SWITCH DEBOUNCE IC Search Results

Contextual Info: Atmel U6032B Automotive Toggle Switch IC DATASHEET Features Debounce time: 0.3ms to 6s RC oscillator determines switching characteristics Relay driver with Z-diode Debounced input for toggle switch Three debounced inputs: ON, OFF and TOGGLE Load-dump protection

atmel 0833

Abstract: atmel. 0746 Atmel 440 atmel 0746 5 pin 12v relay connection atmel 043 integrated circuit U 6032B z-diode 14v ATMel 046 5 pin relay switch 6v
Contextual Info: Atmel U6032B Automotive Toggle Switch IC DATASHEET Features ● Debounce time: 0.3ms to 6s ● RC oscillator determines switching characteristics ● Relay driver with Z-diode ● Debounced input for toggle switch ● Three debounced inputs: ON, OFF and TOGGLE

Contextual Info: Temic Sem i í U6032B o n ü u c tors Automotive Toggle Switch Description The bipolar integrated circuit U6032B is designed as a toggle switch. It controls an electrical load, for example, Features • • • • Debounce time: 0.3 ms to 6 s RC oscillator determines switching characteristics

Contextual Info: 19-4128; Rev 0; 5/08 On/Off Controller with Debounce and ±15kV ESD Protection Features The MAX16054 is a pushbutton on/off controller with a single switch debouncer and built-in latch. It accepts a noisy input from a mechanical switch and produces a clean latched digital output after a factory-fixed qualification delay.

keyboard encoder sun

Abstract: pin diagram for IC cd 1619 p pin diagram for IC cd 1619 74F240 ESC keyboard encoder keyboard scan matrix 8 x 18 keyboard encoder schematic 1N914 74F240 COL10
Contextual Info: KeyCoder UR5HCSUN product specifications Sun-Compatible Type 5 Keyboard Encoder KeyCoder™ UR5HCSUN Features The UR5HCSUN will scan, debounce and decode an 8 X 17 contact switch matrix. Scanning of the matrix allows for multi-key rollover on low-cost contact-type matrixes, without the need

74278

Contextual Info: TYPES SN54278, SN74278 4-BIT CASCADABLE PRIORITY REGISTERS M AY 1 972 —R E V ISE D A P R IL 1 98 5 Latched Data Inputs Serve as Buffer Register and Can also: Synchronize Data Acquisition "Debounce" Mechanical Switch Input • Cascading Input PO and Output P1

atmel 0746

Abstract: atmel 0833 atmel. 0746 U6032B U6032B-FP Atmel 440
Contextual Info: Features • • • • • • • • Debounce Time: 0.3 ms to 6 s RC Oscillator Determines Switching Characteristics Relay Driver with Z-diode Debounced Input for Toggle Switch Three Debounced Inputs: ON, OFF and TOGGLE Load-dump Protection RF Interference Protection

SL3010

Abstract: SL3010D SL3010N RC5 Infrared rc-5 INFRARED REMOTE CONTROL
Contextual Info: SL3010 INFRARED REMOTE CONTROL TRANSMITTER RC-5 The SL3010 is intended as a general purpose RC-5 infrared remote control system for use where a low voltage supply and a large debounce time are expected. The device can generate 2048 different commands and utilizes a keyboard with a single pole switch for each

INA3010DW

Abstract: INA3010 INA3010N RC5 Infrared Keyboard matrix 5*6
Contextual Info: INA3010 INA3010 INFRARED REMOTE CONTROL TRANSMITTER RC-5 The INA3010 is intended as a general purpose RC-5 infrared remote control system for use where a low voltage supply and a large debounce time are expected. The device can generate 2048 different commands and utilizes a keyboard with a single pole switch for each

Contextual Info: SNS4278. SN74278 4-BIT CASCADABLE PRIORITY REGISTERS M A Y 1 9 7 2 —REVISED M A R C H 1 9 8 8 Latched Data inputs Serve as Buffer Register and Can also: Synchronize Data Acquisition "Debounce" Mechanical Switch Input S N 5 4 2 7 8 . . . J OR W PACKAGE S N 7 4 2 7 8 . . . N PACKAGE

