AM79M57X Search Results

Contextual Info: F IN A L A M D il Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant-resistance feed ■ Supports 2.2 Vrms metering 12 and 16 kHz ■ Programmable loop-detect threshold ■ On-chip switching regulator for low-power

Contextual Info: Z1 Am79M570/Am79M574 Advanced Micro Devices Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant resistance feed Supports 2.2-V RMS metering 12 and 16 kHz ■ On-chip switching regulator for low-power dissipation

BJ10

Abstract: AM79M576 GR-1089-CORE JS11 JS12 AM79574 AM79M574 Am795XX AMD slac BJ17
Contextual Info: Am795XX 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: P R E L IM IN A R Y Advanced Micro Devices Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ ■ Programmable constant resistance feed Programmable loop detect threshold Ground-key detect Low standby power

OVERLOAD RELAY

Abstract: diode m2w 5 pin relay data sheet HEAT DETECTOR DIAGRAM
Contextual Info: FINAL Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant-resistance feed ■ Supports 2.2 Vrms metering 12 and 16 kHz ■ Programmable loop-detect threshold ■ On-chip switching regulator for low-power

Contextual Info: AMD3 SLIC FAMILY FUNCTIONAL DESCRIPTION Two-Wire Interface AMD's SLIC device family has grown and includes de­ vice operating characteristics and options not previ­ ously available. Current offerings also include new choices of power management and DC feed control to

80C186

Abstract: 80C186-16 80C188 80C188-12 82C59A
Contextual Info: FINAL AM DH Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant-resistance feed ■ Supports 2.2 Vrms metering 12 and 16 kHz ■ Programmable loop-detect threshold ■ On-chip switching regulator for low-power

ac-dc voltage regulator using SCR

Abstract: ac-dc voltage regulator using SCR circuit diagram zener diode snubber networks for gate drive ac-dc voltage regulator using SCR circuit automatic room power controller using scr resistor-FUSE TYPE RTD Dual SENSING CIRCUIT crt monitor circuit diagram resistor-FUSE ac voltage regulator using SCR circuit diagram
Contextual Info: SLIC FAMILY FUNCTIONAL DESCRIPTION Two-Wire Interface AMD’s SLIC device family has grown and includes device operating characteristics and options not previously available. Current offerings also include new choices of power management and DC feed control to address needs of major telephony markets.

HA 1370 schematics

Contextual Info: AM DÌ1 Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Program mable constant-resistance feed Supports 2.2 Vrm s metering 12 and 16 kHz ■ Program mable loop-detect threshold ■ Ground-key detect On-chip switching regulator for low-power

rsn 3404

Abstract: cf -mh 22 e 103 m-c texas instruments data guide manual HIGH VOLTAGE ISOLATION DZ 2101 PEAK DETECTOR CIRC Transistor AND DIODE Equivalent list Scans-049 RRUS 32 b2 specs TIL Display transistor 381 7943 363AM
Contextual Info: a Telecommunication Products Data Book 1992/1993 Advanced Micro Devices Telecommunication Products Data Book 1 9 9 2 /1 9 9 3 D V A N C E D M I C R O D E V I C E S Î 1 1992 Advanced Micro Devices, Inc. Advanced Micro Devices reserves the right to make changes in its products

SWITCH debouncing

Abstract: amd processor based Circuit Diagram AMD SLIC pulse load resistor 001B pulse dial system SLIC DIAGRAM
Contextual Info: SLIC Dial Pulse Performance Advanced Micro Devices Application Note In an AMD SLIC-based line circuit, the opening and closing of the dial switch produces a stream of dial pulses at the DET loop detector logic output pin. Before it begins decoding the dial pulses, the

RSN 312 H 24

Abstract: ic RSN 315 H 42 RSN 315 H 42 RSN 312 RSN 312 H 42 rsn 313 bc 574 transistor AM7905 TRANSISTOR 7905A 79M574
Contextual Info: FVellmlnaiy H Am79M57/Am79M571 /Am79M574 Metering Subscriber Line Interface Circuit Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • ■ P ro g ra m m a b le c o n s ta n t re s is tan c e feed L in e-feed c h a ra c te ris tic s in d e p e n d e n t of

AMD SLIC

Abstract: po64 2N7000 Linecard Products am795
Contextual Info: Introduction to the SLIC Product Family SLIC FAMILY FUNCTIONAL DESCRIPTION AMD’s SLIC device family has grown and includes device operating characteristics and options not previously available. Current offerings also include new choices of power management and DC feed control to

Contextual Info: FINAL AM D Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant-resistance feed ■ Supports 2.2 Vrms metering 12 and 16 kHz ■ Programmable loop-detect threshold ■ On-chip switching regulator for low-power

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

am79m57

Contextual Info: FINAL AMDÌI Am79M570/Am79M574 Metering Subscriber Line Interface Circuit DISTINCTIVE CHARACTERISTICS • Programmable constant-resistance feed ■ Supports 2.2 Vrms metering 12 and 16 kHz ■ Programmable loop-detect threshold ■ On-chip switching regulator for low-power

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