AMD PD 016 Search Results

Contextual Info: ICS9248-171 Integrated Circuit Systems, Inc. Advance Information AMD - K7 System Clock Chip Block Diagram SDATA SCLK PD# PCI_STOP# DG_STOP# MODE 48MHz XTAL OSC REF0 PLL1 Spread Spectrum CPU DIVDER Control SDRAM DIVDER Stop PCI DIVDER Stop AGP DIVDER Stop

KX133

Abstract: ICS9248-189
Contextual Info: ICS9248-189 Integrated Circuit Systems, Inc. Advance Information AMD - K7 Clock Generator for Mobile System PLL2 SEL24_48# SDATA SCLK FS 3:0 PD# CPU_STOP# CLK_STOP# PCI_STOP# SDRAM_STOP# BUFFER_IN XTAL OSC Control 3 CPU DIVDER PCI DIVDER Stop Stop 7 Logic

KX133

Abstract: FS01 ICS9248-189 SEL24
Contextual Info: ICS9248-189 Integrated Circuit Systems, Inc. Advance Information AMD - K7 Clock Generator for Mobile System PLL2 SEL24_48# SDATA SCLK FS 3:0 PD# CPU_STOP# CLK_STOP# PCI_STOP# SDRAM_STOP# BUFFER_IN XTAL OSC Control 3 CPU DIVDER PCI DIVDER Stop Stop 7 Logic

diode sy 171

Abstract: sy 171 318M ICS9248-171
Contextual Info: ICS9248-171 Integrated Circuit Systems, Inc. Advance Information AMD - K7 System Clock Chip Block Diagram SDATA SCLK PD# PCI_STOP# DG_STOP# MODE 48MHz XTAL OSC REF0 PLL1 Spread Spectrum CPU DIVDER Control SDRAM DIVDER Stop PCI DIVDER Stop AGP DIVDER Stop

68230A

Abstract: pal16v8q PAL16R8ACN 99029 PAL16V8Q-15JC4 PAL16V8Z AM993 17640 8253 amd thermal analysis on pcb
Contextual Info: 9/5/01 PKG. TYPE CD 016 PD 016 PD 016 CD 020 CD 020 CD 020 CD 020 CD 020 PD 020 PD 020 Page 1 Thermal Resistance Analysis Update LD. FRM. NUMBER 18543 405 563 461 480 480 480 18550 590 590 X PAD DIM. MILS 167 140 150 127 160 160 160 167 150 150 MSD Advanced Assembly Technology

PD3028

Abstract: PD3024 CD3024 D-F79 AMD pd 020 CERAMIC FLATPACK 20pin AMD pd 016 90013
Contextual Info: PHYSICAL DIMENSIONS* CD 020 20-Pin Ceramic DIP measured in inches DATUM D CENTER PLANE 20 .280 .310 1 INDEX AND TERMINAL NO. 1 I.D. AREA TOP VIEW DATUM D CENTER PLANE .400 MAX .935 .975 .140 .200 BASE PLANE SEATING PLANE .015 .060 94° 105° .125 .200 .150 BSC

Contextual Info: NOV S NOM 1 11 19« a 1931^ a Advanced Micro Devices Am26LS29 Quad Three-State Single Ended RS-423 Line Driver DISTINCTIVE CHARACTERISTICS • Four single ended line drivers in one package for maximum package density. ■ Output short-circuit protection. ■ Individual rise time control for each output.

DIP 16 DRAWING Advanced Micro Devices

Abstract: 26LS30 26LS33 26LS32 AM26LS29 RS-423 O11B BC310 AMD PD 016 AMD drawing
Contextual Info: 2 1 199* 1A V Advanced Micro Devices Am26LS29 Quad Three-State Single Ended RS-423 Line Driver DISTINCTIVE CHARACTERISTICS • Four single ended line drivers in one package for maximum package density. ■ Output short-circuit protection. ■ Individual rise time control for each output.

ic tea 1090

Abstract: 24 PIN CDIP AMD
Contextual Info: FINAL COM’L a Advanced Micro Devices AmPAL18P8 B/A L/A/L 20-Pin Combinatorial TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • As fast as 15 ns maximum propagation delay Extensive third-party software and programmer support through FusionPLD partners

AM687ADL

Contextual Info: Am687/Am687A Advanced Micro Devices Dual Voltage Comparators DISTINCTIVE CHARACTERISTICS • 8.0 ns Maximum Propagation Delay at 5 mV Overdrive Complementary ECL Outputs 50-il Driving Capability GENERAL DESCRIPTION The Am687 and Am687A are fast dual voltage com­

Contextual Info: PR ELIM IN A R Y Advanced Micro Devices Am7958 Subscriber Line Interface Circuit SLIC DISTINCTIVE CHARACTERISTICS • Meets LSSGR DC feed requirements Performs polarity reversal ■ Programmable constant resistance feed Tip open state for ground start lines

