Corp	N/A	2006+	Pin Function Supply Input. (VIN1 and VIN2 are i
STK11C88-SF45I STK11C88-SF45I	Cypress Semiconductor Corp	N/A	2006+	If Military/Aerospace specified devices are requi
STK11C88-W35 STK11C88-W35				4.3 Screening (JANTX AND JANTXV levels only
STK1210DLQP STK1210DLQP				RSL (Pin 4): The slew control resistor sets the m
STK12712-O STK12712-O	KRC	06+	SOT-23	Figure 4 illustrates the differential or
STK12C58-W45 STK12C58-W45				Recording level calibration pin. ∗ Cont
STK12C68 STK12C68			2003	The MBRS130TRPbF surface-mount Schottky rectifier
STK12C68545 STK12C68545				Industry's first TotalCMOS™ PLD - both CMO
STK12C68-545 STK12C68-545				Compliance with ANSI X3T10/1142D SCSI Parallel
STK12C68P45 STK12C68P45	SIMTEK	DIP	98+	• Fully asynchronous operation • Aut
STK12C68-P45 STK12C68-P45	SIMTEK	DIP	06+	The 78P7200 is a line interface transceiver IC i
STK12C68-P45I STK12C68-P45I	SIMTEK	PDIP28	N/A	Reset. An active high signal on this pin will put
STK12C68-P55 STK12C68-P55	SIMTEK	DIP	07+	Margin Up: When this input is asserted to GND, th
STK12C68-PF25 STK12C68-PF25	Cypress Semiconductor Corp	N/A	2006+	Temperature Sensor Output The temperature
STK12C68-PF25I STK12C68-PF25I	Cypress Semiconductor Corp	N/A	2006+	Propagation Delay Tempco Prop Delay SkewRising T
STK12C68-PF45 STK12C68-PF45	Cypress Semiconductor Corp	N/A	2006+	Electrical These devices use a modified 4 x 7
STK12C68-PF45I STK12C68-PF45I	Cypress Semiconductor Corp	N/A	2006+	Aside from jitter effects, noise and pulse distor
STK12C68-S25 STK12C68-S25	05/		120	FEATURES • Compliant with ATM, SONET OC-3
STK12C68-S25I STK12C68-S25I	N/A	N/A	N/A	The only external RF components needed for the tr
STK12C68-S35 STK12C68-S35	04+		100	Low−Power Schottky TTL Load Over the
STK12C68-S35I STK12C68-S35I				The HCPL-7850/7851 is an isolation amplifier t
STK12C68S45 STK12C68S45	simtek	simtek	dc00	These ChipLEDs come either in two top emitting
STK12C68-S45 STK12C68-S45	SIMTEK	07+		• Timer0: 8-bit timer/counter with 8-bit p
STK12C68S45I STK12C68S45I				The CS42416 integrated PLL provides a low-jitter
STK12C68-S45I STK12C68-S45I		1242	05+	The K6F2008U2E families are fabricated by
STK12C68-SF25 STK12C68-SF25	Cypress Semiconductor Corp	N/A	2006+	If, after the ISL6118 has latched off, and the fa
STK12C68-SF25I STK12C68-SF25I	Cypress Semiconductor Corp	N/A	2006+	In environments that are particularly noisy it m
STK12C68-SF45 STK12C68-SF45	Cypress Semiconductor Corp	N/A	2006+	The 74HC/HCT299 contain eight edge-triggered D-t
STK12C68-SF45I STK12C68-SF45I	Cypress Semiconductor Corp		０７+	The A128 devices have six communication interfac
STK12C68W45 STK12C68W45	SIMTEK		1999	Description: The NTE5452 through NTE5458 are sen
STK12C68-W45 STK12C68-W45	SIMTEK H		9801	The output power as a function of the supply vol
STK12C68-W55 STK12C68-W55	SIMTEK		00	† Stresses beyond those listed under absol
STK12C68-WF45 STK12C68-WF45	Cypress Semiconductor Corp			Since G6 and G7 are input only pins any attempt
STK12C69-S45 STK12C69-S45	SINTA		00+	Figure 1 shows an application schematic, which d
STK12C86-S30 STK12C86-S30	SIMTEK	SOIC28		Hynix HYMD216M726A(L)6-J/M/K/H/L series is design
STK12C86-S35 STK12C86-S35	SIMTEK	SOIC28		The Rambus ® RIMMTM module is a gener
STK12C86-W45 STK12C86-W45				G5131-25T11Uf G5131-26T11Uf G5131-27T11Uf G513
STK12N05 STK12N05	ST	TO		tr, tf0.11.0ns0.55 to 2.4V AC characterist
STK12N05L STK12N05L	ST	TO
STK12N06 STK12N06	ST	TO		The input stage contains an Automatic Gain Contr
STK12N06L STK12N06L	ST	TO
STK13003 STK13003	STM	07+		The ZN409CE incorporates a precision dual
STK14C88- STK14C88-				The LTC ®3406B-2 is a high efficiency monolit
STK14C88-3N35 STK14C88-3N35	SIMTEK	SOP	06+	the latches store information that was present o
STK14C88-3N35I STK14C88-3N35I	SIMTEK		SOP32	The CY74FCT16841T and CY74FCT162841T are 20-bit
STK14C883N45 STK14C883N45	SIMTEK		0514	The design of the main power inductor in a switc
STK14C88-3N45 STK14C88-3N45	SIMTEK		07+	The adjustable version of the FAN2502/03 include
STK14C88-3N45I STK14C88-3N45I	SIMTEK		SOP32	• Compact Package • 8 mm (0.31 inch)
STK14C88-3NF35 STK14C88-3NF35	Cypress Semiconductor Corp	0620+	SOP32	BiMOS II devices have much higher data-in
STK14C88-3NF35I STK14C88-3NF35I	Cypress Semiconductor Corp		06+	3.1 POWER SUPPLY & VOLTAGE REFERENCE The int
STK14C88-3NF45 STK14C88-3NF45	Cypress Semiconductor Corp	SOP	0626+	NOTES: A. CL includes probe and test-fixture cap
STK14C88-3NF45I STK14C88-3NF45I	Cypress Semiconductor Corp		08+	The electrical characteristic data has been deve
STK14C88-C45I STK14C88-C45I	Cypress Semiconductor Corp	CDIP32		Each device includes a voltage regulator
STK14C88-N25 STK14C88-N25	CYPRESS	00+	SOP-32	All minimum and maximum specifications ar
STK14C88-N25I STK14C88-N25I	SIMTEK		SOP32	Pin(40-39)&,Pin(37-36) Pin(1
STK14C88N35 STK14C88N35	ST	SOP28	04/05+	The ADS1258 is a 16-channel (multiplexed), low-
STK14C88-N35 STK14C88-N35	SIMTEK	SOP	N/A	3.3V core power supply 3.3V power supply for CK4
STK14C88-N35.N45 STK14C88-N35.N45	SIEMENS	SOP32W	2007+	This publication is issued to provide outline in
STK14C88-N35E STK14C88-N35E	SIMTEK			edges of the laminated structure. The entire stru
STK14C88-N35I STK14C88-N35I	SIMTEK	01+	SOP-32	The wiper settings are controllable through an I
STK14C88-N45 STK14C88-N45	SIMTEK	SOP	N/A	Both versions can also be used as comparators. D
STK14C88N-45 STK14C88N-45	SIMTEK	SOP-32		loaded into the device. After the last bit of th
STK14C88-N45I STK14C88-N45I	SIMTEK	SOP32	04+	erly terminated without the STK14C88-N45I, the p
STK14C88-NF25 STK14C88-NF25	Cypress Semiconductor Corp		07+	The IC is designed specifically to work with app
STK14C88-NF25I STK14C88-NF25I	Cypress Semiconductor Corp	DC	07+	Port 0: Port 0 is an open-drain, bi-directional I
STK14C88-NF35 STK14C88-NF35	Cypress Semiconductor Corp	N/A	2006+	The reference included in the RC5051 is a precis
STK14C88-NF35I STK14C88-NF35I	Cypress Semiconductor Corp			Certain applications using semiconductor product
STK14C88-NF45 STK14C88-NF45	Cypress Semiconductor Corp	N/A	2006+	Theseversatile devices are usefulfor driving a w
STK14C88-NF45I STK14C88-NF45I	Cypress Semiconductor Corp		06+	This document is a general product description a
STK14CA8-N45 STK14CA8-N45				A simple sleep mode was incorporated in the modu
STK14CA8-NF25 STK14CA8-NF25	Cypress Semiconductor Corp			The XPLA3 architecture follows a simple timing m
STK14CA8-NF25I STK14CA8-NF25I	Cypress Semiconductor Corp			Fully differential Low noise 2.25 nV/Hz
STK14CA8-NF35 STK14CA8-NF35	Cypress Semiconductor Corp			In the intended application, it is expect
STK14CA8-NF35I STK14CA8-NF35I	Cypress Semiconductor Corp			The output signals of the SDA 9188-3X are analog
STK14CA8-NF45 STK14CA8-NF45	Cypress Semiconductor Corp		08+	© Cypress Semiconductor Corporation, 2004. T
STK14CA8-NF-45 STK14CA8-NF-45	SIMTEK	06+	TSOP	Stanford Microdevices STK14CA8-NF-45 is a high p
STK14CA8-NF45I STK14CA8-NF45I	Cypress Semiconductor Corp			HN58X24xxSI series are two-wire serial interface
STK14CA8-RF25 STK14CA8-RF25	Cypress Semiconductor Corp			1. All high speed inputs and outputs are differe
STK14CA8-RF25I STK14CA8-RF25I	Cypress Semiconductor Corp			The STK14CA8-RF25I is an stereo audio power ampl
STK14CA8-RF35 STK14CA8-RF35	Cypress Semiconductor Corp			Note 1:Limits is 100% production tested at TA= +2
STK14CA8-RF35I STK14CA8-RF35I	Cypress Semiconductor Corp			Load Mux. RRE = "1" and MSE = "1&q
STK14CA8-RF45 STK14CA8-RF45	Cypress Semiconductor Corp			A capacitive load on the regulators output will
STK14CA8-RF45/TR STK14CA8-RF45/TR	SIMTEK		08+	The MT3x7xB is a family of high performance DTMF
STK14CA8-RF45I STK14CA8-RF45I	Cypress Semiconductor Corp	0	０８+	This link option selects the source of the RD in
STK14CB8-N35 STK14CB8-N35				This device contains circuitry to protect the in
STK14D88-N35 STK14D88-N35				The bq2050H Lithium Ion Power Gauge™ IC is
STK14D88-RF25 STK14D88-RF25	Cypress Semiconductor Corp			External clock option: The receiver can accept a
STK14D88-RF45 STK14D88-RF45	Cypress Semiconductor Corp			Output Voltage Amplitude and Serial Interface Cl
STK14D88-RF45I STK14D88-RF45I	Cypress Semiconductor Corp			3.1.1 SPI bus While SSB pin is pulled to "h
STK14N05 STK14N05	ST	TO		They are fully static parts fabricated using dou
STK14N06 STK14N06	ST	TO		The STK14N06 is a high-performance digital ampli
STK14N10 STK14N10	ST	TO		Fujitsu resonators (C1, C3, C4 series) feature o
STK15C68 STK15C68				The 16K-byte boot block can be used to store key
STK15C68-P45 STK15C68-P45	SIMTEK	DIP	05+	The PCF84C12A, PCF84C22A and PCF84C42A are gene
STK15C68-S45I STK15C68-S45I				Associated with each of the ten OR functions is
STK15C68-W25I STK15C68-W25I	SIMTEK H		01	• Ultrafast recovery 2.5 Amp rectifier ser
STK15C68-W45I STK15C68-W45I	SIMTEK	DIP		Notes: 1. Absolute maximum ratings are limits b
STK15C88 STK15C88	SIMTEK		07/08+	BRAKE. When the BRAKE input goes Low the
STK15C88-N25I STK15C88-N25I		SOP28	05+	The NL17SZ07 is a high performance single
STK15C88-N35 STK15C88-N35				The IDT70V7399 is a high-speed 128Kx18 (2
STK15C88-N45 STK15C88-N45	N/A	N/A	N/A	With reference to Figure 4, assume that VDD is r
STK15C88-NF25 STK15C88-NF25	Cypress Semiconductor Corp			Note 7: Min and Max limits are guaranteed by desi
STK15C88-NF25I STK15C88-NF25I	Cypress Semiconductor Corp	SOP28	05+	Note: 1. The inductor L2 is recommended to isol
STK15C88-NF45 STK15C88-NF45	Cypress Semiconductor Corp		.	The product term allocator is a dynamic, configur
STK15C88-NF45I STK15C88-NF45I	Cypress Semiconductor Corp	SOP28	05+	The data strobe, associated with one data byte, s
STK15C88P45 STK15C88P45				This document may not, in whole or in part be co
STK15C88-P45 STK15C88-P45	STMTEK		03/04+	FEATURE: Output frequency range 50khz ~ 1
STK15C88-S45 STK15C88-S45	SIMTEK	SOP	06+	• HiPerFREDTM Epitaxial Diodes - f
STK15C88-S45I STK15C88-S45I	SIMTEK	06+	SSOP-28	Electrostatic discharge can cause damage ranging
STK15C88-SF25 STK15C88-SF25	Cypress Semiconductor Corp	SOP28	05+	Notes: 1. Except for the rating Operating Tempera
STK15C88-SF45 STK15C88-SF45	Cypress Semiconductor Corp		08+	IOH = -12 mA IOL = 12 mA Measure between 0.8 V
STK15C88-SF45I STK15C88-SF45I	Cypress Semiconductor Corp			This series of Schottky diode chips are specific
STK15C88-SF45ITR STK15C88-SF45ITR	Cypress Semiconductor Corp			With FSK = Low the switch at pin XTO2 is closed,
STK15C88W STK15C88W				(1) All typical values are at TA = +25C. (2) In
STK15C88-W STK15C88-W				If the part is attached in a reflow oven, the tem
STK15C88-W25 STK15C88-W25	SIMTEK		9725	Output enable terminal: no matter in what phase M
STK15C88W45 STK15C88W45	SIMTEK		99+	Notes: 1. Load and Line Regulation are specifie
STK15C88-W45 STK15C88-W45	SIMTEK		03/04+	Chip Enable Out output. This signal is asserted
STK15C88-WF45I STK15C88-WF45I				Flame-resistant Suppress combustion and s
STK16C68-W45 STK16C68-W45	SIMTEK H		01	Enhanced N channel FET with no inherent diode to
STK16C88-3WF45 STK16C88-3WF45	SIMTEK	DIP28		The HT27LC020 chip family is a low-power, 2048K
STK16C88-W45 STK16C88-W45	SIMTEK		03+	The transmitter contains a laser driver circuit
STK16C88-WF25 STK16C88-WF25	Cypress Semiconductor Corp			Controller (host) sends a start bit. &nbs
STK16C88-WF25I STK16C88-WF25I	Cypress Semiconductor Corp			VBB is an analog input which establishes the thre
STK16C88-WF45 STK16C88-WF45	Cypress Semiconductor Corp		０８+	The ﬂip-ﬂop is set and reset by ac
STK16C88-WF45I STK16C88-WF45I	Cypress Semiconductor Corp			n 5 Volt Read, Program, and Erase C Mini
STK16CA8-W25 STK16CA8-W25				Motherboard (LOM) or Network Interface Ca
STK16N10L STK16N10L	ST	TO		Gate-to-Source Forward Leakage Gate-to-Source
STK1791CE STK1791CE				Notes: (1) Clip mounting (on case), where lead
STK17N10 STK17N10	ST	TO		Positive digital supply pin. This pin should be
STK17T88-RF25I STK17T88-RF25I	Cypress Semiconductor Corp			Wide data capture range (+/- 1.5 channel
STK17T88-RF45I STK17T88-RF45I	Cypress Semiconductor Corp			Dimensions are in inches. Metric equivalents a
STK17TA8-RF25I STK17TA8-RF25I	Cypress Semiconductor Corp			Complete Power Management Solution for USB Bus-P
STK17TA8-RF35I STK17TA8-RF35I	SIMTEK	04+	SSOP	Compatible with Microsoft WinXP, WinME, Win2K SP
STK17TA8-RF45 STK17TA8-RF45	Cypress Semiconductor Corp	04+	SSOP	Measurements made on production test board. Thi
STK17TA8-RF45I STK17TA8-RF45I	Cypress Semiconductor Corp	04+	SSOP	Description Output High Current Output
STK181 STK181				resistor segment towards the VH/RH terminal. Si
STK181B STK181B	SANYO			1) Worst case package. 2) Max number of output
STK181C STK181C				The MC74HC1G02 is a high−speed CMOS
STK1828EF STK1828EF				Spectrum. The finite Fourier transform (FFT) of
STK1828SF STK1828SF	AUK	SOT-23		A bidirectional parallel port that includes &nb
STK183 STK183				micropackage. The HCC/HCF4000B, HCC/HCF4001B, HC
STK183BC STK183BC				The processor features a full set of program cont
STK183BC-M STK183BC-M
STK185B STK185B	sanyo			Specifications to -40C are guaranteed by design a
STK18N05 STK18N05	ST	TO		TA = 0C to 70C / -40C to 85C (I), unless otherwis
STK18N06 STK18N06	ST	TO		NOTES: 1. Stresses greater than those listed un
STK18N06L STK18N06L				Indicates to the IA21140AF that access to the bus
STK190-010 STK190-010	SANYO	ZIP-12P		In a typical application, the Y and C input sign
STK190-020 STK190-020	SANYO	单列-12	C4.D4	The TMS320C672x floating-point digital signal pr
STK190-050 STK190-050	STK	SIP	SIP	1 Prior to the onset of overvoltage clamping. For
STK190-110 STK190-110	SANYO	单列-9	3J.C4	5.2.2 Framing Functions The ST20196 incorporate
STK2025 STK2025				The AX432 series are three-terminal adjustable re
STK2025M STK2025M				Figure 2 shows a Bergerton diagram for switching
STK2028 STK2028				Motorolas MPXAZ4115A series sensor integr
STK2028B STK2028B				The LCX16373 contains sixteen non-inverting latc
STK2028MK2 STK2028MK2				Controller (host) sends a start bit. &nbs
STK2029 STK2029	SANYO	HYB	02+	Multiple pulse inputs (repetitive pulse inputs) c
STK2029M STK2029M				The Fairchild Switch FSTU16861 provides 20-Bits
STK2030 STK2030
STK2038 STK2038	SANYO	MOUDLE	N/A	• 14-Bit (XRD9814) or 16-Bit (XRD9816) &nb
STK2038B STK2038B				Both circuits have three binary select inputs (A
STK2038II STK2038II	SANYO		652	The HC174 and HCT174 are edge triggered flip-flo
STK2038IV STK2038IV				Number of channels : 6 (8/16-bit 6 channels) P
STK2038MK2 STK2038MK2				To keep the RC4700s high-performance pipe
STK2040 STK2040	SANYO			This pin is internally connected to the sync dete
STK2048 STK2048				The Ultra37000 devices operate with a 5V supply a
STK2048II STK2048II		300		This is a small PCB that houses the STK2048II sen
STK2048IV STK2048IV				Reader Response: Conexant strives to produce qual
STK2050 STK2050				Note 4: The CMRR with a voltage gain, AV, larger
STK2068 STK2068	SANYO	HYB	01+
STK2068II STK2068II	SANYO	模块
STK20C04-W45 STK20C04-W45	SIMTEK	DIP		The AT84CS001 DMUX is started by the ASYNCRST co
STK20C04-WF45 STK20C04-WF45	SIMTEK	N/A	2006+	Program Erase Enable input VPEN, program
STK2100II STK2100II				Clock high pulse width Clock low pul
STK2101 STK2101				Electrical characteristics are guaranteed over t
STK2110 STK2110				Hynix HYMD116G725A(L)8-K/H/L series is registered
STK2110X STK2110X	STK	ZIP-12	07+/08+	Dimensions InchesMillimeters &nb
STK2125 STK2125	SANYO	05+/06+		The 8K EEPROM is capable of a 16-byte page write.
