20L755B Search Results

cs360

Abstract: CS-361 CS-361DW16 CS-361N16 MC34067 cs361 CQ oscillator CSC
Contextual Info: 2MHz Resonant-Mode Control Features Description T he CS-361 ia a pow er supply control IC used in resonant and qu asi resonant .mode topologies w hich operate in a C onstan t O ff Tim e M ode. The IC con ­ tains a program m able voltage con­ trolled oscillator VCO, 2% linearity

Contextual Info: 8V/5V Low Dropout Dual Regulator with ENABLE Description The CS-8165 is a low dropout, 8V, 750mA regulator. Also included is a second 5V/10mA output for powering systems w ith standby memory. Quiescent current drain is less than 2mA w hen supplying 10mA loads from

PC mother board power PC soft start circuit

Abstract: pj 019 SMD diode mother board power soft start reset circuit 15d smd transistor ic l200 regulator smd schottky diode s6 05 SOT-23 smd schottky diode s6 smd 15d SOT-23
Contextual Info: CPU 4 Bit Nonsynchronous Buck Controller D escrip tion The CS-5151 is a 4 bit nonsyn­ chronous N -C hannel buck con­ troller. It is designed to provide unprecedented transient response for to d ay 's dem anding high-density, high-speed logic. The regulator

16 pin ic 3810

Abstract: CS-3810DW20 220V ac to 9V dc converter circuit smps control ic 393 buck pfc 220v ac to 9v dc converter buck converter 110v to 100 CS-3810N20 1.5V supply voltage smps 220v AC to 110v AC using resistor circuit diagram
Contextual Info: Power Factor Correction Features Description The CS-3810 allows an AC to DC con­ verter to draw power at near unity power factor by employing hysteretic current mode control. The IC's exter­ nally programmable hysteresis con­ trols the converter's switching

SO-23 431

Abstract: CS-5631CN16 MC34065 mc34065 application notes
Contextual Info: CS-5631/CS-5641 H igh Performance D ual Channel Current M ode Controller w ith ENABLE Features D escription T h e CS-5631/CS-5641 are h ig h p e r­ fo rm an ce, fixed freq u en cy, d u a l c u r­ ren t m o d e co n tro lle rs specifically d e sig n e d for O ff-Line a n d DC to DC