AM7949 Search Results

Contextual Info: Am7949 Advanced Micro Devices Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications ■ Program mable constant current feed ■ Low standby power ■ Current gain = 200 ■ -2 1 -V to -5 8 -V battery operation

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Abstract: DA79 8 output decoder relay driver
Contextual Info: Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS n Ideal for Fiber-In-The-Loop FITL applications n Low standby power n –21 V to –58 V battery operation n On-chip battery switching and feed selection n On-hook transmission n Two-wire impedance set by single external

DA79

Contextual Info: AMDÌ1 Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS Ideal for Fiber-ln-The-Loop FITL applications Programmable constant-current feed Low standby power Current gain = 200 -21 V to -5 8 V battery operation Programmable loop-detect threshold

ZT 751

Contextual Info: FINAL Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS n Ideal for Fiber-In-The-Loop FITL applications n Low standby power n –21 V to –58 V battery operation n On-chip battery switching and feed selection n On-hook transmission n Two-wire impedance set by single external

ZT 751

Contextual Info: FINAL ÄHOZ Jr^kS Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications Programmable constant-current feed ■ Low standby power Current gain = 200 ■ -21 V to -5 8 V battery operation Programmable loop-detect threshold

Contextual Info: FINAL AMD£J Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications ■ Programmable constant-current feed ■ Low standby power ■ Current gain = 200 ■ -21 V to -5 8 V battery operation

Contextual Info: FINAL AMD* jF % 1 Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications ■ Programmable constant-current feed ■ Low standby power ■ Current gain = 200 ■ -21 V to -5 8 V battery operation

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Abstract: DA79 501V60
Contextual Info: Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS n Ideal for Fiber-In-The-Loop FITL applications n Low standby power n –21 V to –58 V battery operation n On-chip battery switching and feed selection n On-hook transmission n Two-wire impedance set by single external

Contextual Info: F IN A ! AM D 3 Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications ■ Program m able constant-current feed ■ Low standby power ■ Current gain = 200 ■ -2 1 V to - 5 8 V battery operation

Contextual Info: FINAL AMDÌ1 Am7949 Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Ideal for Fiber-ln-The-Loop FITL applications ■ Programmable constant-current feed ■ Low standby power ■ Current gain = 200 ■ -21 V to -5 8 V battery operation

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Abstract: 100U AM7949 GR-1089-CORE JS11 JS12 TCM1060 40 watt telephone ring generator circuit Amd 5000 pin diagram
Contextual Info: Am7949 SLIC Evaluation Board User’s Guide 1999 The contents of this document are provided in connection with Advanced Micro Devices, Inc. “AMD” products. AMD makes no representations or warranties with respect to the accuracy or completeness of the contents of this publication and reserves

Contextual Info: AMD it INTRODUCTION TO SLIC PRODUCTS AMD’s family of Subscriber Line Interface Circuit SLIC products provide the telephone in­ terface functions required throughout the worldwide market. AMD SLIC devices address all major telephone markets including:

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Abstract: AMD SLIC AM79212 AMD Package AM79489 AM79578 AM79R70
Contextual Info: SELECTOR GUIDE Introduction to SLIC Products AMD’s family of Subscriber Line Interface Circuit SLIC products provide the telephone interface functions required throughout the worldwide market. AMD SLIC devices address all major telephone markets including:

AMD SLIC

Abstract: AMD thermal design guide
Contextual Info: AMD - SLIC Products Selector Guide SLIC Products Selector Guide Introduction to SLIC Products AMD's family of Subscriber Line Interface Circuit SLIC products provide the telephone interface functions required throughout the worldwide market. AMD SLIC devices address all major telephone

amd slic

Abstract: telephone linecard powering considerations SLIC AM79467 AM79489
Contextual Info: Subscriber Line Interface Circuits SLIC Am7920 - Data Sheet - Product Brief Am7924 Am7942 Am79467 Am79571/573/574 Introduction to SLIC Products Am7947 Am79578 SLIC Selector Guide Am79484 Am79486 Am79M531/535 Am79M570/574 Am79M576A Am7943 Am79489 Am7944 Am7945

Am79212

Abstract: still r70 AM79Q021 Am79Q031 AM79C202 amd 486 amd 486 technical reference manual PCM-4 transistor 5457 AMD slac
Contextual Info: SUPPORT TOOLS Advanced Micro Devices provides tools for telecommunication products evaluation and support. Test systems with support software are available and can be used for evaluating the operation and performance of AMD’s Subscriber Line Audio-Processing Circuit

AM79485

Abstract: AM79484 AMD SLIC Theta-J
Contextual Info: SLIC Device Extended Temperature and Packing Considerations AMD’s SLIC products have been characterized over the –40°C to +85°C extended temperature range to establish their suitability for applications such as Remote Concentrators, Digital Loop Carriers, Fiber-In-The-Loop, and other applications that may be subjected to

Contextual Info: AMD3 SLIC Device Extended Temperature and Packing Considerations A M D ’s SLIC products have been characterized over the -4 0 ° C to +85°C extended temper­ ature range to establish their suitability for applications such as Remote Concentrators, Digital Loop Carriers, Fiber-ln-The-Loop, and other applications that may be subjected to

transformer-less AC-DC converter

Abstract: SLAC audio compression transmission line model orcad pspice *74AS* spice models am79231 AMD AM3 Processor Functional AMD SLIC Am79202/03 PSPICE breakout 486DX
Contextual Info: WinSLAC Software User’s Guide 1999 The contents of this document are provided in connection with Advanced Micro Devices, Inc. “AMD” products. AMD makes no representations or warranties with respect to the accuracy or completeness of the contents of this publication and reserves the right to make

ADVANCED TECHNICAL SOLUTIONS

Abstract: AMD Thermal Design Guide analog subscriber line
Contextual Info: AMD - Advanced Micro Devices, Inc. Communications Products This page contains technical documentation for AMD's Public Infrastructure products, including Intelligent Access Voice Solutions, and Intelligent Access Data Solutions. Help with downloading and ordering AMD's technical documentation.