| Parr number/PDF | Mfg | Pack | D/C | Descrpion |
| MTV001N MTV001N |
30 | MYSON | 93+ | • Plastic package has Underwriters Laborat |
| MTV002N MTV002N |
MYSON | DIP | 1998 | Three-phase bipolar drive Direct PWM drive (cont |
| MTV002NEH MTV002NEH |
NOTES 1Typicals represent average readings at 25 | |||
| MTV003 MTV003 |
Genesis Microchip Inc. reserves the right to chan | |||
| MTV003N MTV003N |
MYSON | DIP | 06+ | Single 3.3V/5V supply operation Rail-To-Rail O |
| MTV003NEH MTV003NEH |
Bursts can be synchronized to external noise sou | |||
| MTV004 MTV004 |
D | DIP | Rail-to-Rail Input and Output Small SOT-23 Packa | |
| MTV004-09 MTV004-09 |
||||
| MTV004-2 MTV004-2 |
MYSON | 98 | † Stresses beyond those listed under absol | |
| MTV004N MTV004N |
N/A | N/A | N/A | |
| MTV004N-001 MTV004N-001 |
N/A | N/A | N/A | Power-up of the device with #WE = #CE = VIL and # |
| MTV004N-002 MTV004N-002 |
N/A | N/A | N/A | The deflection amplifier circuit of Figur |
| MTV004N-003 MTV004N-003 |
The Functional Block Diagram on Page 1 shows the | |||
| MTV004N-009EP MTV004N-009EP |
For more information, visit our World Wide Web s | |||
| MTV004N-02 MTV004N-02 |
N/A | N/A | N/A | DoCD™ Debug Unit C its a real-time hard- w |
| MTV004N-03 MTV004N-03 |
MYSON | 97+ | ||
| MTV004N-04 MTV004N-04 |
MYSON | 9739 | Read operations are initiated the same way as wri | |
| MTV004N-09 MTV004N-09 |
MYSON | PDIP16 | Extended Data Out (EDO) Operation CAS-Before-RAS | |
| MTV004P MTV004P |
MYSON | 97 | ||
| MTV005 MTV005 |
0 | 0 | The TPS51020 is a multi-function dual- synchron | |
| MTV005N MTV005N |
TstgStorage temperature range2C65+150C N | |||
| MTV011 MTV011 |
Wide operation from... 1.8 to 15V Low Standby Cu | |||
| MTV011N-002 MTV011N-002 |
N/A | N/A | N/A | The UPC2721 and UPC2722 are L-Band frequency con |
| MTV011N-01 MTV011N-01 |
N/A | N/A | N/A | Serial Data Input. Data is clocked into the 16-b |
| MTV011N-02 MTV011N-02 |
N/A | N/A | N/A | |
| MTV012 MTV012 |
MYSON | SOP-8 | Support for 12 independent ports. Low power co | |
| MTV012AN-006 MTV012AN-006 |
N/A | N/A | N/A | Stresses beyond those listed under absolute maxi |
| MTV012AN-011 MTV012AN-011 |
Notes: 1. Repetitive Rating : Pulse width limite | |||
| MTV012AN-033 MTV012AN-033 |
MYSON | 9847/9924 | 5500 | Choice of Eight Latches or Eight D-Type Flip-Flo |
| MTV012AN-037 MTV012AN-037 |
M | DIP | 07+ | POWER DISSIPATION Power dissipation is a major |
| MTV012AN-039 MTV012AN-039 |
MYSON | This IC was developed for use in cordless telepho | ||
| MTV012E MTV012E |
MYSON | both lower saturation voltage and higher signa | ||
| MTV012EN MTV012EN |
MYSON | The Customer Demonstration Board provides the ROC | ||
| MTV012N-006 MTV012N-006 |
MYSON | DIP40 | 2007+ | Atmel has successfully translated existing FPGA/ |
| MTV012N-07P MTV012N-07P |
98 | ITH (Pin 3): Error Amplifier Compensation Point. | ||
| MTV012N-0TP MTV012N-0TP |
MYSON | DIP40 | 2007+ | REPLACES APEX FDHC461 55&ord |
| MTV012N-OTP MTV012N-OTP |
98 | CAUTION ESD (electrostatic discharge) sensitive | ||
| MTV016 MTV016 |
DIP16 | 2007+ | For the adjustable output controller, the VREF p | |
| MTV016N MTV016N |
MTV | With chip select (CS) inactive (high), the ADDRE | ||
| MTV016N-009 MTV016N-009 |
MYSON | 2007 | The filter outputs a correctly shaped and bandli | |
| MTV016N-01 MTV016N-01 |
MYSON | DIP | The MSM7716 is a single-channel CODEC CMOS IC for | |
| MTV016N-011 MTV016N-011 |
MYSON | 9945 | The preamble, SFD, and FLI are parsed and used t | |
| MTV016N-014EH MTV016N-014EH |
The Forward Biased Safe Operating Area cu | |||
| MTV016N-015 MTV016N-015 |
MYSON | DIP-16P | 1999 | Test Condition Vss < VIN < Vcc Vs |
| MTV016N-05 MTV016N-05 |
MYSON | DIP | 05+ | A dedicated watchdog timer is available which ca |
| MTV016N-06 MTV016N-06 |
MYSON | . | Purchase of I2C components of Maxim Integrated Pr | |
| MTV016N-07 MTV016N-07 |
MYSON | DIP | LVDS RECEIVER DC SPECIFICATIONS Note: LVDS Recei | |
| MTV016N-08 MTV016N-08 |
Thaler Corporation has developed a nonline | |||
| MTV016N-09 MTV016N-09 |
The SN74CBT3125C is a high-speed TTL-compatible | |||
| MTV016N-10 MTV016N-10 |