STK2129 STK2129				If you have any marketing or sales questions, ple
STK2135 STK2135	SANYO	STK	2004+	Widebus Family Designed to Be Used in Vo
STK2139 STK2139				† Stresses beyond those listed under absol
STK2139M STK2139M	SK	SIP		The CS4344 family members are complete, stereo d
STK2145 STK2145	SANYO	STK	2004+	Luminance Output A 75 Ω termination resist
STK2155 STK2155			652	(2) The technical information described in this
STK2230 STK2230	SANYO			Meets Intels Mobile 133.3MHz Chips
STK2240 STK2240	SANYO			Active High Master Reset. When logic HIGH, the i
STK2250 STK2250	SANYO			A downstream PLL, contained in a clock buffer IC
STK2260 STK2260		Hybrid		This combination of excellent dc performance wit
STK22C48 STK22C48				¶ Time required for the integrated PLL circ
STK22C48-N25I STK22C48-N25I	SIMTEK	01+	SOP	The device offers complete compatibility with the
STK22C48-N45 STK22C48-N45	STK	SOP28		Note 6: The input bias currents are junction leak
STK22C48-NF25 STK22C48-NF25	Cypress Semiconductor Corp	N/A	2006+	HIGH SPEED: fMAX = 180MHz (TYP.) at VCC = 5V L
STK22C48-NF25I STK22C48-NF25I	Cypress Semiconductor Corp	N/A	2006+	Fully compatible with 16550 and 16450 devices E
STK22C48-NF45 STK22C48-NF45	Cypress Semiconductor Corp	N/A	2006+	This is not an extensive capacitor list.
STK22C48-NF45I STK22C48-NF45I	Cypress Semiconductor Corp		08+
STK22C48-S45 STK22C48-S45				The CD54AC161/3A and CD54ACT161/3A are synchrono
STK22C48-SF25 STK22C48-SF25	Cypress Semiconductor Corp	N/A	2006+	Available in the Texas Instruments NanoStarɽ
STK22C48-SF25I STK22C48-SF25I	Cypress Semiconductor Corp	N/A	2006+	Test Conditions/Comments Sampling CLKIN/128, 3.5
STK22C48-SF45 STK22C48-SF45	Cypress Semiconductor Corp	N/A	2006+	These INFINEON modules are industry standard 144
STK22C48-SF45I STK22C48-SF45I	Cypress Semiconductor Corp	N/A	2006+	The LCX16373 contains sixteen D-type latches wit
STK22C48-W45 STK22C48-W45	SIMTEK H		01	TX voice (Mic.) inputs, selectable by SW1 availa
STK22N05 STK22N05	ST	TO		used to reduce the width of the deadband to acce
STK22N06 STK22N06	ST	TO		The Schottky Power Rectifier employs the
STK23N05L STK23N05L	ST	TO		• Internal self-timed write cycle •
STK23N06L STK23N06L	ST	TO		The VSX60 Series are dual output converters with
STK25C48 STK25C48				The MBM29DL16XTE/BE are a 16M-bit, 3.0 V-only Fl
STK25C48W45 STK25C48W45				Count Enable Parallel Input Count Enable Trickle
STK25C48-W45 STK25C48-W45	SIMTEK		03/04+	CAUTION ESD (electrostatic discharge) sensitive
STK290-010 STK290-010				the device can work also with dynamic ones). Man
STK2N50 STK2N50	ST	TO		Reference Clock. This input is the clock frequen
STK2N52 STK2N52	SGS		97	Note 3: The maximum power dissipation must be der
STK2N60 STK2N60				Inhibit: The Inhibit pin is an open-collector/dra
STK2N80 STK2N80	ST	TO		The grounded Co-Planar Wave Guide (G-CPW) PCB in
STK2N80PL STK2N80PL				Time timer and a Watchdog unit. The Real-Time Cl
STK2NA60 STK2NA60	ST	TO		The 78P2253 is a transceiver IC designed for 139
STK2NB80 STK2NB80				The HYM72V32C756AT8 H-Series are high spe
STK300/16E STK300/16E				Places the 1-bit bypass register between the TDI
STK301-020 STK301-020		ZIP-18		SDRAM Controller 64-bit data bus. Up to 90MHz
STK3033C STK3033C	SANKEN		02+	matching resistors. In CMI mode the transmitter
STK3041 STK3041	SANYO			(*) Typical temperature coefficient for all VDD
STK3041A STK3041A				Features International standard packages
STK3042 STK3042	SANYO			demodulator goes to an ATSC A/53 coding Forward
STK3042A STK3042A				16 Channels 12-bit (4096 Steps) Grayscale PWM Co
STK3042II STK3042II	SANYO			s Unique, patent-pending input termination and V
STK3042IIA STK3042IIA				Supports PIO mode 4, both at 16.6 Mbytes/second
STK3042III STK3042III	SANYO	HYB	98+	The gate drive ready pin (GDR) is used to indicat
STK3042MK2 STK3042MK2				There are two kinds of logic blocks, the Program
STK3042MK2A STK3042MK2A	SANYO		04+	when the CLOCK INHIBIT signal is high. A high R
STK3042MK3 STK3042MK3	SANYO	DIP	04/05+	The device also features Personal Video Recordin
STK3044 STK3044	SANYO	SIP-15	00+	Multi-Input Wake Up (on the 8-bit Port L) Brown
STK-3044 STK-3044				Distributor: Electro-Stock www.electrostock.com
STK3048 STK3048		(LX)high-frequency		n Sector Protection C Sectors may be lock
STK3048A STK3048A	SANYO	HYB	98+	BUFFER TO MAIN MEMORY PAGE PROGRAM WITH BUILT-IN
STK-3048A STK-3048A				Palladium plating is used on the terminal pins. A
STK3048II STK3048II	SANYO		04+	R1,R2=15W, 1/2 watt R3,R4=15W, 1 watt L1,L3=1 1
STK3050 STK3050				FEATURES 40 MSPS Correlated Double Sampler (CDS
STK3055E STK3055E	N/A	05+	TO	The DS600 is a 0.5C accurate analog-output tempe
STK3056 STK3056				TAOperating free-air temperature−4085
STK-3056 STK-3056	SK			The RC2207 is designed to operate over a power s
STK3061Y STK3061Y	SANYO	模块		and Class C (Exceeding 400 V) per Machine
STK3062 STK3062	N/A	sanyo	05+	KEY FEATURES n 2k bytes or 4k bytes Flash Progr
STK3062II STK3062II	SANYO	模块		The MC74HC1G02 is a high−speed CMOS
STK3062IIA STK3062IIA	SANYO	HYB	97+	Regulates voltage over a broad operating current
STK3062III STK3062III	SANYO	HYB	04+	The ADCMP565 is an ultrafast voltage comparator
STK3062IV STK3062IV				This center tap Schottky rectifier series has bee
STK3062MK2 STK3062MK2				The second solution can be used if all digits' se
STK3062MK3 STK3062MK3				The ADP3806 is a complete Li-Ion battery-charging
STK3076 STK3076				The sensing element, capable to detect the accel
STK-3076 STK-3076	SK			8-bit resolution. ADC gain adjust. 2 GHz full p
STK3081Y STK3081Y	SANYO	模块		OSC1, OSC2 are connected to an RC network
STK3082 STK3082	N/A	sanyo	05+	Notes: 3. The loser of the port arbitrati
STK3082A STK3082A				RTCF: Real Time Clock Fail BitVolatile This bit
STK3082II STK3082II	SANYO	摸块		The Technical Support BBS, known as AESOP (Applic
STK3082IIA STK3082IIA	SANYO		02+	The STK3082IIA, Tachyon TS, is a second-genera
STK3082III STK3082III	SANYO	MODULE	N/A	The CBTLV16210 operates as a single 20-bi
STK3082MK2 STK3082MK2				CS falling edge to first SCLK falling edge. SCL
STK3082MK3 STK3082MK3				Writing of memory data is performed in ei
STK3101 STK3101				On the MPC859DSL, the SCC (SCC1) is for e
STK3101Y STK3101Y			07+	The IRU3027 controller IC is specifically designe
STK3102 STK3102	SANYO			Data Setup Time Data Hold Time Address Set-up
STK3102II STK3102II	SANYO			A time delayed reset can be accomplished with th
STK3102IIA STK3102IIA	SANYO	HYB	04+	Figure 1 shows a simplified schematic of one hal
STK3102III STK3102III	SANYO	HYB		A last alternative for calibrating your PC clock,
STK3102-III STK3102-III				The Freescale manuals are available on the Frees
STK3102IV STK3102IV	SANYO	MODULE	04+	The HA-460 Series of quartz crystal oscillators
STK3102-IV STK3102-IV				Sensitivity is defined as the average signal lev
STK3102MK2 STK3102MK2	SANYO	SIP15	03+	*Absolute maximum ratings apply at 25C, unless o
STK3102MK3 STK3102MK3	SANYO		--	Figure 5 shows the effects of a fast transient on
STK3106 STK3106	SANYO	MODULE	N/A	The combination of narrow nonlinear range and lo
STK311-120 STK311-120				TOUT - This pin is the buffered output of the tem
STK3120C STK3120C			DIP	Typical Data is at TA = +25C and VCC = 5 V and is
STK3122 STK3122	SANKEN	MODULE	N/A	The center tap Schottky rectifier module has bee
STK3122II STK3122II	SANYO			Surface mount board layout is a critical
STK3122III STK3122III		Hybrid		The ST7263 Microcontrollers form a sub family of
STK315 STK315		00+	1450	INPUT Initial Offset Voltage vs Tempera
STK3152 STK3152	SANYO			The error amplifier compares a sample of the dc-
STK3152II STK3152II	SANYO	HYB	04+	Fifth Generation HEXFETs from International Rect
STK3152III STK3152III	SANYO	HYB	03+	Notes: 1. CX1 must be placed within 0.7 cm of t
STK3156 STK3156				The XC2173 series are high frequency, low power
STK3240C STK3240C			DIP	DISP high disables the LED display. DISP tied to
STK3400A STK3400A		ZIP-21		Single channel 5 V, 3.3 V and 2.5 V operation
STK3400B STK3400B				The broadband MMIC amplifier can be directly app
STK3400BS STK3400BS
STK3400C STK3400C	STK	SIP	1995	Before a START condition is detected, CS, CLK, a
STK3400E STK3400E				The IR 3310(S) is a Fully Protected 4 terminal hi
STK3400M STK3400M				Calibration Cycle Initiate. A minimum 80 input c
STK350-000 STK350-000	SANSYO			The Z86319 is a member of the Z8 family of CMOS
STK350-010 STK350-010	SANYO	STK	2004+	move one resistor segment towards the VH/RH ter
STK350-010A STK350-010A	SANYO	模块		n Variable power management n Packaged in 6-le
STK350-020 STK350-020	SANYO	STK	2004+	• ARCHITECTURE FEATURES Enhanced P
STK350-030 STK350-030	SANYO			Serial Peripheral Interface (SPI) : a ki
STK350-040 STK350-040	SANYO	STK	2004+	Maximum rating STK350-040he maximum ratings are
STK350-050 STK350-050	SANYO	STK	2004+	Input-Output Enable, asynchronous input,
STK350-130 STK350-130	SANYO			1.1 Scope. This specification covers the
STK350-130A STK350-130A	STK	07+/08+		The 24XX128 supports a bidirectional 2-wire bus
STK350-230 STK350-230	SANYO			These devices, feature an enhanced automatic po
STK350-230A STK350-230A	SANYO		652	Digital Pixel Inputs These pins accept digital p
STK350-230-E STK350-230-E				The MAU400 series has limitation of maxim
STK350-430 STK350-430	SANYO	HYB	03+
STK350-530 STK350-530
STK365051II-Y STK365051II-Y				State-of-the-Art Advanced BiCMOS Technology (ABT
STK390-010 STK390-010	SANYO		01+	Note 7: FO = 0V (internal oscillator) or fEOSC =
STK390-040 STK390-040				♦ Adjustable Accurate DPWM Frequency with
STK390-110 STK390-110	SANYO	SIP	00+	Deviation Limiter In: Input to the on-chip deviat
STK390-120 STK390-120	SANYO			Feedback Disable: This input controls the state o
STK390-910 STK390-910	SANKEN	厚膜		NOTES 1I/P pin Logic 1 = 5 V, Logic 0 = GND. It
STK390-910(1DB) STK390-910(1DB)	SANYO		02+	On-Chip Data RAM 1 Kbyte Critical Variable Stora
STK391 STK391				Figure 3. Input/Output Block. Each IOB includes
STK391-020 STK391-020	SANKEN	ZIP-15	04+	• Alert specification forum (ASF 1.0 suppo
STK391-020-E STK391-020-E				Maximum resolution and accuracy may be obtained
STK391-110 STK391-110	SANYO	SIP	98+
STK391-110S STK391-110S	STK	ZIP	ZIP
STK391-110S(JP) STK391-110S(JP)				The STK391-110S(JP) is a surface mountable flip
STK391-120 STK391-120	SANYO	SIP-10P	2002	The fixed 2.5-V output controller uses an intern
STK391-220 STK391-220	N/A	SANYO	04+	Any offset and/or gain calibration procedures sh
STK392/120E STK392/120E				Electrical Characteristics (Tc=25) Item
STK392-010 STK392-010	SANYO	DIP	06+	For packing material that is returned to us uns
STK392-020 STK392-020	SANYO	MODULE	02+	The MX803A is a full-duplex device for use with
STK392-020E STK392-020E				The TSB41AB3 provides the digital and analog tra
STK392-020-E STK392-020-E				All synchronous inputs pass through input registe
STK392-030 STK392-030	SANYO			The current source provides a closely reg
STK392-040 STK392-040	SANYO	MODULE	N/A	The programmable features of the ICS84321 suppor
STK392-040-E STK392-040-E				The sensing element, capable to detect the accel
STK392-110 STK392-110	SANYO			The HYM71V631601 H-Series are Dual In-line Memory
STK392-110-E STK392-110-E				5V TOLERANT INPUTS HIGH SPEED: tPD = 4.2ns (MA
STK392-110T STK392-110T				Wake-up Function for a Microcontroller with Pream
STK392-120 STK392-120			03+	L1, L2 = 270 nH. See the Choosing the Correct In
STK392-120E STK392-120E				Note 7: FO = 0V (internal oscillator) or fEOSC =
STK392-150 STK392-150	SANYO	HYB	N/A	The charge flows are absorbed by the touch of a
STK392-180 STK392-180			03+	No part of this manual may be reproduced, copied
STK392-220 STK392-220	SANYO			Shunt protection devices clamp voltage peaks at
STK392-550 STK392-550				the ISAnet evaluation adapter card is designed a
STK392-560 STK392-560	SANYO	SIP	N/A	3) This input current only exists when the volta
STK392-560C STK392-560C	SANYO	HYB	03+	To use the LX1991 at the maximum usable f
STK392-570 STK392-570	SANYO	MOUDLE	03+	The TLV2262/4 also makes great upgrades to the T
STK392-570-E STK392-570-E				When HIGH, this input is used to advance the inte
STK392-910 STK392-910	SANYO			The ILED is the constant current programm
STK392-910A STK392-910A				The 3D7205 five-tap delay line architecture is s
STK393-110 STK393-110	SANYO	HYB	03+	Shielded cables for SCSI connection external to
STK393-110-E STK393-110-E				1. The ALD1704 CMOS operational amplifier uses a
STK394-110 STK394-110	SANYO		03+	NOTES:1. Complete part number includes a suffix
STK394-160-E STK394-160-E
STK394-210 STK394-210	SANYO		03+	Standoff Voltage: Applied Reverse Voltage to assu
STK394-210E STK394-210E	SANYO	ZSIP18	O5	The DDU7C relies on a stable power supply to pro
STK394-210-E STK394-210-E				To limit maximum duty cycle, the internal clock
STK394-220 STK394-220				The external bus interface (EBI) provides a glue
STK394-240 STK394-240	SANYO	模块		Wide supply voltage range from 1.65 V to 5.5 V
STK394-250 STK394-250	SANYO	HYB	03+	AT49BV/LV001NT pin 1 for the DIP and PLCC packag
STK394250A STK394250A				Supply Voltage(pin 4) Supply Current(Pin 4) DC
STK394-250A STK394-250A	SANYO	SIP-18	04+	in. The FWH could hold multiple certificates, ea
STK394-250-E STK394-250-E
STK394-250T STK394-250T				TOSHIBA is continually working to improve the qu
STK394-260 STK394-260		SANYO	2005-06	For each bridge, the user selects an exte
STK394-510 STK394-510	SANYO	MODULE	N/A	adjusted using two potentiometers. The DC voltag
STK394-710 STK394-710	SANYO		04+	No Auxiliary Winding Operation Internal Output S
STK396-010 STK396-010	SANYO		2007+	Intended compliance for future Revision 2.2 6
STK396-010M STK396-010M				• Wide frequency rangeC2.25MHz to 36.0MHz
STK396-110 STK396-110	SANYO		4200	prevents time loss as the timekeeping countdown c
STK396-120 STK396-120		ZIP-11		This is a special part of the memory used to save
STK396-120-E STK396-120-E	SANYO	98+		Parameter Total Gate Charge (turn-on) G
STK396-130 STK396-130		ZIP-11		These lamps are made with an advanced optical
STK396-130-E STK396-130-E				• Compact Package • 8 mm (0.31 inch)
STK397-010 STK397-010				Game boxes are using more powerful processors to
STK397-101 STK397-101				High-end embedded control applications demand mo
STK3N50 STK3N50	ST	TO		PLIM: This pin is programmed to set the maximum i
STK3NA50 STK3NA50	ST	TO		NOTES: 1. tPLH and tPHL are production tested.
