AM7901 Search Results

Am7901

Abstract: 7901C
Contextual Info: Am7901 B/C Advanced Micro Devices Subscriber Line Audio-Processing Circuit SLAC WORLD-CHIP DISTINCTIVE CHARACTERISTICS • C om bination CO DEC and Filter ■ No trim m ing o r adjustm ents required ■ Uses digital signal processing ■ Six user-program m able digital filters

Contextual Info: Am7901 B/C Advanced Micro Devices Subscriber Line Audio-Processing Circuit SLAC WORLD-CHIP DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ No trimming or adjustments required ■ Uses digital signal processing ■ Six user-programmable digital filters

pcr 4063

Contextual Info: FINAL Am7901 B/C Subscriber Line Audio-Processing Circuit SLAC Device Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ No trimming or adjustments required 4.096-MHz, 64-channel expanded mode operation ■ Uses digital signal processing

Contextual Info: 5TE T> m 0257527 D0312M0 b37 • AMD3 _ A]>V fllCRQ TELECOM -p-ir-n- ? Am7901 B/C Advanced Micro Devices Subscriber Line Audio-Processing Circuit (SLAC) WORLD-CHIP DISTINCTIVE CHARACTERISTICS ■ Combination CODEC and Fitter ■ No trimming or adjustments required

Contextual Info: NOV 2 i 1991 Final a Am7901 B/C Advanced Micro Devices Subscriber Line Audio-Processing Circuit SLAC WORLD-CHIP DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ No trimming or adjustments required ■ Uses digital signal processing ■ Six user-programmable digital filters

ITI41

Contextual Info: FINA L Am7901 B/C Subscriber Line Audio-Processing Circuit SLAC Device Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ No trimming or adjustments required 4.096-MHz, 64-channel expanded mode operation ■ Built-In test modes

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

AM-7901

Abstract: Am7901 Maxim TSC 914
Contextual Info: Am7901 S u b s c rib e r L in e A u dio -P ro ce ss in g C irc u it W O R L D -C H IP PRELIMINARY DATA REVISED DISTINCTIVE CHARACTERISTICS G ENERAL DESCRIPTION • • • • The S u b scrib e r Line A ud io -P ro cessin g C ircu it (SLAC) perform s the codec and filtering functions necessary in di­

RSN 314 H 41

Abstract: 4558 DX RSN 315 H 42 AM7901 h3 0925 4558 DX dip 8 4558 audio operational IC 4558 distortion mark 0925 h3 32X2
Contextual Info: NOV 2 i 1991 Final Am7901 B/C Advanced Micro Devices Subscriber Line Audio-Processing Circuit SLAC WORLD-CHIP DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ No trimming or adjustments required ■ Uses digital signal processing ■ Six user-programmable digital filters

Am7901

Contextual Info: n — Am7901 B/C AdvaM n“ro WORLD-CHIP Subscriber Line Audio>Processing Circuit SLAC Devices DISTINCTIVE CHARACTERISTICS • Combination CODEC and Filter ■ 4.096 MHz, 64-channel expanded mode operation ■ No trimming or adjustments required ■

AM-7901

Contextual Info: Statement of Excellence AMD is revolutionizing the state-of-the-art in communications components for both voice and data. Utilizing a philosophy of implementing VLSI solutions in silicon, the Am7901 SLAC and Am7910 FSK MODEM are the most powerful, and yet cost

Contextual Info: For additional information on this product, please contact the nearest A M D Sales Office. PRELIMINARY Am79Q02/021/031 Advanced Micro Devices Quad Subscriber Line Audio Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS • Software programmable

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

Contextual Info: Am 7901A/B Subscriber Line Audio-Processing Circuit WORLD-CHIP PRELIMINARY DISTINCTIVE CHARACTERISTICS • • • • • • • Combination CODEC and Filter No trimming or adjustments required Uses digital signal processing Six user-programmable digital filters

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

Contextual Info: For additional information on this product, please contact the nearest AMD Sales Office. P R E L IM IN A R Y Am79Q02/021/031 a Advanced Micro Devices Quad Subscriber Line Audio Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS • Software programmable

gq-01 receiver

Abstract: 7788D RSN 3501 AM7905 NGC 8200
Contextual Info: DEI 0 2 5 7 5 H 7 005475!□ 2 | ~ 88D 24756 D ADV MICRO {TELECOM! ññ 0257527 ADV MICRO TELECOM A m 7 5 3 / A m 7 9 5 7 r^ v / - 1 7 Subscriber Line Interface Circuit ADVANCE INFORMATION DISTINCTIVE CHARACTERISTICS Programmable constant current (Am 7953), or constant

Contextual Info: ADV MICRO iTELECOM> t.'i D E « DSS7S27 □ □ n E 5 ci T T -7 5 - 1 1 - 0 9 A m 7 9 0 T A / B o Subscriber Line Audio-Processing Circuit WORLD-CHIP PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS <0 4.096 MHz, 64-channel expanded mode operation Built-in test modes

Contextual Info: S^E » • 02 57 5 2 7 0D313D4 587 IAÎ1D3 ADV MICRO TELECOM P R E L IM IN A R Y A m 7 9 C 0 2 /3 (A ) Adva^ Dual Subscriber Line Audio-Processing Circuit (DSLAC Device) Devices DISTINCTIVE CHARACTERISTICS ■ Software programmable: -SLIC impedance -Trans-hybrid balance

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

Signal Path Designer

Abstract: AM79C04
Contextual Info: AMD £1 INTRODUCTION TO SLAC/DSLAC PRODUCTS AMD’s Subscriber Line Audio-Processing Circuit SLAC device products are a family of programmable codec/filter ICs. They handle the analog-to-digital conversion, filtering, compression, digital-to-analog conversion, and expansion

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