MYSON | DIP | The ADS1610 is a high-speed, high-precision, del | |
| MTV016N-11 MTV016N-11 |
MYSON | DIP | The Philips Semiconductors FAST loads solve this | |
| MTV016N-12 MTV016N-12 |
MYSON | DIP | 07+ | Six precision independent current sink channels |
| MTV016N-15 MTV016N-15 |
MYSON | DIP | where frequency is in hertz, resistance in ohms, | |
| MTV016N-16 MTV016N-16 |
MYSON | . | Overcharge detection output pin NPN transistor o | |
| MTV016N-18 MTV016N-18 |
MYSON | DIP | High current sink/source 25 mA/25 mA Three exte | |
| MTV016N-21 MTV016N-21 |
• High-speed access times: 10, 12 | |||
| MTV016N-9 MTV016N-9 |
This calculation was derived from laboratory meas | |||
| MTV018 MTV018 |
MTV | Gain error and gain temperature coefficien | ||
| MTV018N MTV018N |
MYSON | DIP/16 | The Si91871 is a 300-mA CMOS LDO (low dropout) v | |
| MTV018N-004 MTV018N-004 |
MYSON | DIP-16 | 98+ | Call Progress Monitor and Group Listening - Adju |
| MTV018N-01 MTV018N-01 |
NMYSON | DIP-16P | 9825+ | *1 If the switching voltage exceeds the rated co |
| MTV018N-014 MTV018N-014 |
MYSON | DIP-16P | Certain applications using semiconductor product | |
| MTV018N-018EE(DWOSD04C) MTV018N-018EE(DWOSD04C) |
Product Term Assignment Each Macrocell sum-of-p | |||
| MTV018N-02 MTV018N-02 |
97 | DIP | ANALOG-TO-DIGITAL CONVERTER (including MUX and a | |
| MTV018N-022(DWOSD07) MTV018N-022(DWOSD07) |
NOTES 1Stresses above those listed under Absolut | |||
| MTV018N-025EE MTV018N-025EE |
This product has been designed to meet the extrem | |||
| MTV018N-027 MTV018N-027 |
MYSON | DIP-16 | 02+ | The EN29LV400A has separate Output Enable (OE#), |
| MTV018N-027EE MTV018N-027EE |
• TM 4.0 Service Classes C CBR &nb | |||
| MTV018N-04 MTV018N-04 |
MYSON | DIP16 | 06+ | † For execution of these commands, A0 C A1 |
| MTV018N-042EE MTV018N-042EE |
† All typical values are at VCC = 3.3 V, T | |||
| MTV018N-08 MTV018N-08 |
DIP | The Edge646 is designed to operate in a functiona | ||
| MTV018N-14 MTV018N-14 |
MYSON | O7+ | Absolute Maximum Ratings indicate limits beyond w | |
| MTV018N-15 MTV018N-15 |
MYSON | . | Ideal for conversion from 1.8V or 1.5V inputs D | |
| MTV018N-16 MTV018N-16 |
MYSON | O7+ | in both true and complement form for every produ | |
| MTV018N-20 MTV018N-20 |
ADI | DIP | 00+ | The detector is a monolithic IC which consists o |
| MTV018N20-03 MTV018N20-03 |
MYSON | DIP-20 | 9804+ | Note 1: RL is connected to VEE for AVOL sourcing |
| MTV018N24 MTV018N24 |
MYSON | 04+ | R1 (pin 2) One of the two resistance input | |
| MTV018N24-01 MTV018N24-01 |
NOTE: EP circuits are designed to meet the DC sp | |||
| MTV018N24-02 MTV018N24-02 |
97 | DIP | The device offers two power-saving features. Whe | |
| MTV018N24-04 MTV018N24-04 |
MYSON | It contains 8 bidirectional and digitally contro | ||
| MTV018N24-20 MTV018N24-20 |
DIP | The maximum available current can be calculated b | ||
| MTV018N24-34 MTV018N24-34 |
DIP | Continuous Drain Current, VGS @ 10V Continuous | ||
| MTV018N-25 MTV018N-25 |
DIP | The CY7C964 integrates several space-consuming f | ||
| MTV018N-27 MTV018N-27 |
MTV | SOP | 07+ | There are two main external memory interfaces. T |
| MTV018N-27EE MTV018N-27EE |
The bar antenna is a very critical device of the | |||
| MTV018N-28 MTV018N-28 |
MYSON | . | The PIC12CE67X device has special features to r | |
| MTV018N-36 MTV018N-36 |
MYSON | O7+ | NOTES: 1. Stresses greater than those listed un | |
| MTV018N-42 MTV018N-42 |
The MB3836 is a lithium-ion battery protection I | |||
| MTV018N-43 MTV018N-43 |
MYSON | DIP-16P | 4-bit I2C GPIO with interrupt and reset | |
| MTV018N-45 MTV018N-45 |
MYSON | 0115 | NOTE: (1) Stresses beyond those listed under &qu | |
| MTV018P24-01 MTV018P24-01 |
MYSON | SMD28 | 04+/05+/06+/07+ | Once the chemistry is determined, the bq2000 comp |
| MTV021 MTV021 |
MYSON | DIP | 01+ | Absolute Maximum Ratings indicate limits beyond |
| MTV021213 MTV021213 |
Standoff Voltage: Applied Reverse Voltage to assu | |||
| MTV021N MTV021N |
MTV | The TURBOTRANSCEIVER is designed for use in very | ||
| MTV021N-005EI MTV021N-005EI |
() Pulse width limited by max. junction te | |||