STK400-010 STK400-010	SANYO		04+	The HYM72V64C756T8 H-Series are high spee
STK400-020 STK400-020				Light has characteristics to move electrons in th
STK400-030 STK400-030	SANYO	HYB	97+
STK400-040 STK400-040	SANYO			The ispClock5510 and ispClock5520 are in-system-
STK400-050 STK400-050
STK400-050A STK400-050A	SANYO	HYB	03+	The TC650/TC651 acquire and convert their juncti
STK400-060 STK400-060	SANYO		04+	-1774.50 -1779.30 -1779.30 -1779.30 -1779.30
STK400-070 STK400-070	SANYO	STK	2004+	Thus the first step in designing the antenna cir
STK400-070A STK400-070A	SANYO	STK	2004+	The host system can detect whether a program or
STK400-090 STK400-090	STK	SIP	1997	They are intended for applications in the RF fr
STK400-290 STK400-290	SANYO	STK	2004+	The TMS551xx devices offer a split-register-tran
STK400-300 STK400-300				Stresses above these ratings may cause permanent
STK400-490 STK400-490	SK	STK	01#	The TLV2352 has internal electrostatic-discharge
STK401 STK401				4. EMI/RFI Suppression. The capacitor/ i
STK401-010 STK401-010	SANYO	HYB	03+	• High Blocking Voltage • Epitaxial
STK401-020 STK401-020				©Atmel Corporation 2004. All rights reserved
STK401-030 STK401-030	SANYO	HYB		HIGH PERFORMANCE • Polynomial complies to
STK401-031 STK401-031				Teccor Electronics reserves the right to make cha
STK401-040 STK401-040	SANYO	05+/06+		1) CPD is defined as the value of the ICs intern
STK401-041 STK401-041	SANYO	HYB	03+	These beam lead diodes are constructed using a m
STK401-050 STK401-050	SANYO			Note 6: Limits are 100% production tested at 25&#
STK401-051 STK401-051	SANYO	模块		The Build-in oscillator circuitry of STK4
STK401-060 STK401-060			02+	Notes: (1) See SOA curves or consult factory for
STK401-061 STK401-061	SANYO		04+	RESET FLAG Proper operation of the RESET circui
STK401-061S STK401-061S	SANYO	HYB	03+	Vectron International reserves the right to make
STK401-070 STK401-070	SANYO			The ripple rejection values are measured with th
STK401-071 STK401-071	SANYO	HYB	03+	The unique differential input sample-and-hold can
STK401-080 STK401-080				(VDD = +2.7V to +3.6V; unipolar input mode; COM =
STK401-081 STK401-081				tCONV = tCONV(local) + tCONV(remote). Following
STK401-090 STK401-090	SANYO			Absolute maximum continuous ratings are those ma
STK401-100 STK401-100	SANYO	HYB-16	06+	The STK401-100/STK401-100 quad low-voltage differ
STK401-110 STK401-110	SANYO	HYB	02+
STK401-120 STK401-120	SANYO	SIL-9	02+	• Low VCE (on) Non Punch Through IGBT Tech
STK401-130 STK401-130				Notes: 1. NC pins are not connected to th
STK401-140 STK401-140	SANYO		--	The Rx5C348A/B are CMOS real-time clock ICs conne
STK401-210 STK401-210	SANYO		652	Class A operation Internally matched to 50(ohm)
STK401-220 STK401-220	SANYO		04+	The SCSI bus DIFSENS signal line is used to iden
STK401-230 STK401-230	SANYO	HYB	96+	The four Ports (IR, COM, AUX, and General Purpos
STK401-240 STK401-240	SANYO	HYB	97+	The upper and lower gates are held low until the
STK401-250 STK401-250	SANYO		04+	The OPA688 is a wideband, unity gain stable volt
STK401-260 STK401-260	SANYO		652	Must be chosen from an inspection lot that has b
STK401-261 STK401-261				(Continued) • Instruction system best suit
STK401-270 STK401-270	SANYO	HYB	03+	Vcc = 5.0V10%, TA = 0C to 70C, unless otherwise s
STK401-271 STK401-271				Although the chip permits all combinations of en
STK401-280 STK401-280	SANYO	HYB	01+
STK401-290 STK401-290	SANYO	HYB	05+
STK401-300 STK401-300				Transceivers through Standard MII Ports Dual ARM
STK401-310 STK401-310				Even though absolute integral and differential l
STK401-320 STK401-320	SANYO	HYB	96+
STK401-330 STK401-330	SanKen		N/A	Power Diode Module DD200HB series are designed f
STK401-340 STK401-340	SANYO	HYB	01+	The receive section of the CYP15G0401DXA Quad HO
STK4015S STK4015S	HITACHI	模块		The out-of-band receiver in the STK4015S contain
STK401-680 STK401-680				NOTES: 1. All VDD pins must be connected to 3.3V
STK4017 STK4017	sanyo			VFB to the output of the error amplifier. Note 4
STK4019 STK4019	SANYO			Internal Memory - Character Generato
STK402-010 STK402-010	SANYO	HYB	02+	Switch Enable into Heavy Load If a switch is pow
STK402-020 STK402-020	SANYO	HYB	05+	The LCX74 is a dual D-type flip-flop with Asynch
STK402-020-E STK402-020-E				This device is particularly well suited for port
STK402-020S STK402-020S	SANYO	STK	2004+	(a full wave circuit has twice these efficiencie
STK402-030 STK402-030	SANYO	模块		Chrontels CH7004 digital PC to TV encoder is a s
STK402-030-E STK402-030-E				The receiver offers an exceptionally high level
STK402-030S STK402-030S	SANYO	模块		Information furnished is believed to be accurate
STK402-040 STK402-040	SANYO	模块		Case: SOT-363, Molded Plastic Case material -
STK402-040N STK402-040N	STM	DIP-16	00+	The HT6P20 is a CMOS LSI encoder designed for re-
STK402-041 STK402-041	SANYO	STK	2004+	This signal is used internally as part of the I
STK402-050 STK402-050	sanyo			Each DS1258W device is shipped from Dallas Semico
STK402-050S STK402-050S	SANYO	模块		The PLCC-2 SMT LED products with a viewing angle
STK402-060 STK402-060	SANYO	STK	2004+	The data contained in the data stream can also a
STK402-070 STK402-070	SANYO	MODULE	N/A	Full or Partial Card compliance checking LUN con
STK402-070H STK402-070H	SANYO		n/a	The STK402-070H is a new generation of monitor &m
STK402-070N STK402-070N	SANYO	05+/06+		Motorola reserves the right to make changes with
STK402-070S STK402-070S	SANYO	HYB	02+	The state of the data line represents valid data
STK402-070S-E STK402-070S-E				Maximum ratings are those values beyond which de
STK402-071 STK402-071	SANYO	模块		Upon initial power up, the IC can either isolate
STK402-071N STK402-071N	SANYO	模块		NOTES: 1. Stresses greater than those listed und
STK402-090 STK402-090	STK	SIP	SIP	Validation of a token first involves an authenti
STK402-090A STK402-090A	SANYO	STK	2004+	Data flow in each direction is controlled by the
STK402-090B STK402-090B	SANYO	STK	2004+	Notes: 1. All byte outputs are active in read c
STK402-090-E STK402-090-E				Input bus select / I2C clock input. The operatio
STK402-090S STK402-090S	SANYO			We could accumulate a running total indefinitely
STK402-090S-E STK402-090S-E				Case: SOD-523, Molded Plastic Case material - UL
STK4020II STK4020II				The Flash technology provides fixed Erase and Pro
STK4021 STK4021	SANYO			16-Bit Output For Use in Microprocessor-Based Sy
STK402-100 STK402-100				Clock with 1/2 frequency of XTL1 Test pin Chip
STK402-100E STK402-100E	SANYO		2007+	The internal configuration of the Xinger® bal
STK402-100S STK402-100S	SANYO	HYB	02+	Integrated Single-Chip 10/100 Ethernet Switch &#
STK402-110 STK402-110	SANYO	HYB	02+	With reference to WG 2 Resolution M33.31 in docu
STK402-110S STK402-110S				Drain-to-Source Breakdown Voltage Gate Th
STK402-120 STK402-120	SANYO	模块		Crystal input, Nominally 14.318MHz. Crystal out
STK402-120(JP) STK402-120(JP)				A LOW on this pin initializes the FIFO read and w
STK402-120C STK402-120C	SANYO	STK	2004+	+15 VOUT- is a regulated +15 volt output availabl
STK402-120-E STK402-120-E				150V Power Schottky rectifier are suited for swi
STK402-120S STK402-120S	SANYO		00	The Si3056 is an integrated direct access arrange
STK402-120Y STK402-120Y				*Note: Insert the threshold level suffixes for VC
STK402-130 STK402-130	SANYO	MODULE	02＋	As long as store input is low, data is continuou
STK402-150 STK402-150	SANYO		652	Note 3 The HALT mode will stop CKI from oscillati
STK402-220 STK402-220
STK402-230 STK402-230	SANYO	ZIP	N/A
STK402-240 STK402-240	SANYO			The ISL6118 has integrated current sensing on the
STK402-240A STK402-240A	SANYO	模块		The Intersil ISL422XE devices are 2.7V to 5.5V p
STK402-250 STK402-250				Continuous Drain Current, V GS @ 10V Continuous
STK402-270 STK402-270	sanyo			Most functions of the FM25L16 either are control
STK402-270A STK402-270A	SANYO		1728	• RGB or YCrCb Inputs, Selectable on a &n
STK4023 STK4023				Low Frequency Vibration: Vibration shall consist
STK402-370 STK402-370	SANYO	MOUDLE	04+	The Link Fault Indicator (LFI) output is a TTL-l
STK4023II STK4023II	SANYO	模块		AEC-Q100† Qualified for Automotive Applica
STK4024 STK4024				Adaptive Differential Pulse Code Modulation (ADP
STK402-408 STK402-408				Total Power Supply and Zener Current Output Cu
STK402-450 STK402-450	SANYO		652	TI warrants performance of its semiconductor pro
STK402-480 STK402-480	STK	SIP	1999	Note 1: Absolute Maximum Ratings indicate limits
STK4024II STK4024II	SANYO	STK	2004+
STK4024IIK STK4024IIK				C 16-bit Timer with 8-bit Prescaler, and Watchdo
STK4024MK2 STK4024MK2				1. Test conditions: T = 25º C, Supply Volta
STK4024V STK4024V	SANYO		04+	Both pre- and post-radiation performance are tes
STK-4024V STK-4024V	SANKEN	SIP	99	IMPORTANT INFORMATION The LM2462 performance is
STK4025 STK4025	SANYO
STK402-500 STK402-500				The FMS6400 is a dual Y/C 5th order Butterworth
STK4026 STK4026				VREFR− Rch Negative Voltage Reference Out
STK402-650 STK402-650	SANYO		02+	• 1-of-4 bi-directional translating multipl
STK402-680 STK402-680	STK	SIP	226	NOTES: 1. Stresses greater than those listed un
STK4026II STK4026II	SANYO			This document is a general product description an
STK4026-II STK4026-II	SANYO	STK	2004+	BBE High Pass Filter Output (Ach)
STK4026MK2 STK4026MK2	--		--	Baud-Rate-Generator Input Clock Prescaler Select
STK4026MK5 STK4026MK5				For more details on the ARCNET protocol engine a
STK4026V STK4026V	SANYO			For packing material that is returned to us un-
STK402-700 STK402-700	SANYO	HYB	04+	Figure 6 shows the clock, enable, and dat
STK4028 STK4028	SANYO		04+	Cs: The input pin to the overcurrent comparator.
