| PART |
Description |
Maker |
| 74LCX27SJ 74LCX27 74LCX27MTC 74LCX27M 74LCX27MTCX |
Triple 3-input NOR Gate LVC/LCX/Z SERIES, TRIPLE 3-INPUT NOR GATE, PDSO14
From old datasheet system
Low Voltage Triple 3-Input NOR Gate with 5V Tolerant Inputs
|
Fairchild Semiconductor, Corp.
FAIRCHILD[Fairchild Semiconductor]
|
| 5432DM 5439DM 5430FM 5425DM 5475DM 5422DM 54163/BE |
Dual/Triple Ultra-Low-Voltage SOT23 µP Supervisory Circuits
Quad 2-input NAND Gate
Dual 4-input NOR Gate
4-Bit D-Type Latch
Dual 4-input NAND Gate
Dual/Triple Ultra-Low-Voltage SOT23 µP Supervisory Circuits 8声道，数字复接器
|
Rectron Semiconductor
|
| 74LCX2705 74LCX27SJ 74LCX27 74LCX27M 74LCX27MTC 74 |
Low Voltage Triple 3-Input NOR Gate with 5V Tolerant Inputs
|
FAIRCHILD[Fairchild Semiconductor]
|
| 4N37-V LTV4N37-V 4N35-V LTV-4N35M LTV-4N37M LTV-4N |
Dual/Triple Ultra-Low-Voltage SOT23 µP Supervisory Circuits
CS:5-15,Angled Pos."D"
NPN-OUTPUT DC-INPUT OPTOCOUPLER npn型输出DC -输入光耦合
1 CHANNEL TRANSISTOR OUTPUT OPTOCOUPLER
Dual/Triple Ultra-Low-Voltage SOT23 µP Supervisory Circuits
|
Everlight Electronic Co., Ltd.
LITE-ON ELECTRONICS INC
|
| OET020YEHH OET020YEHH-A OET020YEJJ-A OET020ZEHH-A |
25 Watt, input voltage range:18-36V, output voltage 3.3-15V (3.5-0.28A) DC/DC converter
25 Watt, input voltage range:34-75V, output voltage 3.3-15V (3.5-0.28A) DC/DC converter
25 Watt, input voltage range:34-75V, output voltage 3.3-12V (3.5-0.35A) DC/DC converter
TRIPLE OUTPUT 25 WATT
T1/E1 Transformer
Analog IC
TRIPLE OUTPUT, 25 WATT 三路输出25瓦特
|
POWER-ONE[Power-One]
EPCOS AG
|
| MAX6720 MAX6720UTD-T MAX6729 MAX6717 MAX6722UTD-T |
Vcc1: 2.313 V, Vcc2: 1.110 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 1.665 V, Vcc2: 1.388 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.313 V, Vcc2: 1.388 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.188 V, Vcc2: 1.575 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.313 V, Vcc2: 1.665 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Dual/Triple Ultra-Low-Voltage SOT23 μP Supervisory Circuits
Dual/Triple Ultra-Low-Voltage SOT23 P Supervisory Circuits
Replaced by TPL9201 : Microcontroller Power Supply and Low-Side Driver 20-PDIP -40 to 125
Dual/Triple Ultra-Low-Voltage SOT23 レP Supervisory Circuits 三路、超低电压、SOT23封装、微处理器监控电
8-Bit Shift Register 16-PDIP -40 to 125 三路、超低电压、SOT23封装、微处理器监控电
Vcc1: 2.188 V, Vcc2: 0.788 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.625 V, Vcc2: 1.313 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 4.625 V,Vcc2: 3.075 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 4.375 V, Vcc2: 2.625 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 4.375 V,Vcc2: 2.925 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.625 V, Vcc2: 0.788 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.625 V, Vcc2: 1.575 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.625 V, Vcc2: 2.188 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.925 V, Vcc2: 0.788 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.925 V, Vcc2: 1.050 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.925 V, Vcc2: 1.313 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.925 V, Vcc2: 1.575 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 2.925 V, Vcc2: 2.188 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 3.075 V, Vcc2: 0.833 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 3.075 V, Vcc2: 1.110 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 3.075 V, Vcc2: 1.388 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 3.075 V, Vcc2: 1.665 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 3.075 V, Vcc2: 2.313 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 1.575 V, Vcc2: 0.788 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 1.575 V, Vcc2: 1.313 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 1.575 V, Vcc2: 1.050 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1: 1.665 V, Vcc2: 0.883 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
Vcc1 4.625 V,Vcc2 3.075 V, active timeout period: 140 ms-280 ms, dual/triple ultra-low-voltage SOT23 mP supervisor circuit
|
MAXIM[Maxim Integrated Products]
Maxim Integrated Products, Inc.
Maxim Integrated Produc...
MAXIM - Dallas Semiconductor
|
| 74F10 74F11 N74F11N N74F10D N74F10N N74F11D 74F10_ |
Triple 3-input NAND gate; Triple 3-input AND gate F/FAST SERIES, TRIPLE 3-INPUT NAND GATE, PDSO14
From old datasheet system
|
NXP Semiconductors N.V.
PHILIPS[Philips Semiconductors]
|
| 74ALVC16374MTD 74ALVC16374 74ALVC16374GX |
Triple 3-Input Positive-AND Gates 14-SOIC -40 to 85 ALVC/VCX/A SERIES, DUAL 8-BIT DRIVER, TRUE OUTPUT, PDSO48
Low Voltage 16-Bit D-Type Flip-Flop with 3.6V Tolerant Inputs and Outputs
|
Fairchild Semiconductor, Corp.
FAIRCHILD[Fairchild Semiconductor]
|
|