| MTV021N-006EN MTV021N-006EN |
The MAX1512 is a programmable VCOM-adjustment so | |||
| MTV021N-009 MTV021N-009 |
N/A | N/A | N/A | Note 2: Typical values are given for VCC = 3.3V a |
| MTV021N-01 MTV021N-01 |
MYSON | DIP16 | 00+ | The LVCC4245A is manufactured using advan |
| MTV021N-025EI MTV021N-025EI |
N/A | N/A | N/A | The bit rate for data transmitted by the chip, e |
| MTV021N-032EM MTV021N-032EM |
The I2C-bus is for 2-way, 2-line communication b | |||
| MTV021N-039EG MTV021N-039EG |
PARAMETER Current Limit Section CS Threshold Se | |||
| MTV021N-042EN MTV021N-042EN |
As shown in figure 2, Pin#7 is a base input of t | |||
| MTV021N-05 MTV021N-05 |
MYSON | DIP16 | Information in this document is subject to change | |
| MTV021N-055 MTV021N-055 |
MYSON | DIP-16 | 0032+ | output transistor, as a result the output voltage |
| MTV021N-055E1 MTV021N-055E1 |
Notes: 1. Load and Line Regulation are specifie | |||
| MTV021N-06 MTV021N-06 |
If a Page Address Redirection Byte has a FFH val | |||
| MTV021N-060EI MTV021N-060EI |
Intel or Motorola Bus Select. When 16/68# pin | |||
| MTV021N-08 MTV021N-08 |
MYSON | DIP | 04+ | The AT40KAL FPGA offers a patented distributed 1 |
| MTV021N-081 MTV021N-081 |
- Wiper Movement Control. This input provi | |||
| MTV021N-082 MTV021N-082 |
The QuIET device interfaces directly with the Ps | |||
| MTV021N-09 MTV021N-09 |
03+ | or Powered-Down Low and Flat ON-State Resistance | ||
| MTV021N-15 MTV021N-15 |
MYSON | DIP16 | Notes: 1. For Max. or Min. conditions, use appr | |
| MTV021N-18 MTV021N-18 |
MYSON | DIP16 | 1. Use this component within operating temperatur | |
| MTV021N-19 MTV021N-19 |
MYSON | 2007 | NOTE: Device will meet the specifications after | |
| MTV021N-21 MTV021N-21 |
MYSON | DIP16 | The ICS clock generator is a slave/receiver, I2C | |
| MTV021N-23EI MTV021N-23EI |
During a Bank Activate command cycle, Address def | |||
| MTV021N24-15 MTV021N24-15 |
COMP, 0 VCS 0.4 V. DV | |||
| MTV021N-25 MTV021N-25 |
N/A | N/A | N/A | RF Output. AC coupled output stage internally mat |
| MTV021N-26 MTV021N-26 |
N/A | The pass gates of the multiplexer are constructe | ||
| MTV021N-32 MTV021N-32 |
MYSON | DIP16 | Hynix HYMD216646(L)6-K/H/L series is unbuffered 1 | |
| MTV021N-38 MTV021N-38 |
MYSON | DIP | 06+ | The Am27C020 is a 2 Megabit, ultraviolet erasabl |
| MTV021N-41 MTV021N-41 |
MYSON | DIP16 | Address Inputs: Provide the row address for ACTIV | |
| MTV021N-41EI MTV021N-41EI |
n Space saving SOT23 or SC70 5-lead surface moun | |||
| MTV021N-42 MTV021N-42 |
MYSON | DIP16 | this clamp must be activated as an indication of | |
| MTV021N-43 MTV021N-43 |
MYSON | DIP16 | Clock 155.52MHz (LVDS output). Differential outpu | |
| MTV021N-49 MTV021N-49 |
Positive input supply voltage. This pin is conne | |||
| MTV021N-55 MTV021N-55 |
MYSON | DIP-16 | 0032+ | |
| MTV021N-56 MTV021N-56 |
0011 | DIP16 | The LTC®2053 is a high precision instrumentat | |
| MTV021N-59 MTV021N-59 |
MYSON | DIP16 | 8.1 DVSI warrants the Voice Codec to be free fro | |
| MTV021N-63 MTV021N-63 |
Note 3: The maximum power dissipation is a functi | |||
| MTV021N-70EI MTV021N-70EI |
ColdFire version 2 variable-length RISC processo | |||
| MTV021N-72 MTV021N-72 |
MYSON | PDIP16 | The ICS8430I-61 features a fully integrated PLL | |
| MTV021N-72EN MTV021N-72EN |
MTV021N-72EN/MTV021N-72EN high-efficiency PWM inv | |||
| MTV021N-73 MTV021N-73 |
MYSON | 01+ | Hynix HYMD512726(L)8-K/H/L series is unbuffered 1 | |
| MTV021N-75 MTV021N-75 |
MYSON | DIP16 | Hynix HYMD564M646(L)6-K/H/L series is unbuffered | |
| MTV021N-80 MTV021N-80 |
Magnitude of Common Emitter Small-Signal Short-C | |||
| MTV021N-808EN MTV021N-808EN |
The CY7C235A replaces bipolar devices pin for pin | |||
| MTV021N-81EH MTV021N-81EH |
❇1This value can change due to the switchi | |||
| MTV021V-22 MTV021V-22 |
MYSON | DIP-16 | 9945 | The FETKY product family incorporates low |
| MTV030 MTV030 |
Bursts can be initiated with either ADSP (Addres | |||
| MTV030-19 MTV030-19 |
Level adjust for video signals Video faders and | |||
| MTV030-39 MTV030-39 |
where VTH is the threshold voltage at which the c | |||