STK4028II STK4028II		模块		• IF system switch 38.9 MHz is sele
STK4028MK10 STK4028MK10				where R CS = parallel combination of R14 and R15,
STK4028MK2 STK4028MK2	SANYO	SIP15	08+
STK4028MK5 STK4028MK5	SANYO	ZIP15	OO	The SN74CBTD3384C is organized as two 5-bit bus
STK4028MK5(STK4028V) STK4028MK5(STK4028V)				The SSM2120 contains two independent level detec
STK4028V STK4028V	SANYO		2007+	As the beams attached to the central mass
STK4028X STK4028X	SANYO	模块		n Higher gain to match LM126X CMOS preamplifiers
STK4028XI STK4028XI				DEVICE OPERATION The operating modes of the M27
STK402-900 STK402-900				The output power as a function of the supply vol
STK402-920 STK402-920	SANYO	HYB	02+	Two different interfaces are supported on the net
STK402-920C STK402-920C	SANYO	05+/06+		The HIP6601 and HIP6603 provide the user total &
STK402-930 STK402-930	STK	SIP	SIP	The bq2050 measures the voltage differential betw
STK402-940 STK402-940	SANYO	HYB	02+	Maximum ratings are DC values beyond which the d
STK402-940E STK402-940E				The product term array in the FLASH370i logic bl
STK402-950 STK402-950	SANYO	HYB	03+	line is at logic low and the data is latched w
STK4030 STK4030	SANYO			Bild / Fig. 8 W3 C - Dr eiphasen -We chselwegsch
STK403-030 STK403-030	SANYO	ZIP	N/A	Specifications Outline Dimensions Pin Connectio
STK403-040 STK403-040	SANYO			The Loop Supervision circuit monitors the state o
STK403-050 STK403-050	SANYO	HYB	02+	Low Voltage Monitoring During operation, the X5
STK403-070 STK403-070	SANYO	ZIP	N/A	at the transistor level and verified through mea
STK403-070-E STK403-070-E				REF is 5V tolerant 4 pairs of programmable skew
STK403-090 STK403-090	SANYO	05+/06+		C Stand-alone MP3 Decoder C 48, 44
STK403-090-E STK403-090-E				Failover Features • Rapid link failure det
STK403-090-S-E STK403-090-S-E				The HOST output current is a mirrored and scaled
STK4030II STK4030II	N/A	sanyo	05+	Cathode-to-Anode Voltage Continuous Forward Curr
STK4030MK10 STK4030MK10	SANYO		01+	• STK4030MK10 (5STK4030MK10 version) ̶
STK4030V STK4030V	SANYO	STK	2004+	The transmit section of the CY7C9689 HOTLink can
STK4030XI STK4030XI				The STK4030XI series of power modules is
STK403-100 STK403-100	SANYO			The PWR5104 and PWR5105 offer respectively 12VDC
STK403-110 STK403-110	SANYO		03+	Turn-On Time Turning Q1 in Figure 1 off, removes
STK403-120 STK403-120	SANYO	HYB	02+	The in-Line Micro filter has been specifically de
STK403-120-E STK403-120-E				LOAD SUPPLY (VBB ). This terminal is the
STK403-130 STK403-130	SANSYO			control which of the power switch pairs are turne
STK403-130Y STK403-130Y	SANYO	HYB	04+	Temperature :stg max Test duration : 1000h Tem
STK403-150 STK403-150	SANYO	ZSIP15	O4	If tantalum capacitors are located on the output
STK4032 STK4032				A HIGH on this pin when BM is HIGH selects byte b
STK403-240 STK403-240				The Digital Visual Interface Specification, DVI,
STK403-240A STK403-240A	SANYO	ZIP	N/A
STK403-250 STK403-250				In the past 10 years, microprocessors have evolv
STK403-250A STK403-250A				To interrupt a burst read with a Write Command, D
STK4032II STK4032II	SANYO			Notes: 1. All inputs except OE must meet setup
STK4032V STK4032V				The MCP300X family offers existing Microchip cust
STK4032X STK4032X				• Typical tSK(o) (Output Skew) < 250ps
STK4034 STK4034	SANYO			Bit Clock (For MPI)/Data Clock (For GCI). In MP
STK403-430 STK403-430				The device also features split output bank power
STK4034V STK4034V				Note 3: When the input voltage at any pin exceeds
STK4034X STK4034X	SANYO			The STK4034X family allows the user to cus
STK4034XI STK4034XI				The master reset inputs (1MR and 2MR) are active
STK4036 STK4036				(1) An export permit needs to be obtained from t
STK4036II STK4036II	SANYO			RJA is the sum of the junction-to-case and case-
STK4036-II STK4036-II				Tachyon TS focuses on mass storage application
STK4036IX STK4036IX	SANYO		652	DMS (Data Management Software) allows systems to
STK4036MK10 STK4036MK10				1. Other frequencies may be available, please con
STK4036MK2 STK4036MK2	SANYO	module	DC/0433	The device offers complete compatibility with the
STK4036MK2(STK4036II) STK4036MK2(STK4036II)				Reset In: Sets the Program Counter to zero and r
STK4036V STK4036V	SANYO			As seen in the block diagram, the module conta
STK4036X STK4036X	SANYO			The selectable 2/4/8 interpolation filters simpl
STK4036XI STK4036XI	SANYO		652	Control Signal Input. Used to enable or disable
STK4038 STK4038				256 Independent, Bidirectional HDLC Channels Up
STK4038II STK4038II	SANYO			By combining powerful features, ease of use, and
STK4038MK10 STK4038MK10				The device is enabled when the EN pin is connect
STK4038MK2 STK4038MK2				Bild / Fig. 9 Grenzstrom je Zweig IT(OV)M. Belas
STK4038MK5 STK4038MK5	SANYO		04+	Supports Direct Memory Access (DMA) Bursts With
STK4038V STK4038V	SANYO	HYB	05+	11.1 United States export laws and regulations p
STK4038X STK4038X	SANYO
STK4038XI STK4038XI	SANYO		2007+	The STK4038XI is a dot matrix LCD controller and
STK4040 STK4040				Notice that the triangle waveform linearity is s
STK404-010 STK404-010				Minimum Dielectric Strength, Input-Output Minimu
STK404-030 STK404-030				One of its notable features is MaverickKey uniqu
STK404-040 STK404-040	SANYO		04+	RIFA RIFA article code RC
STK404-050 STK404-050				The Mini-ACE Plus* can optionally boot-up as a R
STK404-050A STK404-050A	SANYO		2300	deasserted. Data will be read out of the FIFO on
STK404-070 STK404-070	STK	SIP	SIP
STK404-070A STK404-070A	SANYO	HYB	03+	The transmitter data path consists of a transmit
STK404-070Y STK404-070Y	SANYO		652	The 80C186EB is a second generation CHMOS High-I
STK404-070Y-E STK404-070Y-E				10-bit ADC -1LSB INL; No Missing Codes -Progra
STK404-090 STK404-090	SANYO	MODULE	04+	Description 7.6 mm Common Anode Right Ha
STK404-090S STK404-090S	SANYO	模块		• Floating Channel Designed For Bootstrapp
STK404-090S(JP) STK404-090S(JP)				Over operating temperature range (TJ = -40C to +
STK4040II STK4040II	STK	SIP	SIP	System support functions include: two SMBus®
STK4040MK STK4040MK	st	06+	500	CHIP ENABLE The CE input is the device selection
STK4040MK10 STK4040MK10	SANYO	SIP15		VCCI is the VCC associated with the data input p
STK4040MK11 STK4040MK11	SANYO	ZSIP15	95	The evaluation board is capable of supporting di
STK4040MK11(STK4040XI) STK4040MK11(STK4040XI)				The Texas Instruments MSP430 family of ultralow-
STK4040MK2 STK4040MK2				The differential inputs are AC-coupled and intern
STK4040MK5 STK4040MK5	SANYO	ZIP15	O2	BUFFER READ: Data can be read from either one of
STK4040MK5(STK4040V) STK4040MK5(STK4040V)				If two or more UC1524 regulators are to operated
STK4040V STK4040V	SANYO		03+	This data sheet provides an overview of t
STK4040X STK4040X	SANYO			• Data mask (DM) for write data • D
STK4040XI STK4040XI	SANYO			by CMR test Electrical tests are perform
STK404-100 STK404-100	SANYO	HYB	02+	DEVICE OPERATIONS The following operations can
STK404-100S STK404-100S	SANYO		652	Bursts can be synchronized to external noise sou
STK404-100S-E STK404-100S-E				1.1 Scope. This specification covers the
STK404-120 STK404-120	SANYO			Notes: 1. VBR measured after IT applied for 300u
STK404-120-E STK404-120-E				VBIAS (VCC, VBS 1,2,3) = 15V unless otherwise sp
STK404-120Y STK404-120Y	SANYO	模块		Input voltage. For regulation at full load, the i
STK404-130 STK404-130	SANYO	05+/06+		GROUND - Is the return for the VBIAS supply. This
STK404-130-E STK404-130-E				Complementary clock of differential SRC clock pa
STK404-130S STK404-130S	SANYO		02+	The device contains two types of internal memory
STK404-130S(JP) STK404-130S(JP)				Notes: 1. All voltage values, except differenti
STK404-130Y-E STK404-130Y-E
STK404-140 STK404-140	SANYO	HYB	04+	GATE (Pin 7): Gate Drive Output Pin for Internal
STK404-140S STK404-140S	SANYO	HYB	03+	The SPS product family is specially designed for
STK404-140S-E STK404-140S-E				DC Supply Voltage Reverse DC Supply Voltage D
STK4042 STK4042				The MAX1165/MAX1166 16-bit, low-power, successive
STK404-240 STK404-240	SANYO		04+	Three 16-bit general-purpose timers are included
STK4042II STK4042II	SANYO	HYB	05+	Address Latch Enable: Output pulse for latching t
STK4042-II STK4042-II				Software runaway is a system hazard that is diff
STK4042IX STK4042IX				Note 4: Absolute maximum ratings are limits beyon
STK4042MK11 STK4042MK11	SANYO	ZIP15	O4	The tuning range of the AGC is subdivided into 2
STK4042MK11(STK4042XI) STK4042MK11(STK4042XI)				2. Tlow to Thigh = 0 to +125C for LM317MTlow to
STK4042MK2-ZA STK4042MK2-ZA				Applications • DC-DC converters • S
STK4042MK5 STK4042MK5	SANYO	ZIP15	OO	NOTES: A. CL includes probe and jig capacitance.
STK4042MK5(STK4042V) STK4042MK5(STK4042V)				Wave shaping is incorporated into the transmitter
STK4042V STK4042V	SANYO	STK	2004+	Certain applications and/or safety agencies may r
STK4042VL STK4042VL				Note 5: Timing specifications are sample tested a
STK4042XI STK4042XI	SANYO	HYB	N/A	-1600.00 -1558.30 -1600.00 -1600.00 -1600.00
STK4044 STK4044	SANYO			1. Single-Master Environment: In a singl
STK4044II STK4044II	SANYO		02+	Internal to the GS4882 and GS4982 is a robust vid
STK4044-II STK4044-II				The TMP86FM29 is the high-speed, high-perf
STK4044MK10 STK4044MK10	SANYO	SIP15		The 6N137, HCPL-2601/2611 single-channel and HCP
STK4044MK11 STK4044MK11				For a general estimate of ICC, the following equa
STK4044MK2 STK4044MK2	SANYO	SIP15		If the MC623 is used to measure the temper
STK4044V STK4044V	SANYO			For more information, visit our World Wide Web s
STK4044-V STK4044-V				The chip requires a single, even-parity bit to b
STK4044X STK4044X				The information provided herein is believed to b
STK4044XI STK4044XI	SANYO			If an ADJ-bypass capacitor is use, the amplitude
STK4044-XI STK4044-XI				Stability The IRU1015 requires the use of an out
STK4046 STK4046	SANYO			Note: 1. Stress greater than those listed under
STK4046II STK4046II	SANYO			The HDSP-253x is ideal for applications where
STK4046MK11 STK4046MK11	SANYO		04+	low insertion loss, 0.8 dB typ. excellent isol
STK4046MK5 STK4046MK5	SANYO		04+	Note: 1. Stress greater than those listed under
STK4046MK5(STK4046V) STK4046MK5(STK4046V)				The ISL6208 is a high frequency, dual MOSFET driv
STK4046V STK4046V	SANYO		04+	A latches in the storage mode and their outputs
STK4046VI STK4046VI	SANYO		04+	The APW7093 is a reversible energy flow, constant
STK4046VL STK4046VL				The TO-220 Fullpak eliminates the need for addit
STK4046X STK4046X				Note2. The BLOCK DIAGRAM does not include the Bou
STK4046XI STK4046XI	SANYO			Chip carrier material should be selected to have
STK4048 STK4048	STK	SIP	SIP	Provides RF Uart Functions, 12 Bit Symbols to Se
STK4048II STK4048II	SANYO			Precision fixed operating frequency (100 / 67 /
STK4048-II STK4048-II	SANYO	STK	2004+	Device programming is performed a byte/word at
STK4048MK2 STK4048MK2				A unity gain, differential amplifier is provided
STK4048V STK4048V	SANYO			Even the most conservative heat-sink design will
STK4048XI STK4048XI	SANYO	-	-	CAS -Before- RAS Refresh, Hidden
STK405 STK405	SANYO		07+	Clocks in the ispLSI 1032EA device are selected
STK4050 STK4050	N/A	sanyo	05+	Maximum ratings are those values beyond which de
STK405-010 STK405-010	SANYO		2007+	The Erase Suspend/Erase Resume feature allows th
STK405-020 STK405-020	SANYO		04+	The receiver is manufactured in a compact, 16-pi
STK405-030 STK405-030				The PIC12CE67X device has special features to r
STK405-030A STK405-030A	STK	07+		Features • 0.2% Initial Tolerance Max.
STK405-040 STK405-040	SANYO		01+	18-bit resolution 500kHz minimum sampling rate
STK405-050 STK405-050	SANYO	模块		Notes: 1. To check the reset circuit ,the reset
STK405-050A STK405-050A	SANYO	模块		(ang) -112.66 -126.47 -132.57 -135.16
STK405-060 STK405-060				AØ, BØ & CØ- are the con
STK405-070 STK405-070	SANYO	05+/06+		The STK405-070 and STK405-070 are L-Band Frequen
STK405-070A STK405-070A	SANYO	HYB	96+	This device contains circuitry to protect the in
STK405-070S STK405-070S	SANYO	STK	2004+	First, each operational amplifier can operate wi
STK405-080 STK405-080	SANYO		03+	• High-speed access times: -- 8, 10
STK405-090 STK405-090	SANYO	HYB	02+	The LVCC4245A is manufactured using advan
STK405-090A STK405-090A	SANYO	HYB	01+	10. The 7.5kΩ load represents 1 LSTTL unit
STK4050II STK4050II	SANYO	HYB	04+	Proper operation requires the use of two
STK4050MK2 STK4050MK2				A permanently enabled Watch-Dog Timer ensures op
STK4050MK5 STK4050MK5	SANYO		04+	In-system programmable 3.3V PROMs for configurat
STK4050V STK4050V	SANKEN		03+	For the most efficientuse of thesetwo control li
STK4050-V STK4050-V				n Software selectable I/O options TRI-S
STK405-100 STK405-100	SANYO		03+	Macrocell registers can be clocked from one of s
STK405-100A STK405-100A	SANYO		652	A/D & D/A converters: which are implemente
STK405-110 STK405-110	SANYO		04+	The fan speed is measured by counting the number
STK405-110A STK405-110A	SANYO	HYB	96+	The SN65176B and SN75176B differential bus trans
STK405-120 STK405-120	SANYO	HYB	05+	3.3V 10% Output Transmit Power Supply. Bypass wit
STK405-120A STK405-120A	SANYO	HYB	95+	The ZL5011x are cost effective devices aimed at t
STK4052 STK4052				Schottky Process For High Speed Multiplexer Ex
STK4060 STK4060	SK	SIP		NOTES 1Operating temperature range is as f
STK4065 STK4065	sanyo			The on-board RISC processor enables the I
STK4065SLS STK4065SLS				Note 4: The maximum power dissipation must be der
STK4067 STK4067	SK	MODULE	N/A	The STK4067 includes a built-in oscillator and se
STK4067L STK4067L	SK		98	CAUTION: Stresses above those listed in Absolute
STK4067-L STK4067-L	SK	SIP		Stresses beyond those listed under "absolut
STK4070-070B STK4070-070B	SANYO	模块		PWMs Compatible with Voltage-Mode or Current-Mo
STK407-020 STK407-020	SANYO		2007+	The power dissipation of the SC-74 is a f
STK407-040 STK407-040	SANYO		02+	The MAX3873A successfully meets the quali
STK407-040A STK407-040A	SANYO	STK	2004+	The HYM72V64736B(L)T8 Series are Dual In-line Mem
STK407-040B STK407-040B	SANYO	SIP	2001	Should the Buyer purchase or use a Samsung produ
STK407-040E STK407-040E				The LVT16373 and LVTH16373 contain sixteen non-i
STK407-050 STK407-050	SANYO	HYB	98+	Notes: 1. TA is the instant on case tempe
STK407-050B STK407-050B	SANYO	HYB	02+	Reset: A high on this pin for two machine cycles
STK407-050E STK407-050E	STK	07+/08+		The UC385 is easy to use. The adjustable version
STK407-051 STK407-051				The Hynix HYM72V32M636T6M Series are 32Mx64bits S
STK407-070 STK407-070	SANYO			Hardware data protection measures include a low V
STK407-070A STK407-070A	SANYO	STK	2004+	H = High Voltage Level, L = Low Voltage Level, X
STK407-070B STK407-070B	SANYO	HYB	98+	The STK407-070BNSH is a single-channel PWM
STK407-070E STK407-070E	SANYO	HYB	02+	The following specifications apply for AGND = DG
STK407-090 STK407-090	SANYO	05+/06+		The Hyundai HYM71V16S755AT8 Series are Dua
STK407-090A STK407-090A	STK	04+		The customer¢s voice sources are recorded s
STK407-090B STK407-090B	SANYO	HYB	00+	The A8282SLB output is set to 12, 13, 18,
STK407-090E STK407-090E	SANYO	SIP	2000	Left/right simultaneous volume or channel 1 volum
STK407-090E-E STK407-090E-E				ICC and ICC are dependent on output loading and
STK407-100 STK407-100	SANYO	05+/06+		This application note describes a circuit modific
STK407-100B STK407-100B	SANYO	HYB	00+	The clock input is fully differential to be comp
STK407-100E STK407-100E	SANYO	HYB	04+	The input clock frequency, Fin, and the internal
STK407-110 STK407-110	SANYO		652	Two Line Output Control BecauseEPROMs are usual
STK407-120 STK407-120	SANYO		2007+	The STK407-120C is an interline transfer CCD area
STK407-120A STK407-120A			02+	The SM/SMJ320VC33 can perform parallel multiply
STK407-120E STK407-120E	SANYO	HYB	02+	GHz TECHNOLOGY, INC. RESERVES THE RIGHT TO MAKE
STK407-240 STK407-240	SANSYO			The TLV320AIC2x implements the smart time divisi
STK407-250 STK407-250	SANYO	HYB	98+	• High-speed access time: 8, 10, 12, 15, a
STK407-270 STK407-270	SANYO		04+	The MPC862/857T/857DSL is comprised of three mod
STK407-290 STK407-290	SANYO		04+	RS is perhaps the easiest to measure accurately.
