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ISL6377HRZ Intersil Corporation AMD Fusion™ Desktop CPUs Using SVI 2.0; QFN48; Temp Range: See Datasheet visit Intersil Buy
ISL6377IRZ Intersil Corporation AMD Fusion™ Desktop CPUs Using SVI 2.0; QFN48; Temp Range: See Datasheet visit Intersil Buy
ISL6377HRZ-T Intersil Corporation AMD Fusion™ Desktop CPUs Using SVI 2.0; QFN48; Temp Range: See Datasheet visit Intersil Buy
ISL6377IRZ-T Intersil Corporation AMD Fusion™ Desktop CPUs Using SVI 2.0; QFN48; Temp Range: See Datasheet visit Intersil Buy
ISL6329CRZ-T Intersil Corporation Dual PWM Controller Powering AMD SVI Split-Plane Processors; QFN60; Temp Range: 0° to 70° visit Intersil Buy
ISL6264CRZ-T Intersil Corporation Two-Phase Core Controller for AMD Mobile Turion CPUs; QFN40; Temp Range: 0° to 70° visit Intersil Buy

AMD slac

Catalog Datasheet MFG & Type PDF Document Tags

slac

Abstract: AMD slac manner, the AMD SLAC devices support systems such as channel banks, digital loop carriers, wireless local , SLOT ZERO The PCM highways for AMD SLAC devices have their bit rate set by the PCM Clock (PCLK) input , bits, shown in Figure 2. AMD SLAC devices can receive data or transmit data in any PCM highway time , data rate creates the 32 channels or time slots. The microprocessor interface (MPI) in an AMD SLAC , flexibility permits the AMD SLAC device to perform time-division switching. For small switching systems, this
Advanced Micro Devices
Original

rs-2b 3

Abstract: 100U AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , conjunction with TM device evaluation board (EXTERNAL MODE). Standalone operation is an AMD SLAC supported , connected to an AMD SLAC device evaluation board, utilizing that SLAC device together with the SLIC as the , representative connection of the SLIC board to an AMD SLAC device board, along with the other major items and , with an AMD SLAC device board), and by selection of on-board jumpers. Operational performance is
Advanced Micro Devices
Original

100U

Abstract: 1N4002 AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , operates either standalone or in conjunction with an AMD SLAC device evaluation board. Standalone , Boards In addition to operating in a standalone mode, the SLIC board may be connected to an AMD SLAC , AMD SLAC device board, along with the other major items and their interconnect, is shown in Figure 2 , ), through an external control interface (in conjunction with an AMD SLAC device board), and by selection of
Advanced Micro Devices
Original

RSN 310 r 36

Abstract: relay JR2 AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , of the SLAC device, which is then controlled by AMD's computer interface evaluation software. 2.1 , Boards In addition to operating in a standalone mode, the SLIC board may be connected to an AMD SLAC , SLIC board to an AMD SLAC device board, along with the other major items and their interconnect, is , dip switches (standalone), through an external control interface (in conjunction with an AMD SLAC
Advanced Micro Devices
Original

BJ10

Abstract: Am795XX AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , may be connected to an AMD SLAC device evaluation board, utilizing that SLAC device together with the , representative connection of the SLIC board to an AMD SLAC device board, along with the other major items and , with an AMD SLAC device board), and by selection of on board jumpers. Operational performance is , controlled by the on board DIP switches S2 and S3 or by an external AMD SLAC device board via the ribbon
Advanced Micro Devices
Original

1N4002 diode download datasheet

Abstract: tip 147 TRANSISTOR equivalent conjunction with an AMD SLAC device evaluation board. Stand-alone operation is supported using manual switch , access is provided through the programmable pins of the SLAC device, which is then controlled by AMD , In addition to operating in a stand-alone mode, the SLIC board may be connected to an AMD SLAC , to enable this control. A representative connection of the SLIC board to an AMD SLAC device board , (in conjunction with an AMD SLAC device board), and by selection of on-board jumpers. Operational
Advanced Micro Devices
Original

100U

Abstract: AM7946 AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , Boards In addition to operating in a standalone mode, the SLIC board may be connected to an AMD SLAC , AMD SLAC device board, along with the other major items and their interconnect is shown in Figure 2 , ), through an external control interface (in conjunction with an AMD SLAC device board), and by selection of , DIP switches S2 and S3 or by an external AMD SLAC device board via the ribbon cable provided. Each
Advanced Micro Devices
Original

LED pspice model

Abstract: 40 watt telephone ring generator circuit AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , through the programmable pins of the SLAC device, which is then controlled by AMD's computer interface , be connected to an AMD SLAC device evaluation board, utilizing that SLAC device together with the , representative connection of the SLIC board to an AMD SLAC device board, along with the other major items and , with an AMD SLAC device board), and by selection of on board jumpers. Operational performance is
Advanced Micro Devices
Original

crt monitor circuit diagram

Abstract: LED pspice datasheet conjunction with an AMD SLAC device evaluation board. Stand-alone operation is supported using manual switch , access is provided through the programmable pins of the SLAC device, which is then controlled by AMD , connected to an AMD SLAC device evaluation board, utilizing that SLAC device together with the SLIC as the , external position to enable this control. A representative connection of the SLIC board to an AMD SLAC , control interface (in conjunction with an AMD SLAC device board), and by selection of on-board jumpers
Advanced Micro Devices
Original

schematic diagram 48V telecom ups

Abstract: bb0126 in conjunction with an AMD SLAC device evaluation board. Stand-alone operation is supported using , addition to operating in a stand-alone mode, the SLIC board may be connected to an AMD SLAC device , . A representative connection of the SLIC board to an AMD SLAC device board, along with the other , conjunction with an AMD SLAC device board), and by selection of on-board jumpers. Operational performance is , controlled by the on-board DIP switches S2 and S3 or by an external AMD SLAC device board via the ribbon
Advanced Micro Devices
Original