| MTV030N MTV030N |
MYSON | 04+ | The switch-over mode time enables the synchronou | |
| MTV030N-01 MTV030N-01 |
MYSON | 01+ | • Low-power, high-speed CMOS EPROM/EEPROM | |
| MTV030N-02 MTV030N-02 |
(AVDD = +4.75V to +5.25V, DVDD = +2.7V to +5.5V, | |||
| MTV030N-033 MTV030N-033 |
MYSON | DIP-16P | 01+ | The UC385 is a low dropout linear regulator prov |
| MTV030N-033EH MTV030N-033EH |
A precision delta-sigma digitizer is used to mak | |||
| MTV030N-05 MTV030N-05 |
Secondary Pipe Line clock ( PCK/2 ) Main Pipe Li | |||
| MTV030N-08 MTV030N-08 |
MYSON | 01+ | DIP | Two Line Output Control Because EPROMs are usua |
| MTV030N-09 MTV030N-09 |
The value of C should by greater than 15pF to pr | |||
| MTV030N-19 MTV030N-19 |
DIP | ESD2 testing is performed in accordance with the | ||
| MTV030N201-01 MTV030N201-01 |
The Hynix HYM71V16735AT8 Series are Dual I | |||
| MTV030N201-35EH MTV030N201-35EH |
Deselected, Power-down Deselected, Power-down | |||
| MTV030N201-46 MTV030N201-46 |
MYSON | DIP20 | 04+ | Functional Tests (In Freescale Test Fixture, 50 o |
| MTV030N201-52 MTV030N201-52 |
MYSON | PDIP20 | Due to the fact the output impedances of the balu | |
| MTV030N202-005EH MTV030N202-005EH |
Multiple devices can be concatenated by using th | |||
| MTV030N-202-05 MTV030N-202-05 |
Error Flag (FAN2503 only) To indicate conditions | |||
| MTV030N202-05 MTV030N202-05 |
SYNCHRONOUS OPERATION For synchronous operation | |||
| MTV030N-21 MTV030N-21 |
MYSON | O7+ | Hynix HYMD264G726(L)4M-K/H/L series incorporates | |
| MTV030N24-01 MTV030N24-01 |
The M59PW064 features an innovative command, Mu | |||
| MTV030N-26 MTV030N-26 |
The second feature offered by the MIC5156/7/8 pa | |||
| MTV030N-28 MTV030N-28 |
N/A | N/A | N/A | The CPU fetches VelociTI advanced very-long inst |
| MTV030N-33 MTV030N-33 |
eltrend | 06+ | 1654 | These data selectors/multiplexers contain inver |
| MTV030N-41 MTV030N-41 |
MYSON | 1 | The A2557xB, A2557xEB, and A2557xLB have | |
| MTV030N-42 MTV030N-42 |
Bridge or stereo configuration. Few External c | |||
| MTV030N-46 MTV030N-46 |
N/A | N/A | N/A | The MTV030N-46s configuration register set is co |
| MTV030N-47 MTV030N-47 |
MYSON | 0205 | The following specifications apply for AGND = DG | |
| MTV030N-52 MTV030N-52 |
MYSON | 02+ | DIP-16 | 10 Sec. Pulsed Drain Current, VGS @ -10V Contin |
| MTV030N-56 MTV030N-56 |
GDM | PDIP16 | The receive path consists of a PGA, LPF, and ADC | |
| MTV030N-63 MTV030N-63 |
N/A | N/A | N/A | The output enable multiplexer (MOE) controls the |
| MTV038 MTV038 |
OE controls the impedance of the output buffers. | |||
| MTV038N MTV038N |
Isolation in Power-Down Mode, V+ = 0 Specified B | |||
| MTV038N-011EG MTV038N-011EG |
Oscillator Synchronization and Mode Selection In | |||
| MTV038N-020EG MTV038N-020EG |
Note: All information contained in this data shee | |||
| MTV038N-10 MTV038N-10 |
DIP | Input Specifications Voltage range Filter Isol | ||
| MTV038N-11 MTV038N-11 |
DIP | The SDA pin is bidirectional for serial data tra | ||
| MTV038N-12 MTV038N-12 |
The device incorporates auto-calibration and buil | |||
| MTV038N-15 MTV038N-15 |
MYSON | The Hynix HYM71V16755AT8 Series are 16Mx72bits EC | ||
| MTV038N-20 MTV038N-20 |
The current through the resistor RSET determines | |||
| MTV038N20-04 MTV038N20-04 |
Synchronous rectification circuitry allow | |||
| MTV038N20-13 MTV038N20-13 |
SUMMARY High-Performance 32-Bit DSPApplications | |||
| MTV038N20-13EG MTV038N20-13EG |
Table 1 is a memory map of the 1024-bit EPROM se | |||
| MTV038N20-14 MTV038N20-14 |
Single supply: 1.8 V to 5.5 V Two-wire serial | |||
| MTV038N20-14EF MTV038N20-14EF |
All four clock outputs of the FS6011 may be tris | |||
| MTV038N20-17 MTV038N20-17 |
TATUNG | DIP | 07+ | The CNY117F is a 110 C rated optocoupler consist |
| MTV038N20-18 MTV038N20-18 |
TATUNG | 04+ | When pin 8 has a logic "1" applied and | |
| MTV038N20-18EE MTV038N20-18EE |
Operating features include an on/off inhi | |||
| MTV038N20-18EE(16N20-0020) MTV038N20-18EE(16N20-0020) |
The timing and control circuit generates and dis | |||
| MTV038N20-19 MTV038N20-19 |
MYSON | 04+ | ♦ Four ADC Channels with Serial LVDS/SLVS | |
