AMD 15H POWER Search Results

SEG CT 7800

Abstract: ic cd 4042 intel 4040 0210H IC 4047 39C9 RA 8040 MC68839 mc 8040 cs 3003h
Contextual Info: Application Note AN-N7 USING THE MU9C8248 FDDI SRT INTERFACE INTRODUCTION The MUSIC Semiconductors’ MU9C8248 Source Routing Transparent interface accelerates FDDI bridges and brouters when used with the MUSIC LANCAM “A” family, provides a complete Source Routing Transparent filtering solution

29lv800a

Contextual Info: AMDZ1 A m 29L V 116B 16 Megabit 2 M x 8-Bit CMOS 3.0 Volt-only Boot Sector Flash Memory DISTINCTIVE CHARACTERISTICS • Single power supply operation — Full voltage range: 2.7 to 3.6 volt read and write operations for battery-powered applications — Regulated voltage range: 3.0 to 3.6 volt read and

network interface card 802.3 circuit diagram

Abstract: PCNET-FAMILY AMD Family 12h amd 15h power BCR23 datasheet BCR35 PID controller BCR18 "Fast Link Pulse"
Contextual Info: Am79C971 PCnet -FAST Hardware User’s Manual CHAPTER 1 1.1 INTRODUCTION INTRODUCTION The PCnet™-FAST board is an advanced PC network interface adapter card targeted for the Ethernet-PCI adapter card market. It is based on the Am79C971 PCnet- FAST device,

IR3570BMTRPBF

Abstract: PQ-32/IR3570BMTRPBF
Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3564B IR3570B DESCRIPTION • Dual output 4+1 and 3+2 phase PWM Controllers The IR3564B/70B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel® VR12 &

AM27C64

Abstract: amd 15h power AM27C64-120 211 AMD AM27C64-90DC
Contextual Info: FINAL Advanced Micro Devices Am27C64 64 Kilobit 8,192 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time ■ Latch-up protected to 100 mA from –1 V to VCC + 1 V — 45 ns ■ High noise immunity ■ Low power consumption — 20 µA typical CMOS standby current

AM27C64

Contextual Info: a Advanced Micro Devices Am27C64 64 Kilobit 8,192 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS Latch-up protected to 100 mA from -1 V to • Fast access time V cc + 1 V — 45 ns High noise immunity Versatile features for simple interfacing ■ Low power consumption

Contextual Info: a FINAL Advanced Micro Devices Am27C64 64 Kilobit 8,192 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to Vcc +1 V ■ Fast access time — 45 ns ■ High noise immunity ■ Low power consumption — 20 nA typical CMOS standby current

Contextual Info: Advanced Micro Devices Am27C64 64 Kilobit 8,192 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to Vcc +1 V ■ High noise immunity ■ Fast access time — 45 ns ■ Low power consumption ■ Versatile features for simple Interfacing

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3565B DESCRIPTION • Dual output 4+2 phase PWM Controller The IR3565B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel VR12 &

lan rj45 color code diagram

Abstract: BCR36 BCR40 BCR43 Am79C972A RJ45 LAN jack BCR38 AMD Family 12h BCR39 AM79C972
Contextual Info: Am79C972 PCnet -FAST+ Hardware User’s Manual 1998 Advanced Micro Devices, Inc. Advanced Micro Devices reserves the right to make changes in its products without notice in order to improve design or performance characteristics. This publication neither states nor implies any warranty of any kind, including but not limited to implied warrants of merchantability or fitness for

DIODE v104

Abstract: IR3566BM IR3566BMTYPBF
Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3566B DESCRIPTION • Dual output 6+1 phase PWM Controller The IR3566B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

IR3567B

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3567B DESCRIPTION • Dual output 6+2 phase PWM Controller The IR3567B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

Contextual Info: Am27C64 Advanced Micro Devices 64 Kilobit 8,192 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time — 45 ns ■ Low power consumption ■ Latch-up protected to 100 mA from -1 V to — 20 nA typical CMOS standby current ■ JEDEC-approved pinout

BIOS source code 386

Abstract: Nokia Mobile Technical Reference ELECTRONICS PROJECTS LAB BIOS post source
Contextual Info: :H 6WDUW WKH :RUOG Œ • Embedded BIOS 4.2 • Embedded DOS™ -ROM • About General Software • Contact Information ™ Embedded BIOS Product Information Embedded BIOS 4.2 Embedded BIOS™ is a powerful BIOS Adaptation Kit that offers the highest level of configurability, performance, and

Am27C64

Contextual Info: Advanced Micro Devices Am27C64 8,192 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time-55 ns JEDEC-approved pinout ■ Low power consumption: -100 nA maximum standby current ±10% power supply tolerance ■ Programming voltage: 12.75 V ■

am27c64 rev d

Contextual Info: Advanced Micro Devices Am27C64 64 Kilobit 8,192 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to Vcc + 1 V ■ Fast access time — 45 ns ■ High noise immunity ■ Low power consumption ■ Versatile features for simple interfacing

IR3570B

Abstract: ir3570 IR3564BM IR3564B IR3564 IR3570BMTRPBF IR3564BMTRPBF IR3570BM IR3564BMTYPBF intel VR12
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3564B IR3570B DESCRIPTION • Dual output 4+1 and 3+2 phase PWM Controllers The IR3564B/70B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel® VR12 &

IR3566B

Abstract: ir3566 IR3566BM ir3566bmt IR3566BMTRPBF intel VR12 xx xx qfn 16 IR3566BMTYPBF intel VR12.5 AMD SVI2
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3566B DESCRIPTION • Dual output 6+1 phase PWM Controller The IR3566B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

Contextual Info: P RELIM INARY AM Dil Am29LV017B 16 Megabit 2 M x 8-Bit CMOS 3.0 Volt-only Uniform Sector Flash Memory DISTINCTIVE CHARACTERISTICS • Single power supply operation ■ Embedded Algorithms — Full voltage range: 2.7 to 3.6 volt read and write operations for battery-powered applications

IR3565BM

Abstract: IR3565B intel VR12 IR3565 intel VR12.5 AMD SVI2 i2c/intel VR12.5
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3565B DESCRIPTION • Dual output 4+2 phase PWM Controller The IR3565B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel VR12 &

IR3567B

Abstract: IR3567 intel VR12 IR3567BM AMD Voltage regulation design CHL8515 AMD SVI2 qfn 3 x 3 TRAY intel VR12.5 VR12.5
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3567B DESCRIPTION • Dual output 6+2 phase PWM Controller The IR3567B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

i2c/intel VR12.5

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3565B DESCRIPTION • Dual output 4+2 phase PWM Controller The IR3565B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel VR12 &

ic 27c64

Abstract: i27c64 27c64
Contextual Info: Advanced Micro Devices Am27C64 64 Kilobit 8,192 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERS ICS • Latch-up protected to 100 mA from -1 V to Vcc + 1 V Fast access time — 45 ns ■ Low power consum ption High noise imm unity — 20 (iA typical CM O S standby ci rrent

Contextual Info: P R E L IM IN A R Y AMDH Am29LV116B 16 Megabit 2 M x 8-Bit CMOS 3.0 Volt-only Boot Sector Flash Memory DISTINCTIVE CHARACTERISTICS • Single power supply operation — Full voltage range: 2.7 to 3.6 volt read and write operations for battery-powered applications