AM79Q5457 Search Results

FUNCTIONAL

Abstract: 44TQFP IDT821054 equivalent
Contextual Info:  Compet i t or Par t Number CODEC Family Competitive Reference Guide Compet i t or Pack age Desi gnat or IDT Par t Number IDT Package (Desi gnat or ) Not es AM79Q4457 44-PLCC (J) 44-TQFP (V) IDT821024 32-PLCC (J) Functional Equivalent AM79Q5457 32-PLCC (J)

Contextual Info: AMD - Am79Q5457/Am79Q4457 Nonprogrammable Quad Subscriber Line Audio- Processing Circuits Product Brief Product Brief Am79Q5457/Am79Q4457 Nonprogrammable Quad Subscriber Line AudioProcessing Circuits AMD's QSLAC -NP/NP+ nonprogrammable codec/filters provide the best price/performance audio-processing

PCM-4 wandel

Abstract: convert ega to vga MAJORITY LOGIC measurement of power using microcontroller RX-2 -G s 486dx2
Contextual Info: 1 QSLACNP/NP+ Software Rev B & The ASLAC Interface Boards For use with Am79Q4457 & Am79Q5457 B Advanced Micro Devices Communication Products Division Austin, Texas QSLACNP Rev B July 1996 2 HARDWARE Introduction The QSLACNP evaluation tools build on the Advanced Computer Interface

RSN 310 r 36

Abstract: max 8770 DA79 Detector Adaptor RSN 310 r 37
Contextual Info: Am79R79 Ringing Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS







Ideal for short-loop applications Ideal for ISDN terminal adaptor and fixed radio access applications On-chip ringing with on-chip ring-trip detector Low standby state power

79Q5457

Contextual Info: PRELIMINARY Am79Q4457/5457 Quad Subscriber Line Audio Processing CircuitNon-Programmabie QSLAC -NP Devices TABLE OF CONTENTS D istinctive C haracteristics .3

SE-169

Abstract: HPA Ku max 8770 P1001SC RSN 310 r 36 TISP61089AD g42l PL032 RSN 310 r 37
Contextual Info: Am79R100 Ringing Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS







Ideal for short-loop applications — ISDN terminal adaptor and NT1+, fixed radio access, PBX and cable telephony Through trapezoidal ringing On-chip ring-trip detector

TGS 2600

Abstract: PQT044 log tx2 1014
Contextual Info: AMDH Am79Q4457/5457 Quad Subscriber Line Audio Processing CircuitNon-Programmable QSLAC -NP Devices DISTINCTIVE CHARACTERISTICS • Performs the function of four Codec/Filters ■ A-law or (j-law coding ■ Additional Am79Q4457 device capabilities (per channel, set external)

ERL 35

Abstract: RSN 310 R 36 amd 2908 PSpice example programs PCM AMD 706 pspice high frequency transistor amd 2902 10-584 resistor 2200 ohm 400E
Contextual Info:  AMSLAC-NP SOFTWARE USER’S GUIDE VERSION 1.0 AUGUST, 1998 Advanced Micro Devices, Inc. 1997-1998 AmSLAC-NP Software User’s Guide AmSLAC-NP is a trademark of Advanced Micro Devices, Inc. QSLAC is a trademark of Advanced Micro Devices, Inc. QSLACIF and QSLACIFP are trademarks of Advanced Micro Devices, Inc.

diode zener ZL 15

Abstract: 500 va sine wave ups circuit SLIC and TIP and RING asl1000 characteristic of diode zl 100 diode zl 82 rms calculation by microcontroller TR909 Am79R79
Contextual Info: Am79R79 Ringing SLIC User’s Guide Application Note The Am79R79 Ringing SLIC RSLIC provides cost-effective ringing support in short loop applications. It includes circuits for two- to four-wire conversion; loop and ring-trip detection; programmable DC feed and two-wire impedance; battery switching; and relay drivers. The

P1001SC

Abstract: DA79 TISP61089AD
Contextual Info: Am79R101 Ringing Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for short-loop applications ■ Programmable constant-current feed — ISDN terminal adaptor, fixed radio access, PBX and cable telephony ■ Programmable Open Circuit voltage

Le79R79

Contextual Info: Le79R79 Ringing Subscriber Line Interface Circuit VE580 Series APPLICATIONS ORDERING INFORMATION „ „ „ „ „ „ „ „ „ „ „ „ „ The table below lists the valid device configurations available. Construct your part number as follows: Device + Pol. + Pkg. Option

44-PIN

Abstract: PQT044
Contextual Info: Am79Q4457/5457 Quad Subscriber Line Audio-processing Circuit Non-Programmable QSLAC -NP Devices DISTINCTIVE CHARACTERISTICS n Performs the function of four Codec/Filters n A-law or µ-law coding n Single PCM port — Up to 4.096 MHz operation (64 channels)