| MTV038P-06 MTV038P-06 |
One or more of the following United States patent | |||
| MTV048 MTV048 |
Figure 1 shows typical transient duration vs. res | |||
| MTV048N-004AH MTV048N-004AH |
A precision delta-sigma digitizer is used to mak | |||
| MTV048N-005AG MTV048N-005AG |
It is not necessary to have a host and target sy | |||
| MTV048N-007AI MTV048N-007AI |
TOSHIBA is continually working to improve | |||
| MTV048N-01 MTV048N-01 |
MYSON | 1 | The HYB39S256400/800/160DT(L) are four bank Sync | |
| MTV048N-04 MTV048N-04 |
||||
| MTV048N-05 MTV048N-05 |
MYSON | 02+ | PDIP16 | These Thyristor Surge Protective Devices |
| MTV048N-07 MTV048N-07 |
MYSON | PDIP16 | The XRT59L91 is an optimized single-chip analog | |
| MTV048P-01 MTV048P-01 |
MYSONS | 0233 | qOne-side printed circuit board is recommended. | |
| MTV048P128 MTV048P128 |
MYSON | 04+ | SOP | The sector erase architecture allows memory sect |
| MTV10N100E MTV10N100E |
MOTOROLA | 07+/08+ | Parameter AVDD to GND1 AVDD to DVDD VP to GND | |
| MTV112 MTV112 |
0 | 0 | The SC16C554B/554DB is pin compatible with the S | |
| MTV112AN-003(AP3528) MTV112AN-003(AP3528) |
MYSON | DIP | 05+ | Turn-On Time: In the circuit of Figure 1, turning |
| MTV112AN16-032EE MTV112AN16-032EE |
RF output and bias pin. Bias should be supplied | |||
| MTV112AN16-39EE MTV112AN16-39EE |
This device assumes a standby mode if either CE1 | |||
| MTV112AN32-14EG MTV112AN32-14EG |
PERIPHERALS s HIGH SPEED SERIAL INPUT INTERFACE | |||
| MTV112AN32-33EG MTV112AN32-33EG |
The MC10EPT20 is a 3.3 V TTL/CMOS to diff | |||
| MTV112AN32-34EG MTV112AN32-34EG |
All DATEL sampling A/D converters are fully char | |||
| MTV112AN32-38EG MTV112AN32-38EG |
combined with thermal shutdown and automatic re | |||
| MTV112AN32-41EG(AP3258) MTV112AN32-41EG(AP3258) |
MYSON | DIPP | 04+ | 3. System reliability Data integrity must be i |
| MTV112AN32-42EG MTV112AN32-42EG |
The SDA 9254-2 is a combination of the TV-SAM SD | |||
| MTV112AN32-45EG MTV112AN32-45EG |
Applications such as compressor/limiters typical | |||
| MTV112AN32-47EG MTV112AN32-47EG |
The MTV112AN32-47EG has a high bandwidth loop (u | |||
| MTV112AN32-4TEG MTV112AN32-4TEG |
Active low reset output. When the sense threshol | |||
| MTV112AN32-56AJ MTV112AN32-56AJ |
The LP2950 and LP2951 are micropower voltage reg | |||
| MTV112AN32-59EG MTV112AN32-59EG |
© Philips Electronics N.V. 2000 All rights | |||
| MTV112E MTV112E |
The record path of the TLV320AIC32 contains int | |||
| MTV112EAN-025 MTV112EAN-025 |
MTV | 1. - T - = Seating Plane and Datum Surface. 2. | ||
| MTV112EAN32-23 MTV112EAN32-23 |
N/A | N/A | N/A | 32-kHz Oscillator 1.3 V to 1.8 V Operating-volta |
| MTV112ENET MTV112ENET |
This 8-bit noninverting bus transceiver uses two | |||
| MTV112EV MTV112EV |
Minimum quiet time required between bus relinqui | |||
| MTV112MN32 MTV112MN32 |
MYSON | DIP | 2001 | DESCRIPTION The M74HCT138 is an high speed CMOS |
| MTV112MV32 MTV112MV32 |
MYSONS | 03+ | 1. Stresses greater than those listed under ABSOL | |
| MTV112N MTV112N |
MYSON | 1200 | The information provided herein is believed to be | |
| MTV112N-0TP MTV112N-0TP |
Note 1: This device has been designed to perform | |||
| MTV112N-OTP MTV112N-OTP |
MYSON | DIP | 1999 | Monolithic Hall IC for high reliability Single + |
| MTV112-OTP MTV112-OTP |
MYSON | DIP | The RESET output is guaranteed to be in the corre | |
| MTV112V-0TP MTV112V-0TP |
MYSON | PLCC44 | 03/+04+ | InGaP HBT IF and RF amplifier frequency range, |
| MTV112V-OPT MTV112V-OPT |
MITEL | PLCC | 07+ | • high frequency rectifiers, output   |
| MTV112V-OTP MTV112V-OTP |
MYSON | PLCC-44 | 02+ | The following are trademarks of Conexant Systems |
| MTV118P MTV118P |
*The first two letters are AX. Insert the two-let | |||
| MTV118P-11 MTV118P-11 |
MYSON | SOP | 0412+ | TACHYON Architecture Tachyon TS continues with |
| MTV118P-37 MTV118P-37 |
2. Timer Data Reading When the I/O termia | |||
| MTV121P-01 MTV121P-01 |
Refer to Table 2, Intel Pentium II Processor Pow | |||
| MTV121P24-01 MTV121P24-01 |
MYSON | 12 | ISSI reserves the right to make changes to its p | |
