Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW\nThe S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has an • Precision Dual Voltage Monitor\n   – VCC Supply Monitor\n   - Dual reset outputs for complex\n      microcontroller systems\n   - Integrated memory write lockout function\n   - No external components required\n• Second Voltage Monitor Output\n   – Separate VLOW output\n   – Generates interrupt to ;

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual Voltage Supervisory Circuit With Watchdog Timer

OVERVIEW The S42xxx are a precision power supervisory circuit. It automatically monitors the device’s VCC level and will generate a reset output on two complementary open drain outputs. In addition to the VCC monitoring, the S42xxx also provides a second voltage comparator input. This input has a

Dual voltage supervisory circuit with watchdog timer

NPN EPITAXIAL PLANAR TRANSISTOR

Description The HSC4242 is designed for triple diffused planar type and high speed switching applications.

Single/Dual/Quad, 1.8V/10關A, SOT23, Beyond-the-Rails Op Amps

General Description The MAX4240–MAX4244 family of micropower op amps operate from a single +1.8V to +5.5V supply or dual ±0.9V to ±2.75V supplies and have Beyond-the-Rails™ inputs and rail-to-rail output capabilities. These amplifiers provide a 90kHz gain-bandwidth product while using only 10µA o

Single/Dual/Quad, 1.8V/10關A, SOT23, Beyond-the-Rails Op Amps

General Description The MAX4240–MAX4244 family of micropower op amps operate from a single +1.8V to +5.5V supply or dual ±0.9V to ±2.75V supplies and have Beyond-the-Rails™ inputs and rail-to-rail output capabilities. These amplifiers provide a 90kHz gain-bandwidth product while using only 10µA o

Single/Dual/Quad, 1.8V/10關A, SOT23, Beyond-the-Rails Op Amps

General Description The MAX4240–MAX4244 family of micropower op amps operate from a single +1.8V to +5.5V supply or dual ±0.9V to ±2.75V supplies and have Beyond-the-Rails™ inputs and rail-to-rail output capabilities. These amplifiers provide a 90kHz gain-bandwidth product while using only 10µA o

Adjustable LED Driver

Functional Description The TLE 4242 G is an integrated adjustable constant current source driving loads up to 500 mA. The output current level can be adjusted via an external resistor. The IC is designed to supply high power LEDs (e.g. Osram Dragon LA W57B) under the severe conditions of automo