STK407-290K STK407-290K	SANYO	SIP	2002	The HAL 805 is programmable by modulating the su
STK407-710 STK407-710				Crossover Lockout The charge pump contains two
STK407-710K STK407-710K	SANYO	HYB	98+	The IC41C4400x and IC41LV4400x are CMOS DRAMs o
STK407K-050 STK407K-050				Specifications contained in this product brief a
STK408-040 STK408-040	SANYO			Page Write Page write allows up to 64 bytes to
STK408-040B STK408-040B	N/A	SANYO	04+	Analog Signal Range On Resistance, +25C
STK408-040E STK408-040E	SANYO	MODULE	02+	Macrocell registers can be clocked from one of s
STK408-080E STK408-080E				1. JA is measured with the component mounted on
STK408-090 STK408-090	SANYO	HYB		The level output pin provides a signal with twic
STK408-090E STK408-090E	SANYO		652	Additional features include: readback of burst-co
STK4083 STK4083				Both the TLE214x and TLE214xA are available in a
STK4090S STK4090S	SANYO	1900	SIP	66- or 133-MHz, 64-bit, true multifunction, int
STK-40F STK-40F				Enable pin for the Boot ROM or an external regist
STK410-000 STK410-000	SANYO		01+	Renesas Technologys HN58V65A series and HN58V66A
STK410-010 STK410-010	SANYO	HYB	97+	The LPS (link power status) terminal works with
STK410-020 STK410-020				l Up to 2.5 Gbps Bi-directional Data Links l Co
STK410-020D STK410-020D	SANYO	HYB	04+	3.3 Volt Operation (5V tolerant) Programmable Wa
STK410-030 STK410-030	SANYO	HYB	03+	It also provides the non-volatility of Flash wit
STK410-030D STK410-030D	SANYO			TAOperating free-air temperature−4085
STK410-030F STK410-030F	SANYO	HYB	04+	HN58X24xxx series are two-wire serial interface
STK410-030K STK410-030K	SANYO	模块		The CD4555B and CD4556B types are supplied in 16
STK410-090 STK410-090	STK	SIP	1998	The MC623 consists of a positive temperatu
STK4101 STK4101				ISSI reserves the right to make changes to its p
STK4101II STK4101II				Connect this pin to the upper MOSFETs gate. This
STK4101-II STK4101-II	SANYO		2007+	• Two Channel Quadrature Output wi
STK4101IIIV STK4101IIIV	SANYO	模块		When the JTAG interface in MAX 7000S devices is
STK4101IITV STK4101IITV				guarantees lower guaranteed maximum supply curre
STK4101MK2 STK4101MK2	SANYO	SIP18		Note 4: VIHCMR minimum varies 1 to 1 with VEE. V
STK4101MK5 STK4101MK5	SANYO		04+	©Atmel Corporation 2004. All rights reserved
STK4101V STK4101V	SANYO		01+	ensure that modifications, if any, have been corr
STK4102 STK4102	STEREOAMPLIFIER		03+	• Auto-Track™ Sequencing • Out
STK4102II STK4102II	SANYO	STK	2004+	Stresses beyond those listed under absolute
STK4102MK2 STK4102MK2	SANYO	SIP18		The waveform of the maximum DC applied voltage is
STK4111 STK4111		sanyo	05+	The CY7B9950 RoboClock is a low-voltage,
STK411-110 STK411-110	SANYO		04+	DESCRIPTION The VND5N07, VND5N07-1, VNP5N07FI a
STK411-120 STK411-120	SANYO		01+	Current Sharing Mode In the current sharing mode
STK411-150 STK411-150	SANYO		03+	(3) The products described in this material are
STK4111I STK4111I				Carrier Detect. This input controls the recovery
STK4111II STK4111II	SanKen		N/A	• Live Insertion and Removal Power Manager
STK4111MK2 STK4111MK2	SANYO	SIP18		(2) The technical information described in this
STK4111V STK4111V				4. Design your application so that the product i
STK4112 STK4112	SANYO	SIP	1999	There are 16 HDLC engines (one for each port) th
STK411-200 STK411-200	SANYO		03+	Flexible bit assignment is foreseen to support A
STK411-200E STK411-200E				NOTES 1Sample tested during initial release and
STK411-210 STK411-210	SANYO		03+	BURN-IN SCREENING Burn-in screening is an option
STK411-210E STK411-210E	SANYO	HYB	00+	(1) An export permit needs to be obtained from t
STK411-210M STK411-210M	SANYO	STK	2004+	The attached datasheets are prepared and a
STK411-220 STK411-220	SANYO			The bq2000 detects the battery chemistry by monit
STK411-220A STK411-220A	SANYO	STK	2004+	Watchdog Input. The internal watchdog timer clear
STK411-220D STK411-220D				The DAC5687 is a dual-channel 16-bit high-speed
STK411-220E STK411-220E	SANYO	SIP-22	04+	These devices operate from a 2.5-V to 5.5-V sing
STK411-220M STK411-220M	SANYO	STK	2004+	FEATURES D Integrated Drive Regulator (4
STK411-230 STK411-230	SANYO	sanyo	05+	The control input pin of the regulator. This pin
STK411-230D STK411-230D	SANYO			The factory pre-set output voltage of Power Tren
STK411-230E STK411-230E	SANYO			Power supply input pin for VCC1. When using an ex
STK411-230E(JP) STK411-230E(JP)				Entering SIMD mode also has an effect on the way
STK411-230M STK411-230M	SANYO	STK	2004+	Output Drive Capability: 15 LSTTL Loads &
STK411-240 STK411-240	SANYO			High-drive GTLP backplane interface devices feat
STK411-240E STK411-240E	SANYO	HYB	02+	This IC functions in a variety of CPU systems and
STK411-250E STK411-250E				- Logic controlled 1-CH DC motor driver - 4-CH B
STK411-290 STK411-290	SANYO		04+	regarding media compatibility in your applicatio
STK411-290E STK411-290E	SANYO	HYB	02+	• HiPerFETTM technology - low RDSon
STK4112II STK4112II	SK	sanyo	05+	Linearity errors of 0.5 and 1.0 LSB, and Differ
STK4112MK2 STK4112MK2	SK	02+		Sets the oscillator frequency and maximum duty c
STK4113II STK4113II				Test Condition Vss < VIN < Vcc Vs
STK411-550 STK411-550	SANYO	HYB	01+	Each transmit channel accepts parallel character
STK411-550E STK411-550E	SANYO	HYB	02+	Edition 07.99 Published by Siemens AG, Bereich
STK411-550G STK411-550G	SANYO	HYB	00+	The CPU core of MTV230M is compatible with the in
STK4120 STK4120	SANYO		07+	The DS1330AB provides full-functional capability
STK412-000 STK412-000	SANYO			NOTES: (1) 100% tested at rated continuous for o
STK412-010 STK412-010	SANYO	SIP	2004+	The FDC10 and FDC10-W series offer 10 watts of ou
STK412-010A STK412-010A				The LatticeECP/EC family of FPGA devices has bee
STK412-020 STK412-020	SANYO	ZIP	N/A	The CKE input determines whether the CLK input i
STK412-020A STK412-020A	STK	07+		The C67x CPU executes all TMS320C62x™ DSP
STK412-020-E STK412-020-E				Cycle-by-cycle current limit provides protection
STK412-030 STK412-030	SANYO		03+	The ADXL321 is a small and thin, low power, comp
STK412-0301 STK412-0301				n OSD Window Fade In/Fade Out n OSD Half Tone Tr
STK412-030I STK412-030I	SANYO	ZIP-18	N/A	The TOSHIBA products listed in this docume
STK412-040 STK412-040	SANYO	HYB	02+	IE is used to enable/disable writing into memory.
STK412-040-E STK412-040-E	SANYO	SIP	08+
STK412-040T STK412-040T				The Radiation Hardened IS-2100ARH is a high freq
STK412-050 STK412-050	STM	DIP-42	02+	Radiation Hardened up to 1 x 106 Rads (Si) Sing
STK412-060 STK412-060	STM	DIP-42	02+	The specification of STK412-060A is identical to
STK412-070 STK412-070	SANYO	HYB	02+	and SN74121 One Shots SN54221 and SN74221 Demons
STK412-090 STK412-090	SANYO	SIP	N/A	Bridge or stereo configuration. Few External c
STK4120MK2 STK4120MK2	SANYO	HYB		Absolute maximum ratings are limiting values, to
STK4121 STK4121				Regulation is measured at constant junction temp
STK412-100S STK412-100S				NOTE:The CT capacitor must be connected between t
STK412-120 STK412-120	SANYO		04+	Anode of the Biasing Diode that matches the therm
STK412-130 STK412-130				For the most current package and ordering inform
STK412-140 STK412-140	SANYO	HYB	05+	3.8 AUI Interface The AUI interface consists of
STK412-140-E STK412-140-E				Outputs are only disabled or enabled when
STK412-150 STK412-150	SANYO	ZIP	N/A	When the external program/data bus is used in 16
STK412-150(JP) STK412-150(JP)				NOTE: 1. Stresses greater than those listed und
STK412-150M STK412-150M	SANYO	MODULE	N/A
STK412-170 STK412-170	SANKEN		03+	3-phase rectifier bridge 3-phase short circuit
STK412-170-E STK412-170-E				Notes: 5. Typical values are at VCC=5.0V,
STK4121II STK4121II	SANYO	05+/06+		Configuration of a single-ended input has been
STK4121-II STK4121-II	SANYO	STK	2004+	C, as in PIC12C671. These devices have EPROM typ
STK4121MK2 STK4121MK2	SANYO	SIP18		ESD voltage thresholds are dependent on the circu
STK4121MK5 STK4121MK5				Pay particular attention that parasitic couplings
STK4121V STK4121V	SANYO	模块		The 17517 can drive two motors in two dir
STK4121-V STK4121-V	SANYO	STK	2004+	(this is not the Deep Power-down mode). Driving
STK4122 STK4122				The OPA675 and OPA676 are wideband monolithic o
STK412-200 STK412-200	SANYO		01+	DC input, toggles CDMA amplifier output between
STK412-210 STK412-210	SANYO	MOUDLE	03+
STK412-210A STK412-210A	SANYO	HYB	02+	The MAX1978 operates from a single supply and pro
STK412-220 STK412-220	SANYO		03+	PFC Driver Output. This pin must be connected to
STK412-220A STK412-220A				Thermal Resistance − Junction−toW
STK412-220A-E STK412-220A-E				NOTES: 1. Dimensions are in inches.
STK412-230 STK412-230	SANYO	厚膜	04+	functional operation of the device at these or a
STK412-230C STK412-230C				Enough current should be supplied into the VCC l
STK412-230-E STK412-230-E				Note 3: Without a heat sink, the thermal resistan
STK412-240 STK412-240	SANYO	ZIP	N/A	If the A5, A1, A0 address line inputs are
STK412-240M STK412-240M	SANYO	HYB	03+	Added section 4.15.3 - In-System-Programmi
STK412-290 STK412-290	SANYO	SIP-18	04+	Note 9: If the product is in shutdown mode and VD
STK4122II STK4122II	sanyo			Together with separate aerials and tuners for eac
STK4122-II STK4122-II	SANYO	STK	2004+	FUNCTION Input pin for oscillator. It can be con
STK4122MK2 STK4122MK2	SANYO		DIP	DESCRIPTION The M27C801 is an 8 Mbit EPROM offe
STK4122MK2(STK4122II) STK4122MK2(STK4122II)				The W83877ATF supports one PC-compatible printer
STK4122MK2-E STK4122MK2-E				The DS89C430, DS89C440, and DS89C450 offer the h
STK412-400 STK412-400	SANYO	HYB	04+	Control of the wiper (RW) position setting is acc
STK412-410 STK412-410	SANYO	HYB	04+	The DS1642 is in the read mode whenever WE (write
STK412-420 STK412-420	SANYO	HYB	02+	This is a dual-function pin. In the CY Standard m
STK412-420-E STK412-420-E				The fixed 54 MHz clocking of the ADCs and datapa
STK412-430 STK412-430	N/A	sanyo	05+	Leading-edge triggering (A) and trailing edge tr
STK412-430-E STK412-430-E				Note 4 designing with this supply Worst case VI
STK412-440 STK412-440	SANYO	HYB	03+	Address Inputs Byte Enable Data In / Out Dat
STK412-470 STK412-470	SANYO		04+	All unused inputs of the device must be held at
STK412-490 STK412-490	SANYO	HYB	04+
STK412-530 STK412-530				spikes (see ISO7637 transient compatibility tab
STK4126MK10 STK4126MK10	SANYO	模块		Figure 1 shows a typical application circuit. Th
STK4127MK2 STK4127MK2	SANYO	模块		PARAMETER Reference Voltage Fb Voltage Fb Volt
STK4130 STK4130	SANYO		07+	The 74HC/HCT393 are 4-bit binary ripple counters
STK413-000 STK413-000	STM	DIP-42	02+	DATA Pin The DATA pin is the serial data
STK413-010 STK413-010	SANYO		2007+	The information provided herein is believed to be
STK413-010A STK413-010A	Sanyo		04+	The clock driver serial protocol accepts byte wri
STK413-010B STK413-010B				NOTES: (1) dBFS refers to dB below Full-Scale. (
STK413-020 STK413-020	SANYO	HYB	00+	Supporting system speeds greater than 100 MHz an
STK413-020A STK413-020A	SANYO	MODULE	N/A	• Low-power, high-speed CMOS EPROM/EEPROM
STK413-030 STK413-030	SANYO		04+	Switched Mode Power Supplies: • AC-DC con
STK413-040 STK413-040	SANYO		04+
STK413-040T STK413-040T	SANYO	模块		Stability The IRU1050 requires the use of an out
STK4130MK2 STK4130MK2	SANYO
STK4131 STK4131	SANYO	SIP	01+	Conditions Measured from input terminals to out
STK4131-2 STK4131-2	SANYO	SIP18		NOTES: 1. For conditions shown as Min. or Max.,
STK4131II STK4131II				Analog Signal Range On Resistance, +25C
STK4131-II STK4131-II	SANYO	STK	2004+	The output voltage of the PT6440 Series ISRs may
STK4131II/V STK4131II/V				The STK4131II/V is a medium-drive (50 mA), 18-bi
STK4131MK2 STK4131MK2	SANYO	SIP18		TAOperating free-air temperatureC55125C4085
STK4131MK5 STK4131MK5				Continuous Drain Current, VGS @ 10V Continuous
STK4131V STK4131V	SANYO	模块		The STK4131V provides the added functional
STK4131-V STK4131-V	SANYO	STK	2004+	Notes: 5. LL disables outputs if TEST = M
STK4132 STK4132	ST			64Mbit of Flash Memory Page Program (up to 256
STK413-210 STK413-210	SANYO		04+	The HT9142 has two built-in operation amplifiers.
STK413-210A STK413-210A	SANYO	ZSIP22	O2	No Internal Connection. Power-Down Control Input
STK413-220 STK413-220	STM	DIP-42	05+	Parameter Total Gate Charge (turn-on)
STK413-220A STK413-220A	SANYO			This document is a general product description an
STK413-230 STK413-230				(1) All typical values are at TA = +25C. (2) In
STK4132II STK4132II	SANYO	05+/06+		DECODER AND RECEIVE FILTER PCM data is shifted
STK4132-II STK4132-II	SANYO	STK	2004+	Input used to enable page download mode. When PA
STK4132MK2 STK4132MK2	SANYO	SIP18		• The information in this document is curre
STK4132MK2-E STK4132MK2-E				Three Input Comparators with Schmitt-trig
STK4133 STK4133	n/a	n/a	04+	This series of hermetically packaged products fe
STK4133II STK4133II	SANYO	HYB	98+	The product identification mode identifies the d
STK413-400 STK413-400	SANYO	HYB	04+	4.4.1 Group A inspection. Group A inspecti
STK413-410 STK413-410	SANYO		04+	The ADS1208 is a 2nd-order ∆Ó (delt
STK413-420 STK413-420	SANYO	MODULE	N/A	Features NPT IGBT technology low sa
STK413-430 STK413-430	SANYO	HYB	03+	NOTES: (1) With a balanced differential signal,
STK413-430-E STK413-430-E				= 111, then all 4 bits are high. If TECH[2:0] = 0
STK413-490 STK413-490	SANYO		04+	Note 1: The MAX5075 is 100% tested at TA = TJ = +
STK413-530 STK413-530				Drain-to-Source Breakdown Voltage Gate Threshol
STK4137MK2 STK4137MK2	SANYO			For a 1.25V input, and a 22µH inductor, th
STK4140 STK4140	SANYO	模块		VBIAS (VCC, VBS1,2,3) = 15V unless otherwise spe
STK4140MK2 STK4140MK2	SANYO
STK4140MK5 STK4140MK5				A comprehensive evaluation system is available up
STK4140MK5-Z STK4140MK5-Z				Lead Temperature (1.6mm or 1/16 from case for 10
STK4141 STK4141	SANYO		06+	Figure 2 shows the outline and pin-out descripti
STK414141 STK414141				International Rectifiers RADHard HEXFET® tec
STK4141II STK4141II	SANYO	MODULE	N/A	The Hyundai HYM72V32756T8 Series are 32Mx72bits S
STK4141-II STK4141-II	SANYO	STK	2004+	The STK4141-II is programmed on a byte-by-byte ba
STK4141II/V STK4141II/V				The Preliminary Information presented herein rep
STK4141MK2 STK4141MK2	SANYO	SIP18		associated with such unintended or unauthorized
STK4141MK2-E STK4141MK2-E				The LTC®6903/LTC6904 are low power self conta
STK4141MK5 STK4141MK5				The TSH300 is a voltage feedback amplifier feat
STK4141V STK4141V	SANYO	05+/06+		ACTIVE: Product device recommended for new design
STK4141-V STK4141-V	SANYO	STK	2004+	The 74HC245; 74HCT245 is an octal transceiver fe
STK4141X STK4141X				• Double-data-rate architecture; two data t
STK4141X(JP) STK4141X(JP)				A Retriggerable one-shot multivibrator has an ou
STK4142 STK4142
STK4142I STK4142I				DMS (Data Management Software) allows systems to
STK4142II STK4142II	SANYO	05+/06+		ODIS 14 OUTPUT DISABLE - asserting this
STK4142-II STK4142-II	SANYO	STK	2004+	The DAC5687 includes several input options: sing
STK4142MK2 STK4142MK2	SANYO			Resistor Terminal A1 Wiper Terminal W1 Resistor
STK4142MK2-E STK4142MK2-E				The Read operation of the EM39LV040 is controlled
STK4144 STK4144	SANYO	SIP22		Meets SONET requirements for jitter tran
STK4144-II STK4144-II				Hynix HYMD116G725A(L)8M-K/H/L series incorporates
STK4144MK2 STK4144MK2				High-drive GTLP backplane interface devices feat
STK4145 STK4145	SANYO		07+	Each device includes a voltage regulator,
STK4145MK2 STK4145MK2	SANYO			When using the internal demodulator, the oscillat
STK4145MK5 STK4145MK5	SANYO	SIP	2001	The Hynix HYM76V8635HGT8 Series are Dual I
STK4147MK2 STK4147MK2	SANYO			The clear function for the LV163A devices is syn
STK4150 STK4150	SANYO		DIP	Stanford Microdevices STK4150 is a high performa
STK41502 STK41502				• 10-bit, up to 16-channel Analog-to-Digit
STK415-090J-E STK415-090J-E				The internal VCO is based on the TLC2932 and TLC
STK4150MK2 STK4150MK2			98	1. Stresses beyond those listed under absolute ma
STK4150MK2Z STK4150MK2Z				(and other parameters) will be met at the specif
STK4151 STK4151				NOTES: 1. Dimensions are in inches.