| MTV121P-31 MTV121P-31 |
MYSON | SMD | SMD | Empty or Full Fault Flag: empty Fault is updated |
| MTV121P-37 MTV121P-37 |
MYSON | 9926 | The LT®3433 is a 200kHz fixed-frequency curre | |
| MTV130P-01 MTV130P-01 |
MYSON | SOP-16 | Notes: 1. TA = +25C, where TA is defined to be t | |
| MTV130P-043 MTV130P-043 |
02+ | SOP | Receiver Pair Differential data from external tr | |
| MTV130P-06 MTV130P-06 |
01 | SHTDWN: Comparator input to stop the chip. The t | ||
| MTV130P-10 MTV130P-10 |
The HYM72V32M636T8 Series are Dual In-line Memory | |||
| MTV130P-15 MTV130P-15 |
When LE is LOW the latches store the information | |||
| MTV130P-18 MTV130P-18 |
MYSON | 01+ | SOP | A precise reference voltage (+5V 1%) able to pro |
| MTV130P-30 MTV130P-30 |
MYSON | SOP | 2001 | The external crystal must be connected as close |
| MTV130P-32 MTV130P-32 |
01 | The MC68307 is an integrated processor combining | ||
| MTV130P-43 MTV130P-43 |
MYSON | SMD | SMD | |
| MTV130P-44 MTV130P-44 |
nRF0433 is a true single chip UHF transceiver des | |||
| MTV130P-58 MTV130P-58 |
The MTV130P-58AV is a 3rd-order ∆, two-chan | |||
| MTV14250C MTV14250C |
The SMLW010 Single-Output, Low-Profile, PCB Moun | |||
| MTV16N50E MTV16N50E |
When LE is LOW the latches store the informatio | |||
| MTV203011CW MTV203011CW |
MITEL | QFP | 99+ | NOTES: 1. VCC = 5V, TA = +25C for Typ., and are |
| MTV20N50E MTV20N50E |
MOTO | TO-263 | 9929 | • High-speed access time: 10, 12, 15, and |
| MTV212 MTV212 |
0 | 0 | Attenuation range: 0 to C79dB in 1dB steps Opera | |
| MTV212A32-04 MTV212A32-04 |
MYSON | DIP | 75 Volt Motor Supply Voltage 29 Amp Output Switc | |
| MTV212AN32-003 MTV212AN32-003 |
Notes: 1. Test conditions assume signal transit | |||
| MTV212AN32-027 MTV212AN32-027 |
Features • Progressive scan allows individ | |||
| MTV212AN32-027AH MTV212AN32-027AH |
PROTECTION FEATURES OF GATE-TO-SOURCE ZENER DIODE | |||
| MTV212AN32-113AK MTV212AN32-113AK |
A calibration phase is provided to set the two D | |||
| MTV212AN32-30AJ MTV212AN32-30AJ |
Notes: 1. For Max. or Min. conditons, use appro | |||
| MTV212AN32-31EG MTV212AN32-31EG |
"Absolute Maximum Ratings" are those v | |||
| MTV212AN32-33 MTV212AN32-33 |
||||
| MTV212AN32-33AJ MTV212AN32-33AJ |
NOTE:2677 tbl 04 1. Stresses greater than those | |||
| MTV212AN32-38AJ MTV212AN32-38AJ |
Senses motion of ring magnet targets Integrated | |||
| MTV212AN32-51AH MTV212AN32-51AH |
In addition, there is a pin provided to the user, | |||
| MTV212AN32-60AJ MTV212AN32-60AJ |
Burst mode operation Auto & se | |||
| MTV212AN32-64 MTV212AN32-64 |
The Read operation outputs the data in order from | |||
| MTV212AN32-72AK MTV212AN32-72AK |
Continuous Drain Current, VGS @ 10V Continuous | |||
| MTV212AN32-74AK MTV212AN32-74AK |
NOTES 1Sample tested at 25C to ensure compliance | |||
| MTV212AN32-77AK MTV212AN32-77AK |
The entire series has Underwriters Laborat | |||
| MTV212AN32-78AK MTV212AN32-78AK |
Note 1: Absolute Maximum continuous ratings are t | |||
| MTV212AN32-80AK MTV212AN32-80AK |
2. The minimum load current is the minimum curre | |||
| MTV212AN32-8AK MTV212AN32-8AK |
Due to their tiny size and low power consumption | |||
| MTV212AN32-91AH MTV212AN32-91AH |
Measuring Diode Parameters The measurement of th | |||
| MTV212AN32-96AK MTV212AN32-96AK |
Hynix HYMD116M645B(L)8-J/M/K/H/L series is design | |||
| MTV212AN32-97AK MTV212AN32-97AK |
There are two limitations on the power ha | |||
| MTV212AN-65AH MTV212AN-65AH |
||||
| MTV212AN-73AH MTV212AN-73AH |
Two Channel Coupler SOIC-8A Surfac | |||
| MTV212AN-99 MTV212AN-99 |
MYSON | DIP-40 | 0445AK | 2. A variety of power saving modes Attach |
| MTV212AS32-117AK MTV212AS32-117AK |
DESCRIPTION Input. Decoded by LAN91C100F | |||
| MTV212AS32-37AK MTV212AS32-37AK |
In addition to determining the off time during a | |||
| MTV212AS32-3TAK MTV212AS32-3TAK |
Asynchronous mode. XASY = 0 Asynchronous transmis | |||
| MTV212AS32-45AK MTV212AS32-45AK |
The pressure is monitored by a voltage co | |||
| MTV212AS32-47 MTV212AS32-47 |
FEATURES D 16-Bit Resolution D 14-Bit Linearity | |||
| MTV212AS32-48AK MTV212AS32-48AK |
