| PART |
Description |
Maker |
| AD600SQ/883B AD600JR-REEL7 AD602AR-REEL AD602AR-RE |
VOLTAGE CONTROLLED GAIN AMPLIFIER|CMOS|DIP|16PIN|CERAMIC
VOLTAGE CONTROLLED GAIN AMPLIFIER|DUAL|CMOS|SOP|16PIN|PLASTIC
VOLTAGE CONTROLLED GAIN AMPLIFIERDUALCMOSSOIC16，PLASTIC SPECIALTY ANALOG CIRCUIT, PDSO16
VOLTAGE CONTROLLED GAIN AMPLIFIER, DUAL, CMOS, SOP, 16PIN, PLASTIC SPECIALTY ANALOG CIRCUIT, PDSO16
VOLTAGE CONTROLLED GAIN AMPLIFIERDUAL，CMOSSOP16PINPLASTIC SPECIALTY ANALOG CIRCUIT, PDSO16
VOLTAGE CONTROLLED GAIN AMPLIFIER锛?DUAL锛?CMOS锛?SOIC16锛?LASTIC
|
Analog Devices, Inc.
ANALOG DEVICES INC
|
| 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
|
| ADM8710 |
Low Voltage, High Accuracy, Quad Voltage Microprocessor Supervisory Circuit
|
Analog Devices
|
| ET79XX 79XX |
fixed-negative-voltage monolithic integrated-circuit voltage regulators
|
Estek Electronics Co. Ltd
|
| 79L05A 79L12A 79L24A 79L15A 79L06A 79L08A |
fixed-voltage monolithic integrated-circuit voltage regulators is designed for a wide range of applications
|
Estek Electronics Co. L...
Estek Electronics Co. Ltd
http://
|
| ET7805 7805B |
fixed-voltage monolithic integrated-circuit voltage regulators
|
Estek Electronics Co. Ltd
|
| ET7805B |
fixed-voltage monolithic integrated-circuit voltage regulators
|
Estek Electronics
|
| MC33160 MC33160DWR2 MC34160-D |
100mA, 5V Voltage Regulator and Supervisory Circuit for Microprocessors
100 mA, 5.0 V Voltage Regulator and Supervisory Circuit for Microprocessors
|
ON Semiconductor
|
| RN1911 RN1910 |
Transistor Silicon NPN Epitaxial Type (PCT Process) Switching, Inverter Circuit, Interface Circuit And Driver Circuit Applications
Switching Inverter Circuit Interface Circuit And Driver Circuit Applications
Switching/ Inverter Circuit/ Interface Circuit And Driver Circuit Applications
|
TOSHIBA[Toshiba Semiconductor]
|
| MAX792 MAX792CPE MAX792CSE MAX792EJE MAX792EPE MAX |
Microprocessor and non-volatile metory supervisory circuit. Reset threshold 4.62V. Reset and low-line threshold accuracy -2%
Microprocessor and non-volatile metory supervisory circuit. Reset threshold 4.37V. Reset and low-line threshold accuracy -2%
Microprocessor and non-volatile metory supervisory circuit. Reset threshold 2.61V. Reset and low-line threshold accuracy -2%
Microprocessor Voltage Monitors with Programmable Voltage Detection
Dual D-type Positive-Edge-Triggered Flip-Flops With Clear And Preset 14-CFP -55 to 125 微处理器和非挥发性内存监控电
Microprocessor and Non-Volatile Memory Supervisory Circuits
From old datasheet system
Microprocessor and non-volatile metory supervisory circuit. Reset threshold 3.06V. Reset and low-line threshold accuracy -2%
|
MAXIM - Dallas Semiconductor
Maxim Integrated Products, Inc.
MAXIM[Maxim Integrated Products]
|
| FJV4103R FJV4103RMTF |
Switching circuit, Inverter, Interface circuit, Driver Circuit
PNP Epitaxial Silicon Transistor
|
FAIRCHILD[Fairchild Semiconductor]
|
|