Contextual Info: IND: -20 AMDÌ1 P A L L V 1 6 V 8 Z -2 0 Low-Voltage, Zero-Power, 20-Pin EE CMOS Universal Programmable Array Logic V A N T I A N A M D C O M P A N Y DISTINCTIVE CHARACTERISTICS • Low-voltage operation, 3.3 V JEDEC compatible — Vcc = +3.0 V to +3.6 V ■ Zero-power CMOS technology

Contextual Info: NOV 2 1 19#^ Am26LS30 Dual Differential RS-422 Party Line/Quad Single Ended RS-423 Line Driver Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Dual RS-422 line driver or quad RS-423 line driver ■ Driver outputs do not clamp line with power off or in hi-impedance state

Contextual Info: FINAL AMDÌ1 COM’L: -10 PALLV16V8-10 Low-Voltage 20-Pin EE CMOS Universal Programmable Array Logic V AN A N A M D T I C O M P A N Y DISTINCTIVE CHARACTERISTICS • Low-voltage operation, 3.3 V JEDEC compatible — VCc = +3.0 V to +3.6 V ■ Pin and function compatible with all 20-pin

Contextual Info: FINAL AMDÌ1 COM’L: H-25 PALCE29MA16H-25 24-Pin EE CMOS Programmable Array Logic V A N A M A M D T I S C O M P A N Y DISTINCTIVE CHARACTERISTICS • High-performance semicustom logic replacement; Electrically Erasable EE technology allows reprogrammability

CD3024

Abstract: PD3024
Contextual Info: Am29861 A Advanced Micro Devices High-Performance Bus Transceiver DISTINCTIVE CHARACTERISTICS • ■ High-speed symmetrical bidirectional transceiver - tPD = 5 ns typical 200-mV minimum input hysteresis on input data ports ■ Three-state outputs glitch-free during power-up

AM26LS31

Abstract: 7802301EX 26LS30 26LS32 RS-423 am26ls31dc
Contextual Info: NCV 0 1 199!1 Advanced Micro Devices Am26LS31 Quad High Speed Differential Line Driver DISTINCTIVE CHARACTERISTICS • Output skew - 2.0 ns typical Com plem entary outputs ■ Input to output delay - 12 ns M eets the requirements of EIA standard RS-422 ■

AM26LS30

Abstract: AM26LS30 CROSS REFERENCE 26ls29 26ls33 RS-423 26LS32 DIP 16 DRAWING Advanced Micro Devices application note 26LS32 RS422 driver military grade
Contextual Info: NOV 2 5. 19#^ z Am26LS30 Dual Differential R S-422 Party Line/Quad Single Ended RS-423 Line D river \ Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Dual RS-422 line driver or quad RS-423 line driver ■ Driver outputs do not clamp line with power off

AM687

Abstract: tornio AM687A AM687DL Am687-M am685
Contextual Info: Am687/Am687A Advanced Micro Devices Dual Voltage Comparators DISTINCTIVE CHARACTERISTICS • 8.0 ns Maximum Propagation Delay at 5 mV Overdrive Complementary ECL Outputs 50-il Driving Capability GENERAL DESCRIPTION The Am687 and Am687A are fast dual voltage com­

Contextual Info: FINAL COM’L: -15/25 AMDÌ1 IND: -12/15/25 PALCE16V8Z FAMILY Zero-Power 20-Pin EE CMOS Universal Programmable Array Logic V A N T I S DISTINCTIVE CHARACTERISTICS • Zero-Power CMOS technology — 15-|aA Standby Current -15/25 — 30-|aA Standby Current (-12)

Contextual Info: NCV 0 t 199! 1 & Advanced Micro Devices Am26LS31 Quad High Speed Differential Line Driver DISTINCTIVE CHARACTERISTICS • Output skew - 2.0 ns typical Complementary outputs ■ Input to output delay - 1 2 n s Meets the requirements of EIA standard RS-422 ■ Operation from single +5 V supply

am26ls32

Contextual Info: s Am26LS32/Am26LS33 Advanced Micro Devices Quad Differential Line Receivers DISTINCTIVE CHARACTERISTICS • Input voltage range of 15 V differential or common mode on Am26LS33; 7 V (differential or common mode) on Am26LS32 The Am26LS32 meets all the requirements of

Contextual Info: NOV 2 i '991*1 Am26LS32B Advanced Micro Devices Quad Differential Line Receiver DISTINCTIVE CHARACTERISTICS • ±120 mV sensitivity over Vin range of 0 V to 5 V ■ ¿200 mV sensitivity over Vcm range ■ -7 V to +12 V input voltage range - differential or

Contextual Info: FINAL COM’L: -4/5/7/B/B-2/A, D/2 Zi Advanced Micro Devices PAL16R8 Family 20-Pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • As fast as 4.5 ns maximum propagation delay ■ Power-up reset for initialization ■ Popular 20-pin architectures: 16L8,16R8,16R6,