Reading lights (car, bus, aircraft) Portable (fl | |||
| MTV212AS32-59AK MTV212AS32-59AK |
This integrated circuit is designed to co | |||
| MTV212AS32-61AK MTV212AS32-61AK |
The data contained in the data stream can also a | |||
| MTV212AS32-70AK MTV212AS32-70AK |
The SY88813V generates a chatter-free PEC | |||
| MTV212AS32-73AH MTV212AS32-73AH |
The LM2696 is capable of switching frequencies i | |||
| MTV212AS32-79AK MTV212AS32-79AK |
protection, and an input under- voltage lockout | |||
| MTV212AS32-84AK MTV212AS32-84AK |
COM1/P15.6COM2/P15.5COM3/P15.4COM4/P15.3COM5/P15. | |||
| MTV212AS32-92AK MTV212AS32-92AK |
NOTES: 1. Typical values are at VCC = 3.3V, TA | |||
| MTV212AS32-94AK MTV212AS32-94AK |
Input Current, IIN, SCLK Pin Input | |||
| MTV212MAN32-22AJ MTV212MAN32-22AJ |
Maxwell Technologies 54LVTH162245 devices are 16- | |||
| MTV212MAN32-38 MTV212MAN32-38 |
DIP | 01+ | The third, transient power due to internal capac | |
| MTV212MN32 MTV212MN32 |
MYSON | DIP | DIP | The MTV212MN32 microcontroller is a member of th |
| MTV212MN64 MTV212MN64 |
DIP-40 | DIP-40 | 04+ | |
| MTV212MN64I MTV212MN64I |
MYSON | DIP-40 | 04+ | LED PULSE The 9Cvolt battery level is ch |
| MTV212MS32 MTV212MS32 |
MYSON | f = 21 MHz, VOUT = 61 dBmV @ Max Gain f = 42 MHz | ||
| MTV212MS64 MTV212MS64 |
MYSON | 0105 | † Stresses beyond those listed under absol | |
| MTV212MS64I MTV212MS64I |
The components contained in Tables 2, 3, and 4 c | |||
| MTV212MS64LL MTV212MS64LL |
MYSON | DIP | 00+ | The design of the Ballast control portion of the |
| MTV212MS64U MTV212MS64U |
MYSON | DIP-42P | 99+ | Collector-Emitter Breakdown Voltage IC = |
| MTV212MS64VEH MTV212MS64VEH |
This new series of digital transistors is | |||
| MTV212MV32 MTV212MV32 |
8 | MYSON | OO43 | Working Peak Reverse Voltage Range − 10 V |
| MTV212MV64 MTV212MV64 |
MYSON | PLCC44 | The HYM72V16M656H(L)T6 -Series are high speed 3.3 | |
| MTV212MV64I MTV212MV64I |
MYSON | PLCC | PLCC | Note b: ICC and ICC are dependent on output load |
| MTV212MV64U MTV212MV64U |
MYSON | PLCC | 02+ | Generates 106.25 MHz clocks from a 21.25 MHz cr |
| MTV212SS32-47AK MTV212SS32-47AK |
n Internal comparator with pin selectable 2˚ | |||
| MTV214Q MTV214Q |
MYSON | 06+ | The quiescent current increases only slightly at | |
| MTV22AN32-60AJ MTV22AN32-60AJ |
The output voltage ripple of the MSK 5115 series | |||
| MTV230GMV MTV230GMV |
MYSON | PLCC | 06+ | The ADSP-21991 integrates the fixed point ADSP-2 |
| MTV230M MTV230M |
The ten latches of the BCT29841 are transparent | |||
| MTV230MF MTV230MF |
When a push-button is used to manually reset a & | |||
| MTV230MN MTV230MN |
||||
| MTV230MS MTV230MS |
MYSON | DIP42 | 01+ | Note 8: Care should be taken to include the effec |
| MTV230MS64 MTV230MS64 |
The AD7739 is a high precision, high throughput | |||
| MTV230MV MTV230MV |
MYSON | PLCC | Figures 1 through 8 show the timing of th | |
| MTV230MV64 MTV230MV64 |
The 420LE/B series is a two stage transient volt | |||
| MTV25N50E MTV25N50E |
Programmable Baud Rate Generator | |||
| MTV312GMV MTV312GMV |
MTV/世纪民生 | 07+ | Single chip low power UHF transmitter 369.5 MHz | |
| MTV312GMV64 MTV312GMV64 |
07+ | The sampling, conversion, and activation of digi | ||
| MTV312MN64 MTV312MN64 |
N/A | N/A | N/A | Set the wait states in each bank by writing to t |
| MTV312MS64 MTV312MS64 |
MYSON | DIP-42 | 2003 | Members of the Texas Instruments SCOPE Fa |
| MTV312MS64(LB500JV1.3) MTV312MS64(LB500JV1.3) |
This specification is established by characteriza | |||
| MTV312MS64(LB500KV1.0) MTV312MS64(LB500KV1.0) |
− Digital Attenuation: 0 dB to C120 | |||
| MTV312MS64(LM505JV1.0) MTV312MS64(LM505JV1.0) |
The LTC®6900 is a precision, low power oscill | |||
| MTV312MV32 MTV312MV32 |
MYSON | 2008 | The PCI-Express differential clock outputs of th | |
| MTV312MV64 MTV312MV64 |
MYSON | PLCC44 | 01+ | The XC2173 series are high frequency, low power |
| MTV312MV64AG MTV312MV64AG |
The DS2751 multichemistry battery fuel gauge is a | |||
| MTV32N20E MTV32N20E |
MOTO | TO-220 | 9927 | Turn on current (IFT), 5.0 mA typical Gate trig |
| MTV32N25E MTV32N25E |
