| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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TEMIC Semiconductors |
Rear Window Heating Timer D D D D D Delay time range: 3.7 s to 20 h RC oscillator determines switching characteristics Relay driver with Z-diode Debounced input for toggle switch Two debounced inputs: ON and OFF D D D D D Load-dump protection RF interference protected Prote |
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TEMIC Semiconductors |
Radiator Fan Controlled Timer D D D D D Delay time range: 3.7 s to 20 h Cooling time starts when thermal switch is closed RC-oscillator determines switching characteristics Relay driver with Z-diode Debounced input for coolant temperature switch D Not debounced input for ignitio |
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TEMIC Semiconductors |
PWM Power Control with Low Duty Cycle Switch Off D Pulse width modulation up to 2 kHz clock frequency D Protection against short circuit, load dump overvoltage and reverse VS D Interference and damage protection according to VDE 0839 and ISO/TR 7637/1. D Duty cycle 0 to 100% D Output stage for po |
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TEMIC Semiconductors |
PWM Power Control with Interference Suppression D Pulse-width modulation up to 2 kHz clock frequency D Protection against short circuit, load dump over –voltage and reverse VS D Interference and damage protection according to VDE 0839 and ISO/TR 7637/1. D Duty cycle 18 to 100% continuously D Inte |
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TEMIC Semiconductors |
Radiator fan controlled timer www.DataSheet4U.com D Delay time range: 4 s to 20 h D Cool-off time starts when thermal switch is closed D RC oscillator determines switching characteristics D Relay driver with Z-diode D Debounced input for coolant temperature switch D Not debounc |
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TEMIC Semiconductors |
Rear Window Heating Timer D D D D D Delay time range: 3.7 s to 20 h RC oscillator determines switching characteristics Relay driver with Z-diode Debounced input for toggle switch Two debounced inputs: ON and OFF D D D D D Load-dump protection RF interference protected Prote |
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TEMIC Semiconductors |
PWM Power Control with Automatic Duty Cycle Reduction D Pulse width modulation up to 2 kHz clock frequency D Protection against short circuit, load-dump overvoltage and reverse VS D Interference and damage protection according to VDE 0839 and ISO/TR 7637/1. D Duty cycle 0 to 100 % continuously D Outpu |
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Desde 2024. D4U Semiconductor.
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