4p1c

Abstract: logic diagram of ic 7427
Contextual Info: SN54278, SN74278 4 BIT CASCADABLE PRIORITY REGISTERS M A Y 1 9 7 2 — R E V IS E D M A R C H 1 9 8 8 Latched Data Inputs Serve as Buffer Register and Can also: Synchronize Data Acquisition "Debounce" Mechanical Switch Input SN5 4 2 7 8 . . . J OR W PACKAGE

Contextual Info: MIC2782 Dual-Input Push Button Reset IC with Immediate and Delayed Outputs General Description Features The MIC2782 is a two input, two output push-button reset IC. It will generate a reset pulse for a factory-programmed reset timeout period after both manual reset inputs have

PH m 8816

Abstract: cdp1800series transistor D406 CDP1871AC
Contextual Info: CDP1871A, CDP1871AC H A R R IS / Semiconductor REFERENCE APP NOTE 7374 CMOS Keyboard Encoder August 1996 Description Features Directly Interfaces with CDP1800-Series Microprocessor The CDP1871A is a keyboard encoder designed to directly interface between a CDP1800-series m icro­

"Toggle Switch"

Abstract: 12v relay 8 pin U6032B MS-6000 5 pin relay 12v debouncing relay contact v345 U6032B-FP RL510
Contextual Info: Tem ic U6032B S e m i c o n d u c t o r s Automotive TOGGLE Switch Description The bipolar integrated circuit, U 6032 B, is designed as a TOGGLE switch. It controls an electrical load, for example, fog lamp, high/ low beam or heated windows for automotive applications. It has a defined power-on

U6808B

Abstract: U6809B U6813B
Contextual Info: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of microcontrollers in safety critical applications e.g. anti-lock systems needs to be monitored permanently. Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B –

Contextual Info: Tem ic U6046B / U6047B S e m i c o n d u c t o r s Rear Window Heating Timer/ Long-Term Timer Description The bipolar long-term timers U6046B and U4047B are designed to limit the operation time of high loads in the harsh automotive enviroment automatically by a preset

flip-flop rsff

Abstract: U6808B U6809B U6813B
Contextual Info: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of microcontrollers in safety critical applications e.g. anti-lock systems needs to be monitored permanently. Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B –

digital pen circuit diagram

Abstract: pen driver circuit diagram NEN 250
Contextual Info: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of microcontrollers in safety critical applications e.g. anti-lock systems needs to be monitored permanently. Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B –

Contextual Info: Tem ic U6032B S e m i c o n d u c t o r s Automotive Toggle Switch Description The bipolar integrated circuit U6032B is designed as a toggle switch. It controls an electrical load, for example, fog lamp, high/ low beam or heated windows for automo­ tive applications. It has a defined power-on status.

Contextual Info: T e m ic U2640B Semiconductors Intermittent- and Wipe/Wash Control for Wiper Systems Description With the U264xB, TEMIC Semiconductors developed a family of intermittent- and wipe/wash control circuits for windshield or backlite wiper systems with identical basic

EM- 546 motor

Contextual Info: Tem ic U2642B Semiconductors Intermittent- and Wipe/Wash Control for Wiper Systems Description With the U264xB, TEMIC Semiconductors developed a family of intermittent- and wipe/wash control circuits for windshield or backlite wiper systems with identical basic

Contextual Info: MIC2782 Dual-Input Push Button Reset IC with Immediate and Delayed Outputs General Description Features The MIC2782 is a two input, two output push button reset IC. It will generate a reset pulse for a factory programmed reset timeout period after both manual reset inputs have

MIC2782

Abstract: MIC2782ELYCS
Contextual Info: MIC2782 Dual-Input Push Button Reset IC with Immediate and Delayed Outputs General Description Features The MIC2782 is a two input, two output push button reset IC. It will generate a reset pulse for a factory programmed reset timeout period after both manual reset inputs have

telefunken diodes SI 61 L

Abstract: relay 5v 5 pin ROE capacitor 220 telefunken ta 750 U6047B U6046B U6046B-FP U6047B-FP 002081
Contextual Info: Tem ic U6046B / U6047B S e m i c o n d u c t o r s Rear Window Heating Timer Description The window heating timers are bipolar integrated circuits. Due to time controlled functions, they reduce the current consumptions of high loads i.e., heating resistors.