CS4301 Search Results

kb3926

Abstract: kb3926 d3 MAX8774 MCP67D Maxim MAX8774 kb3920 short stop 12v p18 30a kb3926 d2 ac30 c51 100v 10p quanta at1
Contextual Info: 1 2 PCB STACK UP LAYER 2 : SGND1 PG 36,37 BATT CHARGER LAYER 3 : IN1 LAYER 4 : IN2 DDRII-SODIMM1 LAYER 5 : VCC 4 AC/BATT CONNECTOR RUN POWER SW LAYER 1 : TOP A 3 5 6 PG 34 PG 38 DC/DC +3VSUS +5VSUS DDRII 667mhz LAYER 7 : SGND2 A PG 33 AMD Socket S1 638P DDRII-SODIMM2

PWR74

Contextual Info: Geode CS4103 IEEE P1394a Physical Layer Device General Description crystal or a 24.576 MHz clock input. The CS4103 operates from a single 3.3V supply and supports transfers at 98.304, 196.608, and 393.216 Mbit/sec, usually referred to as 100, 200, and 400 Mbit/sec respectively .

CS4103

Abstract: CS4103VHG CS4210 IS100 CS4301
Contextual Info: Geode CS4103 IEEE P1394a Physical Layer Device General Description The National Semiconductor Geode™ CS4103 is a three port 400 Mbit/sec IEEE 1394 Physical Layer PHY device. The CS4103 complies to revision 2.0 of the P1394a specification. The device is a three port implementation of a reusable cell design scalable from one to sixteen ports.

Contextual Info: CS4103 Geode CS4103 IEEE P1394a Physical Layer Device Literature Number: SNOS922A Geode CS4103 IEEE P1394a Physical Layer Device General Description crystal or a 24.576 MHz clock input. The CS4103 operates from a single 3.3V supply and supports transfers at 98.304,

kb3926

Abstract: Maxim MAX8774 kb3920 MCP67M KB3926 D2 kb3926 d3 MAX8774 quanta at1 GFX27M RTL8211
Contextual Info: 1 2 PCB STACK UP RUN POWER SW LAYER 1 : TOP LAYER 2 : SGND1 A 3 AC/BATT CONNECTOR PG 36,37 BATT CHARGER LAYER 3 : IN1 LAYER 4 : IN2 DDRII-SODIMM1 LAYER 5 : VCC 4 5 6 PG 34 PG 38 DC/DC +3VSUS +5VSUS DDRII 667mhz LAYER 7 : SGND2 A PG 33 AMD Socket S1 638P DDRII-SODIMM2