AM79C02 Search Results

327-40

Abstract: EPG 20 how to make echo circuit adaptive filter noise cancellation 0A80 1D20 2A21 2B39 modem circuit echo
Contextual Info: Am79C02/03/031 DSLAC Devices Adaptive Balance Feature Application Note Advanced Micro Devices The cause of four-wire echo in subscriber linecards is the mismatch of the two-wire impedances and the echo balance circuit. Because of the mismatch, much of the energy from the received signal is

Contextual Info: Power-On Reset & Power Sequencing for the Am79C02/03/031 DSLAC Devices Application Note The purpose of this application note is to consider the behavior of the Dual Subscriber Line AudioProcessing Circuit DSLAC™ device on a linecard during power-up. It is necessary to understand

adaptive filter noise cancellation

Abstract: 0A80 1D20 2A21 2B39 modem circuit echo
Contextual Info: Am79C02/03/031 DSLAC Devices Adaptive Balance Feature Application Note The cause of four-wire echo in subscriber linecards is the mismatch of the two-wire impedances and the echo balance circuit. Because of the mismatch, much of the energy from the received signal is

Contextual Info: Am79C02/03/031 A Advanced Micro Devices Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices D ISTIN CTIVE C H A R A C T E R IS T IC S • Softw are programmable: ■ Dual PCM ports -U p to 8.192 M Hz each (128 channels per port) - S L I C impedance

Contextual Info: H O ' 2 1 19« P R E L IM IN A R Y a Am79C02/3 A) Advanced Micro Dual Subscriber Line Audio-Processing Circuit (DSLAC Device) Devices DISTINCTIVE CHARACTERISTICS • Software programmable: Dual PCM ports -S L IC impedance -T rans-hybrid balance -T ransm it and Receive gains

16C32

Abstract: 7901A ADVANCED MICRO DEVICES 40-PIN DIP
Contextual Info: Preliminary Advanced Micro Devices Am79C02/A Dual Subscriber Line Audio-Processing Circuit DSLAC DISTINCTIVE CHARACTERISTICS • Software programmable: -S L IC impedance ■ -Trans-hybrid balance ■ A-law or u-law coding Dual PCM ports - U p to 8.192 M H z (128 channels per port) through

am7905

Contextual Info: THE DUAL-CHANNEL, CMOS DSLAC JOINS THE SLAC IN THE FIRST CODEC-FILTER FAMILY TO USE DIGITAL SIGNAL PROCESSING TECHNOLOGY TO SOLVE YOUR LINECARD PROBLEMS Advanced Micro Devices’ Am7901 and Am7905 Subscriber Line Audio-Processing Circuits SLAC have been joined by the new Am79C02 Dual SLAC

PCM-4 wandel

Abstract: G12C BA 7511 C31C C41C baz 3890 HIGHWAY 09 16 PIN IC PIN DIAGRAM
Contextual Info: ADV MI CRO TELECOM 2ÖE D 0257S27 0027744 T 7 ^ 7 S -//~ ò J Preliminary El Am79C02/A Dual Subscriber Line Audio-Processing Circuit (DSLAC ) Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Softw are program mable: -S L IC impedance -Trans-hybrld balance

79C03

Abstract: LS 160 ml-4 280AM
Contextual Info: P R E L IM IN A R Y a Am79C02/3 A Adv “ £ Dual Subscriber Line Audio-Processing Circuit (DSLAC™ Device) Devices DISTINCTIVE CHARACTERISTICS • ■ ■ ■ Softw are program m able: -S L IC im pedance -T ra ns-h yb rid balance -T ra n s m it and Receive gains

audio compressor expander IC

Abstract: Diode B4z m21 transistor M42 SWITCHING POWER TRANSFORMER 8031 microprocessor apc back up cs 500 band reject notch filter CMOS 4063 M21 55 transformer SUMMATION current transformer
Contextual Info: FINAL Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 General Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

m33 tf 130

Abstract: 1001 fba hybrid
Contextual Info: Am79C02/03/031 A A M D ÎI Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra c te ris tic s .2-7

C12C5

Abstract: dslac texas M21 55 transformer M42 SWITCHING POWER TRANSFORMER
Contextual Info: Am79C02/03/031 A Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Software programmable: The Am79C02/03/031(A) Dual Subscriber Line Audio Processing Circuit (DSLAC device) integrates the key

AF-2-A

Abstract: M42 SWITCHING POWER TRANSFORMER "10-pin plastic dip" amd hx 630
Contextual Info: Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra cte ristics . 7

Contextual Info: AMD - DSLAC Product Brief Am79C02/03/031 DSLAC For manufacturers developing single hardware solutions for multiple markets or applications, the proven functions and flexibility of AMD's DSLAC™ devices enable one basic linecard design to address an array

Contextual Info: Am79C02/03/031 A Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Software programmable: The Am79C02/03/031(A) Dual Subscriber Line Audio Processing Circuit (DSLAC device) integrates the key

Contextual Info: PRELIM INARY a Am79C02/3 A AdvaM nice^ Dual Subscriber Line Audio-Processing Circuit (DSLAC Device) Devices DISTINCTIVE CHARACTERISTICS • Software programmable: -S LIC impedance - T rans-hybrid balance -Transm it and Receive gains -Equalization -D igital I/O pins

Contextual Info: H Preliminary Advanced Micro Devices Am79C02/A Dual Subscriber Line Audio-Processing Circuit DSLAC DISTINCTIVE CHARACTERISTICS Software program mable: -SLIC impedance -Trans-hybrid balance -Transmit and Receive gains -Equalization -Digital I/O pins -Tim e Slot Assigner

Contextual Info: PRODUCT BRIEF Am79C02/03/031 DSLAC For manufacturers developing single hardware solutions for multiple markets or applications, the proven functions and flexibility of AMD’s DSLAC devices enable one basic linecard design to address an array of application needs.

Contextual Info: Power-On Reset and Power Sequencing for the Am79C02/03/031 DSLAC Devices Application Note The purpose of this application note is to consider the behavior of the Dual Subscriber Line AudioProcessing Circuit DSLAC™ device on a linecard during power-up. It is necessary to understand

SLAC audio compression

Contextual Info: FINAL Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 General Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Contextual Info: Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra cte ristics . 7

PCM-4 wandel

Abstract: PCM-4 mpi cable pin details IOM-2 TEK 21 DSP push button switch 2 pin scrolling message display in fpga interfacing floppy disk drive with fpga
Contextual Info: 1 DSLACIFP Software Rev C & The ACIF Boards Rev A Single-DUT & Rev C (For use with Am79C02/03/031) Advanced Micro Devices Communication Products Division Austin, Texas DSLACIFP Rev C May 1996 2 HARDWARE Introduction The Advanced Computer Interface (ACIF) board was originally designed to be a

R1Z regulator

Abstract: sfh 123-2
Contextual Info: Am79C02/03/031 A Dual Subscriber Line Audio ProcessingCircuit (DSLAC ) Devices TABLE OF CONTENTS Distinctive C h a ra cte ristics . 7

ULA 2115

Contextual Info: Am79C02/03/031 A Advanced Micro Devices Dual Subscriber Line Audio Processing Circuit (DSLAC ) Devices DISTINCTIVE CHARACTERISTICS • Softw are program mable: -S L IC impedance -T ranshybrid balance -T ra nsm it and receive gains -E qualization -D ig ita l I/O pins