STK4151-2 STK4151-2	SANYO	SIP18		By taking advantage of Analog Devices high-perfo
STK415-130 STK415-130				The 100314 is a monolithic quint differential li
STK415-170 STK415-170	SANYO		04+	Biasing The positive Vcc supply voltages are app
STK4151II STK4151II	STK	SIP	SIP	† Stresses beyond those listed under absol
STK4151-II STK4151-II	SANYO	STK	2004+	In all of these cases, each connection provides
STK4151MK10 STK4151MK10				, LTC and LT are registered trademarks of
STK4151MK2 STK4151MK2	SANYO	SIP18		The LMV101/102/105/110 fixed-gain amplifier fami
STK4151MK5 STK4151MK5	SANYO	SIP18		Output Voltage Range FBx Threshold Voltage FBx
STK4151MK5(STK4151V) STK4151MK5(STK4151V)
STK4151V STK4151V	SanKen		N/A	The bq2400x series ICs are advanced Li-Ion linea
STK4151-V STK4151-V	SANYO	STK	2004+	The information contained herein is presen
STK4151V/II STK4151V/II				The ADC122S101 operates with a single supply tha
STK4151X STK4151X				Red tinted, diffused Green tinted, diffus
STK4152 STK4152	sanyo			Notes : 1. In case of module timing, command cycl
STK4152II STK4152II	SANYO	MODULE		The XRT59L91 is an optimized single-chip analog
STK4152-II STK4152-II	SANYO	STK	2004+
STK4152MK2 STK4152MK2				3. Load regulation and output voltage are measur
STK4152MK2-E STK4152MK2-E				Multiple pulse inputs (repetitive pulse inputs) c
STK4152MK2GP STK4152MK2GP				*NOTE: While the STK4152MK2GP can be operated at
STK4154 STK4154				ﬁxed off-time. CT also sets the BLANK t
STK4154MK2 STK4154MK2	SANYO	SIP	2001	The Fairchild Switch FST34170 is a 17-bit to 34-
STK4154MK5 STK4154MK5	SANYO		652	Permanent device damage may occur if Absolute Max
STK4157 STK4157				Ground pin. Complement clock of differential PC
STK4157MK2 STK4157MK2	SANYO		01+	DESCRIPTION HCF4020B is a monolithic integrated
STK4159MK2 STK4159MK2				Programs compiled natively on the host can run o
STK4160MK2 STK4160MK2	SANYO	SIP-19	01+	When the result is rounded to fewer than 16 bits
STK4161 STK4161	STK	SIP	SIP	The dropout voltage is defined as the input to o
STK4161II STK4161II	SANYO	HYB	01+	The SLIC employs a feedback circuit to supply a c
STK4161-II STK4161-II	SANYO	STK	2004+	In addition to low distortion, the large amount
STK4161II/V STK4161II/V				Read and write accesses to the DDR SDRAM are bur
STK4161MK2 STK4161MK2				A programmable digital audio effects processor e
STK4161V STK4161V		Stereo amplifier		Notes: 1. Repetitive Rating : Pulse width limite
STK4161-V STK4161-V	SANYO	STK	2004+	Information furnished is believed to be accurate
STK4161X STK4161X				This document is a general product description a
STK4162 STK4162			97	The AH25Z-2Z die type has been found to h
STK4162II STK4162II				The HYM72V64C756T8 H-Series are high spee
STK4162-II STK4162-II	SANYO	STK	2004+	Short circuit protection is provided through fol
STK4162MK2 STK4162MK2	SYO		98	DESCRIPTION Using the latest high voltage techn
STK4162MK2-E STK4162MK2-E				CAUTION: These devices are sensiti
STK4164 STK4164	SANYO		07+	The output pull-up structure can be globally con
STK4164II STK4164II	SANYO	HYB	00+	3. Load regulation and output voltage are measur
STK4164MK2 STK4164MK2	SANYO	ZIP	98+	The LTC3722-1/LTC3722-2 feature adjustable synchr
STK4164MK5 STK4164MK5	SANYO	模块		feature Adjustable output power with differentia
STK4165 STK4165				External clock option: The receiver can accept a
STK4165MK2 STK4165MK2	SANYO	05+/06+		The logic enable disables the power switch, the
STK4167MK2 STK4167MK2				Performance warranty of products offered on this
STK417-090 STK417-090				Problems relating to playback of sound on audio
STK4170MK2 STK4170MK2		Jack(Available)		The bq2083−V1P2 supports the Smart Battery
STK4171 STK4171				CT: The oscillator-programming pin. Only two comp
STK417-100 STK417-100	SANYO			Glueless interface to an external 10BASE-T trans
STK417-120 STK417-120	SANYO			This N-Channel IGBT is a MOS gated, logic level d
STK417-120(A) STK417-120(A)		DIP	05+	New trench HEXFET® Power MOSFETs from Inter
STK417-120A STK417-120A				Temperature Error Using Remote Diode of 0.13 mi
STK417-130 STK417-130				The Programmable Interconnect Matrix (PIM) connec
STK417-140 STK417-140	SANYO			Notes: 1. Functional operation under any of the
STK4171II STK4171II			98	The information herein is given to describe cert
STK4171-II STK4171-II	SANYO		2007+	Clock Input. CLK provides the reference signal to
STK4171MK10 STK4171MK10				The ICS728 VCXO function consists of the externa
STK4171MK2 STK4171MK2				These products are not designed for use in life s
STK4171V STK4171V	SANYO	HYB	00+	The new generation CoolSET™-F3 provides Ac
STK4171-V STK4171-V	SANYO	STK	2004+	Support for simultaneous operation of all above
STK4171X STK4171X		Stereo amplifier		Carry Lookahead Each Function Block provides a
STK4172 STK4172	sanyo			As VCE is further increased, beyond the thermally
STK4172II STK4172II				BlueCore4-ROM Plug-n-Go has been designed to red
STK4172-II STK4172-II	SANYO	STK	2004+	In encoding mode, audio data is input via the in
STK4172II(JP) STK4172II(JP)				BOOT BLOCK PROGRAMMING LOCKOUT: The device has o
STK4172MK2 STK4172MK2	SANYO	SIP18		CAUTIONS REGARDING NOISE: Be aware that when vo
STK4174 STK4174	SANYO		07+
STK4174MK2 STK4174MK2	SYO		98	A gear-tooth sensing system consists of t
STK4174MK5 STK4174MK5				The NJU6048 is a high-efficiency white LED
STK4177 STK4177				Feedback pin Chip Enable: H: Enable &nb
STK4177MK2 STK4177MK2	SANYO			Short-Circuit Output Current is a parameter that
STK4179 STK4179	SANYO		07+	A heatsink is required to keep the junction temp
STK4180 STK4180	SANYO			The SiP5630 senses the operational state of the
STK4180MK2 STK4180MK2	SANYO	HYB
STK4181 STK4181	SANYO	05+/06+		• Ultra-miniature size with universal termi
STK4181II STK4181II	SANYO	HYB	04+	9.1 In no event shall DVSI be liable for any spe
STK4181-II STK4181-II	SANYO	STK	2004+	READ SEQUENCE (READ): Reading the device via the
STK4181MK2 STK4181MK2				The STK4181MK2 is a Central Office Interface Circ
STK4181V STK4181V	SANYO	HYB	01+	Footnotes: 1) Standard frequency stability (20,
STK4181-V STK4181-V	SANYO	STK	2004+	During a Bank Activate command cycle, Address def
STK4181X STK4181X				2.3 External Special Function Registers (XFR) Th
STK4182 STK4182	SANYO	(LX)high-frequency		Lead Configurations All of these devices are mad
STK4182II STK4182II	STK	SIP	SIP	This module generates a slow System Clock (32.76
STK4182-II STK4182-II	SANYO	STK	2004+	In-rush current is limited to a programmable val
STK4182II(JP) STK4182II(JP)				Single chip 24-port 10/100M wire speed Ethernet
STK4182MK2 STK4182MK2	STEREOAMPL	N/A	06+	A self-timed row precharge initiated at the end
STK4182MK2-E STK4182MK2-E				Designed to support the requirements of convergin
STK4183 STK4183				The TS80C54/58X2 has 2 software-selectable modes
STK4184 STK4184	SANYO
STK4184-II STK4184-II				PowerDrive devices significantly increase perfor
STK4184MK2 STK4184MK2				n No special start-up sequence required between
STK4184MK5 STK4184MK5	SANYO		652	Finally, the CY7C373i features a very simple timi
STK4185 STK4185	SANYO		07+	VTEMP LOADING The VTEMP output has very weak dr
STK4185MK2 STK4185MK2	STK	DIP		Note 1: Absolute Maximum Ratings indicate limits
STK4187MK2 STK4187MK2				Port 2: Port 2 is an 8-bit bi-directional I/O por
STK4191 STK4191				Read and write accesses to the DDR SDRAM are bur
STK419-110 STK419-110	SANYO			SUPPLY VOLTAGE, +VS to CVS OUTPUT CURRENT, wit
STK419-120 STK419-120	SANYO			Parameter Carrier Frequency Operating V
STK419-130 STK419-130	SANYO			The bq4802Y/bq4802LY contains a temperature- co
STK419-140 STK419-140	SANYO			During operation, the STK419-140/STK419-140 moni
STK419-140A STK419-140A	SANYO	HYB	96+	4 PLL architecture Linear frequency programming
STK419-150 STK419-150	SANYO	ZIP20	97+
STK4191II STK4191II	STK	SIP	SIP	Note 1: Thermal resistance of the TO-3 package (K
STK4191-II STK4191-II	SANYO	STK	2004+	Notes: 1. Gate Open 2. Measurement using the ga
STK4191IITW STK4191IITW				Voice within each group are combinations of diff
STK4191MK10 STK4191MK10				CAUTION ESD (electrostatic discharge) sensitive
STK4191MK2 STK4191MK2	PMC		DIP	The rate and magnitude that the PLL corrects the
STK4191MK2-E STK4191MK2-E				† Stresses beyond those listed under absol
STK4191MK5 STK4191MK5	SANYO			Upgraded speed grade -8 numbers in Virtex-E Elec
STK4191V STK4191V			98	Bias Modes The power amplifier may be placed in
STK4191-V STK4191-V	SANYO	STK	2004+	OE controls the impedance of the output buffers.
STK4191X STK4191X		Stereo amplifier		NOTE: EP circuits are designed to meet the DC sp
STK4192 STK4192	SANYO	(LX)high-frequency		The Rambus RIMM modules are offered in a 184-pad
STK4192II STK4192II				The attached data sheets are provided by SAMSUNG
STK4192-II STK4192-II	SANYO	STK	2004+	• Low forward voltage VF , optimum for low v
STK4192MK2 STK4192MK2	PMC		DIP	Fixed Output Voltages of 2.048 V, 2.5 V, 3 V, 4.
STK4192MK2-E STK4192MK2-E				NOTES:2911 tbl 09 1. "X" in part numb
STK4193 STK4193				Available in the Texas Instruments NanoStar͐
STK4194 STK4194				Information at the data (D) inputs meeting the s
STK4195MK5 STK4195MK5	SANYO	HYB	01+	The device is designed to comply with all JEDEC
STK4196MK10 STK4196MK10	SANYO			Furthermore, the MAX104 provides latched, differ
STK4196MK10V STK4196MK10V				Control Interface I2C Bus Interface Device and
STK4196X STK4196X				Package drawings, standard packing quantities, t
STK4197MK2 STK4197MK2	SANYO			Max. UnitsConditions CCCSVDS = 15V, ID = 3.8A &
STK4199II STK4199II				The XRT75VL00D incorporates an advanced crystal-
STK4199MK2 STK4199MK2	SANYO	SIP24		Certain hardware scanning patterns for the A/D Co
STK419N STK419N				RF input pin. This pin requires the use of an e
STK420 STK420				Sector Read With sector read, a sector address
STK420-091 STK420-091				THESE MATERIALS ARE PROVIDED "AS IS" W
STK4201 STK4201				CT: Short circuit timing capacitor and shutdown i
STK420-121 STK420-121	SANYO	SIP-22	05+	The VCA2619s VGA section consists of two parts:
STK4201II STK4201II	SANYO			Reset: A high on this pin for two machine cycles
STK4201-II STK4201-II	SANYO	STK	2004+	The SuperFlash technology provides fixed Erase a
STK4201MK10 STK4201MK10				The SL531 transfer characteristic has two
STK4201MK2 STK4201MK2	STEREOAMPL		98+	The recommended input capacitance is determined
STK4201V STK4201V	SANYO	HYB-22	03+	The Watchdog Timer provides an independent prote
STK4201-V STK4201-V	SANYO	STK	2004+	The SN65MLVD128 and SN65MLVD129 are LVTTL-to-M&#
STK4201X STK4201X	SANYO			The Freescale Semiconductor accelerometer
STK4204 STK4204				ECOS2CA221AA ECOS2CA271AA ECOS2CA331AA ECOS2CA
STK4204MK2 STK4204MK2				The FM local oscillator consists of a transistor
STK4204MK5 STK4204MK5	SANYO	摸块		The Master begins a transmission by sending a ST
STK4205MK2 STK4205MK2				sizing, and programmable I/O (PIO) pins on one c
STK4209MK5 STK4209MK5				When VCC is greater than 1V and less than the UV
STK4211 STK4211				♦ Direct IF Sampling Up to 400MHz ♦
STK4211II STK4211II			98	will vary with supply voltage, switching frequenc
STK4211-II STK4211-II	SANYO	STK	2004+	VREFR− Rch Negative Voltage Reference Out
STK4211MK2 STK4211MK2	SANYO	SIP22		Xilinx reserves the right to make changes, at an
STK4211MK5 STK4211MK5	SANYO	SIP22		The voice data memory area of the API8208A can b
STK4211V STK4211V	SANYO		02+	Mode Select Table A LOW signal on MR overrides a
STK4211-V STK4211-V	SANYO	STK	2004+	1. Rating applies when surface mounted on the mi
STK4211X STK4211X				Deadtime High-Current Totem-Pole Dual Output Sta
STK4214 STK4214	SANYO			Notes: 1. CL includes probe and jig capacitance.
STK42-140 STK42-140	SANYO	HYB	02+	Note 4 When the input voltage (VIN) at any pin ex
STK4214M2 STK4214M2				Stress above those listed under Absolute Maximum
STK4214MK2 STK4214MK2				• When the processor power supply voltage
STK4215 STK4215	SANYO			Note 1: LXSU has internal clamp diodes to PVSU an
STK4215MK2 STK4215MK2	sanyo			Signal Processor (DSP) C SMJ320C62x C 5-
STK4216MK10 STK4216MK10			98	The NC7SZ74 is a single D-type CMOS Flip-Flop wi
STK4219MK2 STK4219MK2				† Stresses beyond those listed under absol
STK4220MK2 STK4220MK2				In order to facilitate data busing, three-state
STK4221 STK4221				energy and achieve high linearity performance. F
STK4221II STK4221II	SANYO	05+/06+		Typical applications include sensor systems that
STK4221-II STK4221-II	SANYO	STK	2004+
STK4221M-1 STK4221M-1
STK4221MK2 STK4221MK2				The 74HC/HCT153 have two identical 4-input mul
STK4221MK2-E STK4221MK2-E				This DAC utilizes a double-buffered 3-wire seria
STK4221MK5 STK4221MK5	SANYO	SIP22		Receive synchronizing signal input. Eight requir
STK4221V STK4221V	SANYO		652	The output pulse duration is programmed by selec
STK4221-V STK4221-V	SANYO	STK	2004+	Removed preliminary. Removed old CP44 pin names
STK4224 STK4224				Features • Number of active dots: 1,557,00
STK4224M STK4224M				The power MOSFET outputs of these devices are si
STK4225 STK4225	SANYO			To select I2C bus or 4-Wire serial bus, so
STK4225II STK4225II	SANYO	HYB	02+	This Application Brief exists as a supplement to
STK4225MK2 STK4225MK2	SANYO		04+	between 0 and 16 product terms from the product t
STK4230MK2 STK4230MK2				• I/O-isolation 6000 VDC • Creeping/
STK4231 STK4231	SANKEN	SOT	00+	An inhibit terminal is provided that can be used
STK4231-11 STK4231-11				PCI compatible BusCfriendly architecture includi
STK4231II STK4231II	SK			This document is a general product description an
STK4231-II STK4231-II	SANYO	STK	2004+	Clocks in the ispLSI 2096VL device are selected
STK4231MK2 STK4231MK2	PMC	SIP22		The READ instruction is the only instruction tha
STK4231MK2-E STK4231MK2-E				When the scaler/interlacer is bypassed, a second
STK4231MK5 STK4231MK5	SANYO	ZIP22	98	Preliminary product information describes produc
STK4231V STK4231V	SANYO			Note 1: Exceeding the absolute maximum rating ma
STK4231-V STK4231-V	SANYO	STK	2004+	Short-Circuit Output Current is a parameter that
STK4234MK2 STK4234MK2	SANYO		DIP	Figure 18.TSOP48 Lead Plastic Thin Small Outline
STK4234MK5 STK4234MK5				Supply Current 1 Supply Current 2 R Output Volt
STK4235 STK4235				test for dry air, and other media, are available
STK4235MK2 STK4235MK2	sanyo			Flexible 3-Wire Serial Digital Audio Input and &
STK4235MK5 STK4235MK5	SANYO			Hynix HYMD212G726(L)S4-K/H/L series is registered
STK4241 STK4241	SANYO	SIP	06+	DESCRIPTION The STK4241 is a low voltage CMOS S
STK4241II STK4241II	SANYO			SIGNAL DESCRIPTIONS See Figure 1, Logic Diagram
STK4241-II STK4241-II	SANYO	STK	2004+	Modulator The modulator is a direct conversion
STK4241MK5 STK4241MK5				Code Composer Studio and XDS510 are trademarks o
STK4241V STK4241V	SANYO			SD/CT: This is the shutdown pin and also the shor
STK4241-V STK4241-V	SANYO	STK	2004+
STK4242II STK4242II				Notes: 1. Repetitive Rating : Pulse width limite
STK4244 STK4244				If the STBY* input (pin 8) is left open-circuit
STK4244MK5 STK4244MK5				The input/output pins (I/O1 through I/O16) are p
STK425-090 STK425-090	SANYO	MOUDLE	N/A	Stresses above those listed under Absolute Maxim
STK4250MK2 STK4250MK2	STK	SIP	1993	The auto identify mode allows the reading out of
STK425-130 STK425-130				The chip is built around an ARM946ES RISC proces
STK425-150 STK425-150		sanyo	05+	The low-power consumption of < 0.75mW (typ at
STK426/530 STK426/530				Each of the four output stages has its own zenerc
STK426-050 STK426-050	STK	SIP	1997	This pin connects directly to the rectified AC li
STK426-090 STK426-090	STK	SIP	1997
STK426-090P STK426-090P	STK	SIP
STK426-091 STK426-091				• Optimum instruction set for controller ap
STK426-530 STK426-530	SANYO			To interpolate, the chip accepts incoming data o
STK426-530K STK426-530K	SANYO	SIP	1998	CASE: Void-free transfer molded thermosetting ep
STK426-536 STK426-536	SANYO			FEATURES Throughput Rate: 250 kSPS Specified fo
STK4272 STK4272	SAY	HYB	96+	This automotive grade product provides a
STK4273 STK4273				The ACS120 switch is able to sustain safely the
STK4274 STK4274			03+	The ISL6115 has an integrated charge pump allowin
STK4274-E STK4274-E				Flexible mapping of MUXselx to MUXx allows the
STK4274M STK4274M	SANYO	模块		RF input pin. This pin is NOT internally DC bloc
STK4275 STK4275	SK			A 1% resistor must be connected directly between
STK4275M STK4275M	SANYO	模块		Row Address Strobe Column Address Strobe Write
STK4275MB STK4275MB	SANSYO		99	Active-Low. Reset is asserted when VCC drops belo
STK4277 STK4277	SK			The MC100ES6039 is a low skew 2/4, 4/6 c
STK4277SL STK4277SL
STK4278 STK4278	SK			• M68HC11 CPU • Power Saving STOP
STK4278L STK4278L	SANYO			The MK1491-06 requires some inexpensive external
STK4279 STK4279	SANYO		03+	AEC-Q100† Qualified for Automotive Applica
STK4279SL STK4279SL				Figure 6 on page 6 shows a correct trigger seque
STK428-430 STK428-430	SANYO		04+	The LNP has differential input and output capabi
STK428-610 STK428-610	SANYO	SIP	04+	There are two limitations on the power ha
STK428-610-E STK428-610-E				• The use of twin crossbar contacts en- su
STK428-640 STK428-640	SANYO	模块		The SDA is a Bi-directional pin used to transfer
STK428-640-E STK428-640-E				C Correlated Double Sampling (CDS)
STK429-050 STK429-050	SANYO			Note 8: Skew is defined as the absolute value of
STK4301 STK4301	SANKEN	SIP	N/A	The TSOP48..ON1 - series are miniaturized receiv
STK430II STK430II				The various versions of the TDA 884X/5X series a
STK430MK3 STK430MK3				A: The value of R JA is measured with the device
STK430MK4 STK430MK4				Features • Sensitivity in two separate ax
STK431 STK431	SANYO		04+	The COP8SAx instruction set utilizes many single
STK4311 STK4311	SK
STK432-050 STK432-050	SANYO	HYB-14	02+	(1) For more information on the PWP package, ref
STK432-070 STK432-070	SANYO	HYB	03+	Note 1: Calculated by measuring the combined osci
STK432-070-E STK432-070-E				Operating the four memory banks in an interleave
STK432-090 STK432-090	SANYO			• Short C when two or more lines are short-
STK433 STK433	SANYO	MODULE	N/A	The maximum AGC (analog gain control) and DGC (d
STK4330 STK4330				Bild / Fig. 8 W3 C - Dr eiphasen -We chselwegsch
STK433-030 STK433-030	SANYO		03+	External Memory Interface (EMIF) for Flexibility
STK433-030-E STK433-030-E	SANYO	5		Output Capacitors: The PT7700 series requires A m
STK433-040 STK433-040	SANYO	05+/06+		The SMLW010 Single-Output, Low-Profile, PCB Moun
STK433-060 STK433-060	N/A	N/A	N/A	C Over 3,000 Gates of PLD with 16 macro cells C
STK433-060-E STK433-060-E				Unless otherwise stated, VDD = 3.3V 10%, no loa
STK433-070 STK433-070	SANYO	05+/06+		The LM78LXX series of three terminal positive re
STK433-090 STK433-090	SANYO	MODULE	04+	The time-domain maximum slope argument can be ap
STK433-100 STK433-100				When both clock signals (CLK_INT, CLK_INC) are l
STK433-120 STK433-120		MODULE		• True single-chip tuner
STK433-120-E STK433-120-E				time period overlaps the ontime of an output, th
STK433-130 STK433-130				The small size and battery-powered operation asso
STK4332 STK4332	SANYO	MODULE	N/A	NOTE: Preferred Tolerances and reel sizes are in
STK433-240 STK433-240				Operating voltage VCC C Read: 2.0V~5.5V C Writ
STK433-270 STK433-270	SANYO		652	The interface between the IOBs and core logic ha
STK433-270-E STK433-270-E	SANYO	ZSIP19	O5	The MSK4351 is designed to be used with a
STK4332II STK4332II	SANYO			cal sync pulse; a burst gate or back porch clamp
STK433-730S STK433-730S				Description • Initial release • Ad
STK433-760 STK433-760				The STK433-760 SCSI (Small Computer System Interf
STK433A STK433A				Generates all clocks required for single and two-
STK435 STK435	SANYO			Programmable Refresh Timer for DP84xx DRAM Contr
STK4352 STK4352				and other linear applications in the 1800MHz to
STK4352II STK4352II	SANYO	HYB-15	05+	PARAMETER VCC Turn On Voltage VCC Turn Off Volt
STK435A STK435A				The MX98715A contains a PCI local bus glueless i
STK436 STK436	SANYO
STK436(PULS) STK436(PULS)	sgs	sgs	dc94	The address lines on the Control In
STK4361 STK4361				(1) The DW, PW and DSH packages are available ta
STK4362 STK4362				• Four-element contained in one package, all
STK4362II STK4362II	SANYO			! Direct RAM data display using the display RAM.