1AM7

Abstract: Power One Power Network Interface
Contextual Info: PRODUCT BRIEF Nonprogrammable Quad Subscriber Line AudioProcessing Circuits AMD’s QSLAC -NP/NP+ nonprogrammable codec/filters provide the best price/performance audio-processing solution for today’s low-cost, high-performance POTS applications. Based on AMD’s industry-standard SLAC™ and DSLAC™

lnb schematic

Abstract: cd rom CD ROM schematic am79C03 Am79C02BRD
Contextual Info: CPD Marketing EVALUATION BOARDS, EVALUATION KITS, AND REFERENCE DESIGN BOARDS For information on pricing and availability of these support tools, contact your nearest AMD sales office. OPN - DESCRIPTION -

VOGT n4

Abstract: VOGT n3
Contextual Info: aRFLÈMiNAR'. Am79Q4457/5457 AMDB Quad Subscriber Line Audio Processing CircuitNon-Programmable QSLAC -NP Devices TABLE OF CONTENTS Distinctive Characteristics .203

OP27

Abstract: TR909 am79101 OP270 TISP61089A TR57 am791 mathcad
Contextual Info: Am79R70/79/100/101Ringing SLIC Device Technical Overview Application Note The Am79R70/79 Ringing Subscriber Line Interface Circuit SLIC device is designed to internally generate the ringing voltage used in short loop applications such as Fiber-in-the-Loop, Radio-in-theLoop, hybrid fiber/coax, and video telephony, as well as the BORSHT functions of other Legerity

PID controller using OPAMP

Abstract: "caller id" "call waiting" G42L TR909 Signal Path Designer
Contextual Info: Le79R79 Applications of the Ringing SLIC Devices Le79R79 Ringing SLIC Device User’s Guide Application Note APPLICATION NOTE The Le79R79 Ringing SLIC RSLIC provides cost-effective ringing support in short loop applications. It includes circuits for two-to-four-wire conversion; loop and ring-trip detection; programmable DC feed and two-wire

LE79R70-1QC

Abstract: rsn 217 ttl relay driver free circuits am79r70a 8 output decoder relay driver
Contextual Info: Am79R70*/Le79R70 Ringing Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable Open Circuit voltage ■ Ideal for ISDN-TA and set top applications ■ Programmable loop-detect threshold ■ On-chip ringing with on-chip ring-trip detector

TGS 2600 series

Abstract: 44-PIN PQT044 RGS13
Contextual Info: Am79Q4457/5457 Quad Subscriber Line Audio Processing CircuitNon-Programmable QSLAC -NP Devices DISTINCTIVE CHARACTERISTICS n Performs the function of four Codec/Filters n A-law or µ-law coding n Single PCM port — Up to 4.096 MHz operation (64 channels)

Le79R79

Abstract: rsn 217
Contextual Info: Le79R79 Ringing Subscriber Line Interface Circuit VE580 Series APPLICATIONS ORDERING INFORMATION „ „ „ „ „ „ „ „ „ „ „ „ „ The table below lists the valid device configurations available. Construct your part number as follows: Device + Pol. + Pkg. Option

79R79-4JC

Abstract: 79R79-3QC LE71HR
Contextual Info: Le79R79 Ringing Subscriber Line Interface Circuit VE580 Series APPLICATIONS „ „ „ „ „ „ „ „ „ „ „ „ „ Ideal for short-loop applications Ideal for ISDN-TA and fixed radio access applications Integrated Access Devices IADs Network Interface Units (NIUs)

Le79R79

Contextual Info: Le79R79 Ringing Subscriber Line Interface Circuit VE580 Series APPLICATIONS ORDERING INFORMATION „ „ „ „ „ „ „ „ „ „ „ „ „ The table below lists the valid device configurations available. Construct your part number as follows: Device + Pol. + Pkg. Option

hy 214

Abstract: 8 output decoder relay driver AM79R70JC
Contextual Info: PRELIMINARY Am79R70 Ringing Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for ISDN-TA and set top applications ■ Programmable constant-current feed ■ On-chip ringing with on-chip ring-trip detector ■ Programmable Open Circuit voltage

AMD PCB design guide

Abstract: am79q021 Am79Q021JC lnb schematic cd rom RSLIC AM79R251JC AM79Q063VC CD ROM schematic am79c02ajc
Contextual Info: Evaluation Boards and Kits for Linecards Evaluation Boards & Kits AMD's evaluation boards provide a ready-made hardware platform to create an integrated linecard environment or a stand alone test fixture for the AMD family of telecommunications products. Several