5 pin relay 6vdc

Abstract: 5VDC Telecom relay evaluation board operates either stand-alone, or with in conjunction with an AMD SLAC device evaluation , programmable pins of the SLAC device which is then controlled by AMD's computer interface evaluation software , may be connected to an AMD SLAC device evaluation board, utilizing that SLAC device together with the , an AMD SLAC device board, along with the other major items and their interconnect is shown in the , (stand-alone), through an external control interface (in conjunction with an AMD SLAC device board), and by
Advanced Micro Devices
Original

schematic diagram 48V telecom ups

Abstract: 0.1u 50v stand-alone, or with in conjunction with an AMD SLAC device evaluation board. Stand-alone operation is , to operating in a stand-alone mode, the SLIC board may be connected to an AMD SLAC device evaluation , representative connection of the SLIC board to an AMD SLAC device board, along with the other major items and , dip switches (stand-alone), through an external control interface (in conjunction with an AMD SLAC , SLIC to be controlled by the on-board DIP switches S2 and S3 or by an external AMD SLAC device board
Advanced Micro Devices
Original

free computer hardware notes

Abstract: slac even before the hardware is connected. AmSLAC software is available to support each of the AMD SLAC , Board) provides for complete communications and control of AMD's SLAC device evaluation boards. This , AMD's ASLIC/ASLAC devices are designed to operate as a pair, so individual boards with the SLIC/SLAC , PRODUCT BRIEF Linecard Support Tools AMD provides a comprehensive suite of evaluation hardware , create an integrated linecard environment or a stand-alone test fixture for the AMD family of
Advanced Micro Devices
Original

555 timer SPICE model

Abstract: AM79R79 AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , standalone or in conjunction with an AMD SLAC device evaluation board. Standalone operation is supported , SLIC board to an AMD SLAC device board, along with the other major items and their interconnect, is , switches (standalone), through an external control interface (in conjunction with an AMD SLAC device board , to be controlled by the on board DIP switches S1, S2, and S3 or by an external AMD SLAC device board
Advanced Micro Devices
Original

Am79212

Abstract: still r70 and hardware options are available for AMD's SLAC and SLIC products. Our ASLACTM/ASLICTM, DSLACTM , provides software development tools for designs using AMD's programmable CODEC (SLAC) devices. Two similar , WindowsTM-based program set that supports all of AMD's SLAC products. Still available is the DOS-based AmSLACTM , and related voice band applications that use the AMD SLAC family of devices. The WinSLAC program , design and generate coefficients for the programmable filters of the AMD SLAC family of devices. It
Advanced Micro Devices
Original
Abstract: Comm86 Family Application Notes TM "Interfacing the Am186CC Communications Controller to an AMD SLAC Device Using Enhanced SSI" 56KB 10/12/98 1:42 PM Back to the Main Documentation Menu Search the Web for Documentation Updates Literature/Tech Support Search Back to Main www.amd.com Advanced Micro Devices Advanced Micro Devices
Original
186CC

AM7920

Abstract: LED pspice AMD logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. SLAC, DSLAC, QSLAC , AMD SLAC device evaluation board. Standalone operation is supported using manual switch settings to , provided through the programmable pins of the SLAC device, which is then controlled by AMD's computer , position to enable this control. A representative connection of the SLIC board to an AMD SLAC device board , . However, when connected to AMD's SLAC devices, software control is available. Two software families, the
Advanced Micro Devices
Original
AM7920 LED pspice Am79Q063 100U AM7922 GR-1089-CORE 2N3906
Abstract: external im pedance. The com panion AMD SLAC or DSLAC 1C (Single-Channel or Dual-Channel Subscriber Line , á rl AMD CENTRAL OFFICE SLIC PRODUCTS General Description AM D 's Central O ffice SLIC (Subscriber Line Interface Circuit) products perform the telephone line interface functions required by most , ultiplexer applications. The signal transm ission functions of all AMD SLICs include both two-to-four-wire , SLAC o r DSLAC device. 1-56 Central Office SLIC General Description -
OCR Scan
7953X 7957X

"USB" peripheral

Abstract: 80c186-compatible AM186CC Application Notes · Interfacing the AM186CC to an AMD SLAC Device Using Enhanced SSI , High-level Data Link Control (HDLC) and the Universal Serial Bus (USB). AMD offers complete solutions with , Terminal Adapter featuring USB. AMD and its Fusion SM Partners offer boards, schematics, drivers, protocol , Description The Am186TMCC embedded communications controller is the first member in the AMD Comm86TM product , 186 instruction set that is part of the AMD E86TM family, which Am186CC Controller Block Diagram
Advanced Micro Devices
Original
80c186-compatible block diagram of AMD Fusion 186TM 80C186-C 50-MH 186TMCC
Abstract: . The companion AMD SLAC or DSLAC IC (Single-Channel or Dual-Channel Subscriber Line Audio-Processing , £1 AMD PBX SLIC General Description AMD's PBX SLICs are the Am7942 and Am7943(A) Both are compliant to EIA/TIA-464 A and ETSITE10-02 PBX standards, and will operate over a wide range of battery , other applications. The signal transmission functions of all AMD SLICs include both two-to-four-wire and , standard 8051, or to latched outputs from a SLAC or DSLAC device. 1-18 PBX SLIC General Description -
OCR Scan
7943A
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