STK4362TV STK4362TV	SANYO			When power is applied to the Dallastat, the wipe
STK436A STK436A				DYNAMIC PERFORMANCE Signal to Noise + Dist
STK437 STK437	SANYO			5. Luminance system After generating the
STK4372 STK4372				Device features include a precision voltage refe
STK4373 STK4373	SANYO	模块		Differential amplifiers are somewhat more diffic
STK437L STK437L				device ranging from 4 to 12 wide, with an averag
STK437TV STK437TV	SANYO	HYB		Continuous Drain Current, VGS @ 10V Continuous
STK4382 STK4382	ST		1780	Members of the Texas Instruments SCOPE™ Fa
STK439 STK439	SANYO			Total harmonic Distortion Second Order CCIF In
STK4392 STK4392	STK	SIP	SIP	1. In Figure 1, test circuit electrolytic capaci
STK4392II STK4392II	SANYO	HYB	01+	VCC Supply Voltage. The VCC Supply Voltage suppl
STK4392IV STK4392IV	SANYO		02+	The National Semiconductor STK4392IV is
STK4392TV STK4392TV	SANYO	HYB	01+	The HYM72V32M636H(L)T6 Series are 32Mx64bits Sync
STK4402 STK4402	ST		1780	1.1 Greece has waited for long for character 10/
STK441 STK441	SANYO			The receiver is inverting; the RXD pin is low
STK441-105 STK441-105	ST		1780	If you do not wish the audio processor (STK441-10
STK4412 STK4412	SANYO			Drain-to-Source Breakdown Voltage Gate Threshol
STK442-020 STK442-020	SANYO		04+	The F157A is a high-speed quad 2-input multiplex
STK442-030 STK442-030	SANYO		04+	Typical ground pin current is only 1mA (at IOUT
STK442-050 STK442-050	SANYO	HYB-14	N/A	The output turns low with the magnetic south pol
STK442-070 STK442-070	SANYO	HYB-14	N/A	Optical transmitter The optical transmitter in a
STK442-090 STK442-090	SANYO	HYB	03+	NOTES: (1) Binary Twos Complement coding. (2) Ra
STK442-100 STK442-100	SANYO	HYB	02+	COMPLETE TELETEXT DECODER INCLUD- ING ON-CHIP
STK442-110 STK442-110	SANYO	MODULE	N/A	Maximum ratings are those values beyond which de
STK442-110I STK442-110I	SANYO	HYB-15	05+	NOTES: Permanent device damage may occur if ABSO
STK442-120 STK442-120	STK	07+/08+		The bq4802Y/bq4802LY provides direct connections
STK442-120-E STK442-120-E				The BUF12800 programmable voltage reference allo
STK442130 STK442130	SANYO		04+	Notes: 5. Distribution data sample size is 500 s
STK442-130 STK442-130	SANYO	HYB	02+	The STK442-130 and STK442-130 are a 10-bit Seria
STK442-130(JP) STK442-130(JP)
STK442-130M-E STK442-130M-E	SANYO	ZSIP14	O4	Quasi Resonant Converter Controller Internal Bu
STK442-150 STK442-150	SANYO		04+	Multipliers are designed for use where th
STK442-170 STK442-170				The MB89960 series is a single-chip microcontrol
STK443 STK443	SANYO	HYB	03+	The input terminal is used to directly control an
STK443-030 STK443-030	SANYO		04+	A unique feature of the ISL6310 is the combined u
STK443-050 STK443-050	SANYO	HYB	01+	† All typical values are at VCC = 3.3 V or
STK443-060 STK443-060	SANYO	HYB(DIP)	04+	Minimizes Distortion and Error Voltages On-Resi
STK443-070 STK443-070	STK	07+		The speech samples are stored directly into on-c
STK443-070-E STK443-070-E				AMDs products are not designed, intended, author
STK443-090 STK443-090	SANYO	HYB	02+	State-of-the-Art BiCMOS Design Significantly Red
STK4432 STK4432	SANYO	MODULE	N/A	Additional features of the Cypress PALCE22V10 inc
STK450 STK450				CAUTION ESD (electrostatic discharge) sensitive
STK-450 STK-450				to the load side, the effective resistance betwee
STK453-030 STK453-030	SANYO	ZIP	05+	The master device can check the alarm flag status
STK453-030A STK453-030A		ZIP-19		The 288Mbit Direct Rambus DRAMs (RDRAM®) are
STK453-030S STK453-030S	SANYO		04+	Provides low speed control functions 30 Mhz exe
STK453-060 STK453-060	N/A	NEW	N/A	ADC data outputs are internally connected direct
STK4544III STK4544III	SK	SIP		Notes: 1. Test conditions assume signal transiti
STK457 STK457	SK			NOTE: Stresses beyond those listed under Absolut
STK459 STK459	SK			The device is optimized for balanced bus transmi
STK4595 STK4595				Maxwell Technologies' patented RAD-PAK® pack
STK460 STK460				These EPROMs and OTP PROMs operate from a single
STK460A STK460A
STK461 STK461	SANYO			NOTES: 1. The Phase Voltage is capable of
STK463 STK463	SANYO	HYB	05+	The R1RW0416D is a 4-Mbit high speed static RAM
STK464 STK464				s GENERAL DESCRIPTION The NJW1300B is a c
STK465 STK465				75 Volt Motor Supply Voltage 30 Amp Output Switc
STK465AS STK465AS				Valid Combinations Valid Combinations l
STK470-010 STK470-010	SANYO	HYB	00+	Fixed Closed-Loop Gain Amplifier C 10 V/V (20 dB
STK470-010A STK470-010A	SANYO	HYB	03+	Notes: 1. Functional operation under any of the
STK470-020 STK470-020	SANYO	HYB	00+	Three types of memory are provided on the DS2751
STK470-020A STK470-020A	SANYO	HYB	00+	The internal circuit is composed of 2 stages in
STK470-040 STK470-040	SANYO	HYB	02+	3-phase rectifier bridge 3-phase short circuit
STK470-050 STK470-050	SANYO	HYB		The MCP3302/04 devices feature low current design
STK470-050A STK470-050A	SANYO	MODULE	N/A	Aperture Jitter (∆t). The standard deviatio
STK470-070 STK470-070				Over recommended operating free-air temperature
STK470-080 STK470-080	SANYO	HYB	01+	The ILD205T/ 206T/ 207T/ 211T/ 213T/ 217T are o
STK470-090 STK470-090	SANYO	HYB	02+	Note 3: Although power dissipation is internally
STK470-090B STK470-090B				Valid Combinations list configurations planned t
STK475-010 STK475-010	SANYO	ZIP/模块/12	04+	When I joined Sony, 2 speed drives had just been
STK4773 STK4773	SANYO			* Speciﬁcations will vary with foreign st
STK4793 STK4793	SANYO	MODULE	06+	The positive and negative high voltage su
STK4793TV STK4793TV				Notes: 1. The luminous intensity is measured on
STK4803 STK4803	SANYO			† The D package is available taped and ree
STK4813 STK4813	SANYO
STK483 STK483				The GS 702 transmitter controller has been desig
STK4833 STK4833	SANYO			The TAR5SBxx Series is comprised of genera
STK4843 STK4843	SANYO			The 256Mb DDR SDRAM operates from a differen- t
STK4845MK2 STK4845MK2				The MB89980 series is a line of the general-purp
STK4853 STK4853	SANYO			• No glitch on power-up • Supports hot
STK4863 STK4863	STK	SIP	SIP	The 221 and LS221 devices are dual multivibrato
STK4873 STK4873	SANYO			The Hyundai HYM72V16M636AT6 Series are 16Mx64bits
STK488-010 STK488-010	N/A	N/A	N/A	The ADS5553 is a high-performance, dual channel,
STK488-020 STK488-020				TOSHIBA is continually working to improve the qu
STK488-050 STK488-050	SANYO			Low side gate driver I.C. High side gate drive
STK4893 STK4893	SANYO	MODULE	N/A	NOTES: 1. Dimension are in inches.