on | on | dc00 | Features • High sensitivity and low smear |
| MTV32N30E MTV32N30E |
Peregrines PE3239 is a high performance integer- | |||
| MTV332GG MTV332GG |
MYSON | 05+ | A token-passing protocol provides predictable res | |
| MTV3842B MTV3842B |
00 | BVDSSDrain-to-Source Breakdown Voltage-100 W | ||
| MTV3843B MTV3843B |
DIP-8 | 00+ | Note 2 Operating Ratings indicate conditions for | |
| MTV412 MTV412 |
MYSON | PLCC44 | 03/+04+ | Encoding Characteristics Encoding Characteristic |
| MTV412GMV128 MTV412GMV128 |
MYSON | 2005PB | PLCC44 | The devices low VCC detection circuitry protects |
| MTV412MS128 MTV412MS128 |
Power rating is determined with a junction tempe | |||
| MTV412MV128 MTV412MV128 |
MYSON | PLCC | PLCC | The ATF1502ASV is a high-performance, high-densi |
| MTV416GMF MTV416GMF |
MYSON | 2006 | The CDC7005 is a high-performance, low-phase noi | |
| MTV502NH MTV502NH |
Designed primarily for use with vacuum-fl | |||
| MTV512 MTV512 |
RFM's OPB-series Voltage Controlled SAW Clocks ar | |||
| MTV512GMG MTV512GMG |
MT | 05/06+ | QFP/48 | The LP5550 is a PWI 1.0 compliant Energy Managem |
| MTV512GMN MTV512GMN |
NOTES: 1. All VDD pins must be connected to 3.3V | |||
| MTV512GMV MTV512GMV |
MYSON | 07+ | The NMOS image sensor consists of a scanning cir | |
| MTV512MV MTV512MV |
PLCC | Logic to logic isolator Programmable current l | ||
| MTV5722A MTV5722A |
ST | SOP-16 | a) Adopting new 4th generation planar IGBT chip, | |
| MTV6N100E MTV6N100E |
03+/04+ | TO-3P | FEATURES Low-Noise Amplifiers Provide Low | |
| MTV880C.V1.1 MTV880C.V1.1 |
N/A | PHILIPS | 04+ | The µPD75P316A is a product of the & |
| MTV8856EP MTV8856EP |
EPIC™ (Enhanced-Performance Implanted CMOS | |||
| MTV8B56EN MTV8B56EN |
1. Hitachi neither warrants nor grants licenses | |||
| MTV9120QF-A0 MTV9120QF-A0 |
Note 1) The specified condition Tj = 25C means t | |||
| MTV9120QF-AO MTV9120QF-AO |
METALINK | QFN | 2004 | Bild / Fig. 5 B2 - Zweiplus-Brckenschaltung / Tw |
| MTV9140 MTV9140 |
(3) Static Electricity Static electricity | |||
| MTV9141LQ-C0 MTV9141LQ-C0 |
METALINK | 07+ | Note 1: Specifications are 100% production tested | |
| MTV9141LQ-CO MTV9141LQ-CO |
METALINK | 07+ | This is a dual function pin. In the IDT Standard | |
| MTV9141LQ-D0 MTV9141LQ-D0 |
Thermal Protection The FAN2500/01 is designed to | |||
| MTV9141LQ-DO MTV9141LQ-DO |
METALINK | QFP | The EP7311 uses its powerful 32-bit RISC process | |
| MTV9143LQ-B0 MTV9143LQ-B0 |
METALINK | 07+ | Short Circuit Current Switching Frequency Stand | |
| MTV9143LQ-BO MTV9143LQ-BO |
METALINK | LQFP-64 | 2004 | The RTD Logo is a registered trademark of RTD Em |
| MTV9143QF-BQ MTV9143QF-BQ |
Hynix HYMD116645A(L)8-K/H/L series incorporates S | |||
| MTV9171PBA0 MTV9171PBA0 |
N/A | N/A | 04+ | The SM/SMJ320VC33 can perform parallel multiply |
| MTV9171SB-C0 MTV9171SB-C0 |
METALINK | 07+ | The MAX7447 4-channel, buffered video reconstruct | |
| MTV9172SB-A0 MTV9172SB-A0 |
METALLINK | 0252 | The AT91X40 Series features a direct connection | |
| MTV9172SB-AO MTV9172SB-AO |
METALINK | PBGA | 2003 | The A82DL32x4T(U) family consists of 32 megabit, |
| MTV9172SB-C2 MTV9172SB-C2 |
QFP | Note 1: Absolute Maximum Ratings are those values | ||
| MTV9273PB-B1 MTV9273PB-B1 |
METALINK | 07+ | Designed for ultraClinear amplifier appli | |
| MTV9370 MTV9370 |
14.318 MHz reference clock. 14.318 MHz referen | |||
| MTV9370PBB0 MTV9370PBB0 |
N/A | N/A | 04+ | |
| MTV9370PBC1 MTV9370PBC1 |
MET | 06/07+ | EPSEN is used in conjunction with Port 5 and Por | |
| MTV9370PB-C1 MTV9370PB-C1 |
METALINK | 07+ | Bipolar Violation Count Register 2. LSW of a 16-b | |
| MTV9470PB-A0 MTV9470PB-A0 |
METALLINK | 0309 | Designers must not rely on the absence or charact | |
| MTV9470PB-AO MTV9470PB-AO |
MET | BGA | 07+ | The S-8233C Series is a series of lithium-ion rec |
| MTV9473PB-B0 MTV9473PB-B0 |
METALINK | 07+ | Boost-up control using PFM White LED of 2-4 ligh | |
| MTVA0600N07W3S MTVA0600N07W3S |
emc | emc | dc99 | Stresses above those listed under "Absolute |
| MTVO21N-25 MTVO21N-25 |
Each macrocell also generates a foldback product |
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