IGNITION DIS Search Results

automotive ecu circuit

Abstract: ignition coil ignition module automotive ignition coil on plug coil ignition ignition coil IGBT automotive ignition hall effect sensor ignition automotive ecu automotive distributorless Ignition
Contextual Info: Hybrid ICs Automotive Electronics IGNITION MODULE for Ignition System • Description Ignition module controls the current through the ignition coil. Ignition module receives the ignition signal from the crank position sensor or the ECU and turns the power transistor On/Off by

BIP355

Abstract: bosch ecu ignition driver bosch ignition coil bosch ecu ignition driver BOSCH ECU information ecu bosch bosch ic POWER SWITCH ECU AUTOMOTIVE CAN ECU Bosch automotive ignition
Contextual Info: Automotive Electronics Product Information IGNITION POWER SWITCH BIP355 Power Switch – BIP355 Ignition The bipolar triple stage darlington BIP355 especially developed to drive an ignition coil in automotive ignition Current-limiting bipolar ignition driver with low

automotive bosch ic driver

Abstract: BIP350 bosch uce bosch ic POWER SWITCH ECU AUTOMOTIVE
Contextual Info: Automotive Electronics Product Information IGNITION POWER SWITCH BIP350 Power Switch – BIP350 Ignition Current limiting bipolar ignition driver with low The bipolar triple stage darlington BIP350 especially saturation voltage developed to drive an ignition coil in automotive ignition

delco gm

Abstract: IGNITION CONTROL MODULE
Contextual Info: FORM 1486M 03/05 INSTALLATION INSTRUCTIONS HYFIRE® 6.6 SERIES OF ELECTRONIC IGNITION CONTROL HYFIRE® 6.6 IGNITION SYSTEM PART NO. 686M FOR APPLICATIONS TRIGGERED BY POINTS, MALLORY ELECTRONIC IGNITION DISTRIBUTOR ALL MODELS , ORIGINAL EQUIPMENT ELECTRONIC IGNITION AMPLIFIERS AND MAGNETIC TRIGGER

BIP390

Abstract: bosch ecu bosch ecu ignition driver IC BOSCH 44 bosch ic ignition driver BOSCH ECU product bosch ignition coil bosch bosch ic POWER SWITCH ECU AUTOMOTIVE
Contextual Info: Automotive Electronics Product Information IGNITION POWER SWITCH Ignition BIP390 Power Switch – BIP390 The bipolar triple stage darlington BIP390 especially developed to drive an ignition coil in automotive ignition circuits can be driven by standard CMOS logic. The

BIP372

Abstract: bosch ecu bosch ecu ignition driver IC BOSCH 44 ignition driver bosch ignition coil bosch automotive ecu circuit bosch ic BOSCH ECU information Ignition Driver IC
Contextual Info: Automotive Electronics Product Information IGNITION POWER SWITCH BIP372 Power Switch – BIP372 Ignition The bipolar triple stage darlington BIP372 especially developed to drive an ignition coil in automotive ignition circuits can be controlled by standard CMOS logic. The

fm497

Abstract: breakerless ignition systems ignition coil npn power darlington programmable ignition control driver ignition coil ASS hall COIL IGNITION ignition coil ignition drivers ignition hall sensor
Contextual Info: « Hall Effect Pickup Ignition Controller FM497 The FM497 is an integrated electronic ignition controller for breakerless ignition systems using Hall effect sensors.The device drives an NPN external darlington to control the coil current providing the required stored energy with low dissipation.This

UL497

Abstract: tp 300 ignition module breakerless ignition systems
Contextual Info: UNISONIC TECHNOLOGIES CO., LTD UL497 Preliminary LINEAR INTEGRATED CIRCUIT HALL EFFECT PICKUP IGNITION CONTROLLER „ DESCRIPTION As an integrated electronic ignition controller for breakerless ignition systems which uses Hall effect sensors, the UTC UL497

BIP172

Abstract: la 72703 bosch ecu bosch automotive ecu circuit BOSCH ECU information Automotive ECU Power system IC bosch ic bosch MA 3.1 ecu IGNITER COIL bosch ignition coil
Contextual Info: Automotive Electronics Product Information Ignition Power Switch - BIP172 TO220 D2PAK Description Current limiting bipolar igniter with low saturation voltage The bipolar triple stage darlington BIP172 especially developed to drive an ignition coil in automotive ignition

Hall Sensor marking code 20L

Abstract: MCCF33093
Contextual Info: MCCF33093 Product Preview Ignition Control FlipĆChip Designed for automotive ignition applications. The MCCF33093 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