STK490-020S STK490-020S	SANYO	(LX)high-frequency		If your DSP and CPLD core logic are deman
STK490-040 STK490-040	STK	90+	DIP/模块	Surface mount board layout is a critical
STK490-040S STK490-040S	SANYO	(LX)high-frequency		The overall offset of the STK490-040S, STK490-04
STK490-070 STK490-070				Notes: 1. Test conditions assume signal transiti
STK490-070N STK490-070N				The Terminal Equipment should apply bit-wide NRZ
STK490-070S STK490-070S				Lead Temperature (Soldering 10 sec )300 C Note
STK490-090 STK490-090	SANYO	HYB	00+	Receive synchronizing signal input. Eight requir
STK490-110 STK490-110				• Four Crystal modes, up to 40 MHz •
STK490-110S STK490-110S	SANYO		02+	• Single 5 V supply: 5 V 10% • Access
STK490-140 STK490-140				Data Bus, active High. In Word mode, thes
STK490-310 STK490-310				NEC PC, Apollo, Sun-4, and Hewlett-Packard 700
STK490-340 STK490-340				This device contains circuitry to protect the in
STK4913 STK4913	SANYO			Any data, prices, descriptions or specifications
STK493-210 STK493-210				(2) The technical information described in this
STK495 STK495	SANYO	HYB	97+	CURRENT COMMAND (+,-) - are differential inputs f
STK495-020 STK495-020				† Stresses beyond those listed under absol
STK495-030 STK495-030				Notes: 1. H = HIGH Voltage Level, L = LOW
STK495-100 STK495-100	SANYO	SIP	2002	During the power-up sequence, internal logic che
STK496-040 STK496-040	SANYO			The IDT72V2101/72V2111 are exceptionally
STK496-040B STK496-040B	SANYO			Note: 3. A bypass capacitor (0.1µF)
STK496-060 STK496-060	SANYO	HYB	02+	1. ICC is dependent on output loading when the d
STK496-070 STK496-070	SANYO	MODULE	N/A	Location 00H is an indirect addressing register t
STK496-070C STK496-070C	SANYO			All modes (except switching off the standard con
STK496-090 STK496-090				The minimum bending radius is 45 mm. The mounting
STK496-090C STK496-090C	SANYO	ZIP15	OO	The M95040 is a 4 Kbit (512 x 8) electrically er
STK496-270 STK496-270	SANYO	SIP20	03+
STK496-420 STK496-420				Bild / Fig. 7 Transienter innerer Wärmewide
STK496-420Y STK496-420Y				D/A Converter Sampling Clock For Y Signal (PCK)
STK496-430 STK496-430				Out (pin 7) This is the main timing chain
STK496-620 STK496-620	SANYO			This is an analog output which can be used as a
STK496-620Y STK496-620Y				The X9269 is a integrated microcircuit incorpora
STK496-630 STK496-630	SANYO	MODULE	N/A	The L5970AD is a step down monolithic power swi
STK499-070 STK499-070	SANYO	HYB	97+	Stresses beyond those listed under "absolut
STK499-080 STK499-080	SANYO			The COP8TM feature family of microcontrollers use
STK499-090 STK499-090	SANYO	05+/06+		Beneficial comments (recommendations, additions,
STK499-120 STK499-120				HS Data; high-speed data output, outputting enti
STK499-130 STK499-130	SANYO	SIP	2000	are integrated on-chip. At 60 fps, the sensor di
STK499-140 STK499-140				Added 56F8122 information; edited to indicate dif
STK499-210 STK499-210	SANYO	STK	2004+	Meet ANSI standard RS-485 and RS-422 Data rate
STK499-220E STK499-220E	SANYO	STK	2004+	CS is a Chip select for the device to activate t
STK499-230 STK499-230				Noise on the transmission media is rejected by t
STK499-230E STK499-230E	SANYO
STK499-240 STK499-240	SANYO	STK	2004+	Note 11: This specification is guaranteed but not
STK499-240E STK499-240E	SANYO			This dual function pin serves as the SYNC and SH
STK499-290 STK499-290	SANYO	STK	2004+	Note 1 Stresses above those listed under Absolute
STK499-290E STK499-290E	SANYO	STK	2004+	The EL2260/EL2460 are designed to drive a double
STK49O-110 STK49O-110	SANYO		04+	GND: VSS=0V System clock input terminal This te
STK4N25 STK4N25	ST	TO		The charging sequence consists of four stages. T
STK4N30 STK4N30	ST	TO
STK4N30L STK4N30L	ST	TO		In addition to the column address, A10(=AP) is u
STK4N40 STK4N40	ST	TO		n Complete specifications at 1A load n Output v
STK501 STK501	SANYO	ZIP	N/A	[CAUTION] The specifications on this datab
STK502 STK502	SANKEN		00+	Stress in excess of Absolute Maximum Rat- ings m
STK503 STK503	SANYO		04+	s Sector protection Hardware method of
STK50322 STK50322
STK507 STK507				The ML6102 is a group of high-precision and low-
STK5088 STK5088	TI		96	This dual 4-to-1 CMOS analog multiplexer/demulti
STK51312A STK51312A	STK	SIP	SIP	• Access times of 45, 55, and 70 ns •
STK-5132 STK-5132				The TPS211x family of power multiplexers enables
STK-5134 STK-5134				The HYM71V63M801 X-Series are Small Outline Dual
STK-5136 STK-5136				Device operations are selected by writing JEDEC-
STK51422A STK51422A				2. Controls low-level analog signals PhotoMOS re
STK51423 STK51423				The ADSP-21262 SHARC DSP is a member of the SIMD
STK51427A STK51427A	SANYO	HYB	97+	A Burst Read may be interrupted by another Read C
STK5164GHI35 STK5164GHI35		DIP-40	98	The signal detectors sense and rectify th
STK521 STK521	SANYO			• AGC PIN diode drive circuit for FM RF AGC
STK5210 STK5210				The NLAS44599 is an advanced dual−in
STK53041 STK53041	SANKEN	DIP	98	Port 1: Is an 8-bit bi-directional I/O port wit
STK531 STK531	SANYO	SIP10	01+	Notes: 1. All inputs except OE must meet setup
STK5314 STK5314	SANYO			Processor-Independent Pulse Width Modulation &nb
STK5315 STK5315	SANYO			G5131-25T21U G5131-26T21U G5131-27T21U G5131-2
STK5316 STK5316	SANYO
STK5321 STK5321				Software selectable baud rate generator Prescal
STK5321SL STK5321SL	SAY		652	An integrated 28 V Zener diode protects each out
STK5322 STK5322	SANYO	HYB	97+	device is updated. This feature does not have to
STK5323 STK5323	SAY		652	• Designed for increased operating efficie
STK5324 STK5324				Note 1: Includes temperature rise caused by curre
STK5325 STK5325	SAY	HYB	01+	Notes: 5. Test conditions assume signal t
STK5326 STK5326				NOTES 1Oversampling disabled. Static DAC perform
STK5330 STK5330	SANYO	HYB	98+	Note 2: Operating Ratings indicate conditions for
STK5331 STK5331	SANYO			Data Polling bit (DQ7). During the internal write
STK5332 STK5332	SANYO			Adaptive or Manual Delay Control for Zero Voltage
STK5333 STK5333	SANYO			The XC73144 features a power-management scheme
STK5333S STK5333S	STK	ZIP	06+	RST C Input. The RST input pin contains a Schmitt
STK5335 STK5335	SANYO			2. Products and product specifications may be su
STK5336 STK5336	SANYO			Pericom Semiconductors STK5336 series of logic c
STK5337 STK5337	SANYO			After a minimum wait of 250 ns (5V operation) fr
STK5338 STK5338	SANYO			The STK5338 microcontroller is a member of the A
STK5339 STK5339	SANYO
STK5339A STK5339A	SANYO	HYB	99+	The CE input is the device selection control. Whe
STK5339B STK5339B				1) The relationship between the VDDQ of the driv
STK5340 STK5340			98+	All devices also available in tray quatit
STK5342 STK5342		模块		The MSM514252A is an 1-Mbit CMOS multiport DRAM c
STK5343 STK5343
STK5352 STK5352				the device has a Sector Group Protect function
STK5353 STK5353				This document specifies SPANSION memory products
STK536 STK536	SANYO		04+	The MAX1755/MAX1756 are temperature comparators
STK5361 STK5361	SANYO	SIP8		Generates Three Voltages: 5.1V at 10mA
STK5361L STK5361L				Fifth Generation HEXFETs from International Rect
STK5362 STK5362	SAY	HYB	95+	The configuration logic has two sections:
STK5363 STK5363	SAY	HYB	96+	For use with 1/4-inch optical systems Sensitivi
STK5364 STK5364	SANYO		96+	Notes: 3. CL includes probe and jig capac
STK5371 STK5371	SAN	IC		PEN (Power Supply Enable) Pin 18 - This digital i
STK5372 STK5372	SANYO			The TC650/TC651 are integrated temperature senso
STK5372H STK5372H	SAY	HYB	98+	The programming mode is entered by bringing SER_
STK5373 STK5373	STK	ZIP	06+	Internal registers may be accessed through eithe
STK5382 STK5382	SANYO	HYB	95+	The non - linear V to I converter feeds back larg
STK5383 STK5383	SANYO		00+	Circuit Board Material: Top RF layer is .014 Get
STK5384 STK5384	SANYO		03+	(+)Sense: An external remote sense input is provi
STK5388 STK5388	SANYO			The buried macrocell also supports input register
STK5391 STK5391	SANYO			Design complexity is enhanced by the addition of
STK5392 STK5392	SANYO			The MOSFET output stage of this power ope
STK54041 STK54041	SANKEN	DIP	98	When Chip Select (S) is High, the device is dis-
STK541 STK541				1.1 Scope. This specification covers the
STK5416 STK5416				Teccor's line of sensitive gate triacs includes d
STK5421 STK5421	SANYO			The Programmable Interconnect Matrix (PIM) connec
STK5422 STK5422	SANYO			These two schemes are shown in the 9310 data she
STK5431ST STK5431ST
STK5432 STK5432	SANYO			The STK5432 incorporates both over-temperature a
STK5434 STK5434	SANYO	HYB	95+	A flow through pin out has been adopted to allow
STK5436 STK5436				Assuming, the following conditions: VOUT =2.5V
STK5441 STK5441	SANYO	HYB	95+	Typical represents the average reading at
STK5443 STK5443				10-bit Resolution 1.5 Gsps Samplin
STK5445 STK5445	STK	SIP	SIP	1.2MHz Switching Frequency Low VCESAT Switches:
STK5446 STK5446	SANYO		92+	The STK5446 regulator is designed to provide a l
STK5446B STK5446B		SOP	01+	*Note: In order to develop, make, use, or sell re
STK5451 STK5451	SANYO			NOTE A: The oscillator generates a sawtooth wave
STK5461 STK5461				• Power supply monitoring function W
STK5461ST STK5461ST				All parameters measured at fMAX unless noted oth
STK5462 STK5462				2. A variety of power saving modes Attach
STK5464 STK5464				Proven in substantial volumes, this devic
STK5464ST STK5464ST				Notes: 1. Propagation Delays and Enable/Disable
STK5466 STK5466				The bq2083−V1P2 uses an integrating conver
STK5466ST STK5466ST				The delay in this mode is dependent only on the c
STK5467 STK5467	SANYO		07+	The ADR380 and ADR381 are precision 2.048 V and
STK5467ST STK5467ST				The operational overview diagram in Figure 2 illu
STK5468 STK5468	SANYO	HYB	01+	Vo Adjust: A 0.1 W 1 % resistor must be directly
STK5471 STK5471	SANYO			STK5471 Commutation Decoder Truth Table which sh
STK5472 STK5472	SANYO			These chips, properly assembled, display charact
STK5473 STK5473	SANYO			Configuration data stored in Virtex-II configura
STK5474 STK5474	STK	ZIP	ZIP	This device allows transmission, that is insensi
STK5476 STK5476	STK	SIP	SIP	Following qualification, the bq24400 fast-charge
STK5477 STK5477	SANYO		99+	Notes: 1. H = HIGH Voltage Level. L = LOW
STK5478 STK5478	SANYO	HYB	99+	A resistively-coupled lower-power complementary
STK5478A STK5478A	SANYO	HYB	02+	† Stresses beyond those listed under absol
STK5479 STK5479				Hynix HYMD264G726A(L)8-M/K/H/L series incorporate
STK5480 STK5480	SANYO			Ground connection. For best performance, keep tr
STK5481 STK5481	SANYO			Figure 4 demonstrates the critical timing require
STK5482 STK5482	SANYO		06+	The TPS721xx family of LDO regulators is availab
STK5483 STK5483	SANYO	模块		1. Hitachi neither warrants nor grants licenses
STK5484 STK5484	SANYO	HYB	98+	Note 2: When the input voltage (VI) at any pin e
STK5486 STK5486				An HDLC transceiver is included on the SNIC for l
STK5487 STK5487	SANYO			Instruction Structure The next byte sent to the
STK5488 STK5488				(*) Our SO-8 package used for Voltage Regulators
STK5490 STK5490	SANKEN			DIGITAL INTERFACE The MXD2020E/F is easily inte
STK561 STK561	SANYO		07+	Depending on your PSoC device characteristics, t
STK561C STK561C	SANYO			For A-to-B data flow, when CEAB is low, the devi
STK561F STK561F	SANYO			The SSM2165 is a complete and flexible solution
STK563 STK563	SANYO			HIGH SPEED: tPD =3.7ns (TYP.) at VCC = 5V LOW P
STK5631 STK5631	SANYO	HYB-4	04+	Philips Semiconductors uses high quality capacit
STK5631C STK5631C	SANYO	ZSIP4	O1	Microcontroller architecture Memory mapping SF
STK5631F STK5631F	SANYO		02+	The IDTQS74FCT2827T is a 10-bit buffer wi
STK5631FS STK5631FS				1. Connect the device as follows: source to E, g
STK5632 STK5632				The HYM7V65801B Q-Series are Small Outline Dual I
STK5632D STK5632D				A major problem in attempting to suppress
STK5633 STK5633	SANYO			Note Differential gain and differential phase me
STK5633F STK5633F	SNAYO	module		Continuous Drain Current, VGS @ 10V Continuous
STK563A STK563A				• IDT54/74FCT240/241/244/540/541 equivalen
STK563F STK563F	SANYO			NOTES (a) For a device surface mounted on 52mm
STK5700 STK5700				After the software data protections three-byte c
STK571C STK571C	SANYO			Hynix HYMD212G726A(L)S4-M/K/H/L series incorporat
STK571F STK571F	SANYO			The CD54AC245/3A and CD54ACT245/3A are octal-bus
STK5720 STK5720				An additional feature of the ispLSI 3320 is the
STK5730 STK5730	SANYO	模块		The device has current-limiting and thermal shut
STK58041 STK58041	SANKEN	DIP	98	Stress in excess of Absolute Maximum Ratings may
STK583 STK583	SANYO		07+	The built-in-back-to-back Zener diodes have spec
STK583F STK583F	SAY	HYB	04+	The PCASTK583F consist of an 8-bit Configuration
STK58C308 STK58C308		DIP-8		The FAN7382 is a monolithic half-bridge gate dri
STK596KD STK596KD				(1) Offset Error is the measured deviation of th
STK6004C STK6004C	SANYO	模块		see BAT15-013 see BAT15-013 see BAT15-013 see
STK6005 STK6005	SANYO			− Read, program, and erase operations &nb
STK6005D STK6005D	STK	SIP		NOTES: 1. For conditions shown as Min. or Max.,
STK6005E STK6005E	SANYO			There are two feedback paths to the ZIA: one fro
STK6006 STK6006				Notes: 1. VIL (min.) = C2.0V for pulse du
STK6006-F3 STK6006-F3	SYNTEK	PLCC		Maximum ratings are those values beyond which de
STK6009 STK6009				Chip Select : Enables or disables all inputs exce
STK6011P1-3V STK6011P1-3V	ST	PLCC	07+	Cell balancing of each cell is performed via a c
STK6011P21-5V STK6011P21-5V	ST	PLCC	2005	Typical characteristic curves are generated usin
STK6011P2-5V STK6011P2-5V	PLCC			Gate-to-Source Forward Leakage Gate-to-Source Re
STK6012B022-5 STK6012B022-5				Device erasure occurs by executing the proper era
STK6012BP22-5V STK6012BP22-5V		PLCC44	06+	Ref, XTAL power supply, nominal 3.3V Crystal in
STK6012P12-5V STK6012P12-5V			02+	*Grounding Pin 7 will sink 75mA of current throu
STK6012P225V STK6012P225V				For the ADS-929, offset adjusting is normally ac
STK6012P22-5V STK6012P22-5V	STK	02+	PLCC	SS/TRACK (Pin 9) - Soft-start and tracking pin. T
STK6014 STK6014	SANYO	ZIP16	99＋	DC Voltage from 3.0 V to 3.6 V. VDD should be b
STK6015 STK6015	SONY		07+	The EN29LV400A has separate Output Enable (OE#),
STK6015B STK6015B	SONY	模块		AMDs Flash technology combines years of Flash m
STK6015B(HIC2) STK6015B(HIC2)	SK	03+	模块	BACKPLANE TEST MODE SELECT: Controls sequencing
STK6015C STK6015C	SONY	模块		• A/D converter • 10-bit resol
STK6016 STK6016				The ADSP-21262 includes an on-chip instruction c
STK6016B STK6016B				Collector C Emitter Saturation Voltage, IC=-300
STK6017 STK6017			99	The AT61162E is a Rad Tolerant module, highly-in
STK6022 STK6022				The HYM72V64C756K8M H-Series are gold plated sock
STK6022B STK6022B				The LTC®3720 is a synchronous step-down switc
STK6103 STK6103	SK		98	FEATURES • 3750 Vrms or 5300 Vrms I/O isol
STK6105 STK6105				A 1 kΩ span resistor has been provided on
STK6105-T STK6105-T	SANYO	ZIP-28P	97+	TI warrants performance of its products to the s
STK6110 STK6110	SANYO		03+	with mask-programmable ROM, 12 MHz for external
STK611-011 STK611-011	SANYO	MODULE	N/A	These 8-bit registers feature 3-state outputs d
STK611-011A STK611-011A				A decoupling capacitor of 0.01µF must be c
STK611-10 STK611-10				The CMX866 shares internal register addresses and
STK6116-10 STK6116-10	SYNTEK	DIP	06+	Absolute maximum ratings indicate sustained limi
STK6116K STK6116K	SANYO		03+	SIGNAL DESCRIPTIONS See Figure 1, Logic Diagram
STK6116K-10 STK6116K-10				Notes: 1. Standard packing: Carton (Tube): 40 pc
STK6130 STK6130	SANYO		03+
STK6153 STK6153	SANYO			and NanoFree Packages Supports 5-V VCC O
STK615-313 STK615-313	SANYO		04+	The DU (Dont Use) pin does not contribute to the
STK615-314 STK615-314	SANYO		04+	The MM74HC574 high speed octal D-type flip-flops
STK615-315 STK615-315	SANYO		04+	This device contains circuitry to protect the inp
STK615-414 STK615-414	SANYO		04+	Note 4: Dynamic supply current is higher due to t
STK620-020 STK620-020	SANYO		01+	Notes: 1. Repetitive Rating : Pulse width limite
STK620-021 STK620-021	SANYO	MODULE	N/A	The four documents listed in Table 1 are required
STK620-032 STK620-032	SANYO	(LX)high-frequency		1. TOLERANCE AND TYPE NUMBER DESIGNATION
STK620-042 STK620-042	SANYO	(LX)high-frequency		Floating channel up to +600V Monolit
STK620-411 STK620-411	SANYO			Stanleys opto-wireless transceiver modules are c
STK620-611 STK620-611	SANYO			When no data transfer occurs, you can use the Po
STK620-807 STK620-807	SANYO		07+	The HT6P20A/B/D detects the logic state of the in
STK621 STK621	SANYO			Notes: 1. Test conditions assume signal transit
STK621-010A STK621-010A	SANYO		04+	The UPA831TC contains one NE856 and one NE681 NP
STK621-011M STK621-011M	SANYO		04+	NOTES: 1. For conditions shown as Max. or Min.,
STK621-012 STK621-012	SANYO		04+	MIL-STD-750, method 3131. The maximum limit and
STK621-013B STK621-013B				GENERAL SPECIFICATIONS Working Voltage:Axi
STK621-014 STK621-014	SANYO	HTB	06+	4 integrated PNP band drivers (Io=40mA,Vsat=0.2
STK621-014-E STK621-014-E				This chapter provides a brief description of the
STK621-015 STK621-015	SANYO	MODULE	N/A	Introduction Safety Agency Approvals Emission S
STK621-015A STK621-015A	SANYO		04+	generate TCLK (Transmit Clock), the internal clo
STK621-015B STK621-015B	SANYO	HYB	04+	Hynix HYMD18M725A(L)6-K/H/L series incorporates S
STK621-015B-E STK621-015B-E				4096 x 8 bits Reset start address INT0;
STK621-021 STK621-021	SANYO		04+	SEG21/P11.2 SEG22/P11.1 SEG23/P11.0 SEG24/P10.
STK621-022 STK621-022	SANYO	HYB	05+	NOTES: 1. See RECOMMENDED OPERATING RANGE table
STK621-024 STK621-024	SANYO			NOTES: 1. Dimensions are in inches. Metri
STK621-024A STK621-024A	SANYO	HYB	06+	Internal filters in all HR300 converters provide
STK621-025 STK621-025	SAKEN	SIP-19P(大)	99+	Vo Adjust: A 1 % 0.1 W resistor must be directly
STK621-031 STK621-031	SANYO			2 channel 8-bit timer/counter operation (indepen
STK621-032 STK621-032	SANYO			!Features 1) Built-in bias resistors enable the
STK621-033A STK621-033A	SANYO	HTB	06+	The high common-mode input voltage range and th
STK621-034 STK621-034	IPM	MODULE		Features • High sensitivity and low dark c
STK621-034A STK621-034A	SANYO	HYB	05+	3 This is the continuous current drawn from the s
STK621-034B STK621-034B	SANYO	HYB	04+	The COP424C COP425C COP426C COP444C and COP445C
STK621-034B1 STK621-034B1				The PCASTK621-034B1 consist of an 8-bit Configur
STK621-034B1-E STK621-034B1-E				Ausgabe 01.2001 Herausgegeben von Infineon AG ,
STK621-041 STK621-041	SANYO	MODULE	N/A	READY/BUSY: The RDY/BSY pin provides the devices
STK621-042 STK621-042	SANYO			Please be aware that an important notice
STK621-043A STK621-043A				The parts (B) and (C) of figure 3 give the volta
STK621050 STK621050				PB0~PB7 constitute an 8-bit Schmitt trigger input
STK621-050 STK621-050	SANKEN		02+	Digital filters : For the purpose of A/D out-o
STK621-050A STK621-050A	SANYO		01+	* Maximum Ratings are those values beyond
STK621-050B STK621-050B	SANYO			During discharge and charge, the bq2050 monitors
STK621-051A STK621-051A				1.5 V 2% 3.3-V Output Within 2 V of 1.5-V Output
STK-621-051B STK-621-051B