U6904-A - SURFACE MOUNT INDUCTOR
(Coilcraft)
1102 Silver Lake Road, Cary, IL 60013-9919 800/322-COIL Fax 847/639-1469
SURFACE MOUNT INDUCTOR: U6904-A
FOR USE WITH MOTOROLA SEMICONDUCTORS: MC33470.
U690B - Rear Wiper Interval/Wipe-Wash Control
(TEMIC Semiconductors)
U690B
Rear Wiper Interval/Wipe-Wash Control
Description
The bipolar integrated circuit, U690B, is designed with a time coded input for the rear pane w.
U6982-CL - Miniature SMT Transformers
(Coilcraft)
Document 606-1
Miniature SMT Transformers
These miniature transformers were developed for use with Maxim RS-232/RS-485 interface ICs, and are suitabl.
U6032B - AUTOMOTIVE TOGGLE SWITCH IC
(ATMEL Corporation)
Features
• Debounce Time: 0.3 ms to 6 s • RC Oscillator Determines Switching Characteristics • Relay Driver with Z-diode • Debounced Input for Toggle .
U6043B - FLASHER IC
(ATMEL Corporation)
Features
• Temperature and Supply Voltage Compensated Flashing Frequency • Frequency Doubling Indicates Lamp Outage • Relay Driver Output with High Cu.
U6044B - Radiator fan controlled timer
(TEMIC Semiconductors)
TELEFUNKEN Semiconductors
U 6044 B
Radiator fan controlled timer
Description
The bipolar integrated circuit, U 6044 B, is designed as a radiator fan.
U6046B - Rear Window Heating Timer
(TEMIC Semiconductors)
U6046B / U6047B
Rear Window Heating Timer
Description
The window heating timers are bipolar integrated circuits. Due to time controlled functions, the.
U6047B - Rear Window Heating Timer
(TEMIC Semiconductors)
U6046B / U6047B
Rear Window Heating Timer
Description
The window heating timers are bipolar integrated circuits. Due to time controlled functions, the.
U6049B - Radiator Fan Controlled Timer
(TEMIC Semiconductors)
U6049B
Radiator Fan Controlled Timer
Description
The bipolar integrated circuit, U6049B, is designed as a radiator fan controlled timer. After the ign.
U6081B - PWM Power Control with Low Duty Cycle Switch Off
(TEMIC Semiconductors)
U6081B
PWM Power Control with Low Duty Cycle Switch Off
Description
U6081B is a PWM IC in bipolar technology for the control of an N-channel power MOS.