Hall Sensor marking code 20L

Contextual Info: MCCF33094 Product Preview Ignition Control FlipĆChip Designed for automotive ignition applications. The MCCF33094 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

ignition driver

Abstract: motorola automotive transistor coil ignition motorola transistor ignition BUZ111 AT350V HALL effect sensor 16L ignition module BUZ11 hall switch ignition ignition application
Contextual Info: Freescale Semiconductor, Inc. MOTOROLA MC33191 SEMICONDUCTOR TECHNICAL DATA 12V IGNITION DRIVER Prototype Information SILICON MONOLITHIC INTEGRATED CIRCUIT Freescale Semiconductor, Inc. Automotive 12V ignition driver The MC33191 is for use in 12V ignition systems designed for use in

ignition coil

Contextual Info: M MOTOROLA — Product Preview Ignition Control Flip-Chip Designed for automotive ignition applications. The MCCF33093 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

Contextual Info: MOTOROLA Order Number: MC33094/D Rev. 0, 06/2001 SEMICONDUCTOR TECHNICAL DATA Advance Information Ignition Control MC33094 Designed for automotive ignition applications in 12 V systems, the MC33094DW provides outstanding control of the ignition coil when used

ignition coil

Abstract: darlington transistor engine ignition motorola automotive transistor coil ignition motorola transistor ignition automotive distributor Ignition A/motorola transistor ignition
Contextual Info: M MOTOROLA M CCF33094 Product Preview Ignition Control Flip-Chip Designed for automotive ignition applications. The MCCF33094 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

motorola automotive transistor coil ignition

Abstract: ignition driver HALL effect sensor 16L motorola transistor ignition BUZ111 MC33191P reluctance ignition module circuit Motorola hall ignition coil driver motorola
Contextual Info: MOTOROLA MC33191 SEMICONDUCTOR TECHNICAL DATA 12V IGNITION DRIVER Prototype Information SILICON MONOLITHIC INTEGRATED CIRCUIT Automotive 12V ignition driver The MC33191 is for use in 12V ignition systems designed for use in harsh automotive and industrial applications which require the capability of

motorola automotive transistor coil ignition

Abstract: motorola transistor ignition automotive transistor coil ignition hall generator with ignition USE OF TRANSISTOR ignition ignition coil Motorola hall ignition block diagram motorola darlington power transistor transistor ignition circuit
Contextual Info: Order this document from Analog Marketing MCCF33093 Product Preview Ignition Control FlipĆChip Designed for automotive ignition applications. The MCCF33093 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

vr sensor interface

Abstract: vr sensor ignition spark
Contextual Info: LM9011 LM9011 Electronic Ignition Interface Literature Number: SNOS504C LM9011 Electronic Ignition Interface General Description Key Specifications The LM9011 is an interface circuit which integrates the timing detection and logic control functions required for an automotive electronic ignition system into one device.

Contextual Info: Switching Spark Gap FS04X-1JMG Ordering code: B88069X0410T502 Nominal breakdown voltage VN Initial values Static breakdown voltage VS 1 2) First ignition value VS, FTE after 24 hours in darkness Following ignition values selection limits) Following ignition values VS, FIV

B88069X0410T502

Abstract: FS04X-1JMG
Contextual Info: Switching Spark Gap FS04X-1JMG Ordering code: B88069X0410T502 Nominal breakdown voltage VN Initial values Static breakdown voltage VS 1 2) First ignition value VS, FTE after 24 hours in darkness Following ignition values selection limits) Following ignition values VS, FIV

USE OF TRANSISTOR ignition

Abstract: motorola transistor ignition motorola automotive transistor coil ignition Motorola hall transistor ignition circuit Designed for automotive ignition applications automotive transistor coil ignition automotive ignition automotive ignition coil ignition coil
Contextual Info: Order this document from Analog Marketing MCCF33094 Product Preview Ignition Control FlipĆChip Designed for automotive ignition applications. The MCCF33094 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the

spark gap

Abstract: FS04X-1JM marking CODE VN
Contextual Info: Switching Spark Gap FS04X-1JM Ordering code: B88069X0400S102 Nominal breakdown voltage VN Initial values Static breakdown voltage VS 1 2) First ignition value VS, FTE after 24 hours in darkness Following ignition values selection limits) Following ignition values VS, FIV

Ignition ICs

Abstract: transistor ignition circuit darlington transistor engine ignition A/motorola transistor ignition
Contextual Info: MOTOROLA MCCF33094 SEMICONDUCTOR TECHNICAL DATA Product Preview Ignition Control Flip-Chip Designed for automotive ignition applications. The MCCF33094 provides outstanding control of the ignition coil when used with an appropriate Motorola Power Darlington Transistor. Engine control systems utilizing the MCCF33094

bosch ignition coil

Abstract: automotive bosch ic driver BOSCH integrated circuits bosch ecu ignition driver BOSCH ECU information BIP306
Contextual Info: Automotive Electronics Product Information Ignition Power Switch - BIP 306 The bipolar triple stage darlington BIP306 especially developed to drive an ignition coil in automotive ignition circuits can be controlled by standard CMOS logic. The rugged bipolar process assures safe operation in