P3303
Abstract: P3304 Legerity
Text: PRODUCT DATA SHEET LOW INSERTION LOSS LINE MATCHING TRANSFORMER Features Applications ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ Legerity QSLAC ∗ SLIC Interfaces ∗ 3.3V operation Lead-free Pb-free RoHS compliant Low Insertion Loss, <1dB
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P3304
P3304
E203175
FIN-03101,
P3303
Legerity
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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
Text: 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.
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J-M1 BATTERY
Abstract: AM79Q021 AMD SLIC JS11 JS12 AMD Socket S1 PIN LAYOUT Am79Q031
Text: Am79Q02/021/06/061 QSLACTM Device 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
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Am79Q02/021/06/061
J-M1 BATTERY
AM79Q021
AMD SLIC
JS11
JS12
AMD Socket S1 PIN LAYOUT
Am79Q031
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LM1117
Abstract: ADP3335 E192 LM2931 MAX8867
Text: Design Conversion Guide Switching from 5.0 V QSLAC Devices Am79Qxxx to 3.3 V QLSLAC™ Devices (Le58QLxxx) in Existing Designs Application Note This document is a guide for converting existing linecard designs using Zarlink’s QSLAC™ devices to designs
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Am79Qxxx
Le58QLxxx)
LM1117
ADP3335
E192
LM2931
MAX8867
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LE58QL063HVC
Abstract: Z-658
Text: Le58QL061/063 Quad Low Voltage Subscriber Line Audio-Processing Circuit VE580 Series APPLICATIONS RELATED LITERATURE Codec function on telephone switch line cards FEATURES 080753 Le58QL02/021/031 QLSLAC™ Data Sheet 080761 QSLAC™ to QLSLAC™ Design Conversion
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Le58QL061/063
VE580
Le58QL02/021/031
Le58QL061/063
LE58QL063HVC
Z-658
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44-PIN
Abstract: PQT044
Text: 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)
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Am79Q4457/5457
Am79Q4457
44-PIN
PQT044
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1AM7
Abstract: Power One Power Network Interface
Text: 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™
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LITHO-7M-5/96-0
0045A
1AM7
Power One Power Network Interface
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ms 21921
Abstract: No abstract text available
Text: Interfacing the Am186 CC Communications Controller to an AMD SLAC™ Device Using Enhanced SSI Back Application Note by Jeff Kirk The purpose of this application note is to describe how to interface an Am186™CC communications controller to a Quad Subscriber Line Audio-Processing Circuit QSLAC™ device. The same techniques can be used to interface an Am186CC controller to any SLAC™ device.
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Am186TMCC
Am186CC
16-bit
0000010000000000b
Am186,
Am188,
ms 21921
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ms 21921
Abstract: No abstract text available
Text: Interfacing the Am186 CC Communications Controller to an AMD SLAC™ Device Using Enhanced SSI Application Note Back by Jeff Kirk The purpose of this application note is to describe how to interface an Am186™CC communications controller to a Quad Subscriber Line Audio-Processing Circuit QSLAC™ device. The same techniques can be used to interface an Am186CC controller to any SLAC™ device.
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Am186TMCC
Am186CC
16-bit
0000010000000000b
Am186,
Am188,
ms 21921
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*32C52
Abstract: c32c5 chopper transformer pcm robbed bit slots symbols CD11 CD12 CD21 CD22 CD23 CD24
Text: Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS Performs the functions of four codec/filters Software programmable: — SLIC input impedance — Transhybrid balance — Transmit and receive gains
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Am79Q02/021/031
*32C52
c32c5
chopper transformer
pcm robbed bit slots symbols
CD11
CD12
CD21
CD22
CD23
CD24
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ms 21921
Abstract: 2f0h
Text: Interfacing the Am186 CC Communications Controller to an AMD SLAC™ Device Using Enhanced SSI Application Note by Jeff Kirk The purpose of this application note is to describe how to interface an Am186™CC communications controller to a Quad Subscriber Line Audio-Processing Circuit QSLAC™ device. The same techniques can be used to interface an Am186CC controller to any SLAC™ device.
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Am186TMCC
Am186CC
16-bit
0000010000000000b
Am186,
Am188,
ms 21921
2f0h
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Pace Electronic Products
Abstract: No abstract text available
Text: Linecard Products for the Public Infrastructure Market SLIC Devices QSLAC TM /DSLAC TM Devices ASLIC TM /ASLAC TM Devices AMD provides our customers with a complete line of integrated circuits, together with the software and development tools necessary for keeping pace with the
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LE58QL063HVC
Abstract: R1Z regulator LE792 7804 regulator EE transformer modem v.90 HX 711 CD11 CD21 CD23 CD24
Text: Le58QL061/063 Quad Low Voltage Subscriber Line Audio-Processing Circuit VE580 Series Voice Solution A APPLICATIONS RELATED LITERATURE Codec function on telephone switch line cards FEATURES 080753 Le58QL02/021/031 QLSLAC™ Data Sheet 080761 QSLAC™ to QLSLAC™ Design Conversion
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Le58QL061/063
VE580
Le79Q061/
LE58QL063HVC
R1Z regulator
LE792
7804 regulator
EE transformer modem v.90
HX 711
CD11
CD21
CD23
CD24
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LM1117
Abstract: datasheet LM1117 operational amplifier discrete schematic ADP3335 E192 LM2931 MAX8867 MAX8867 equivalent lm1117 p-spice model
Text: Guide to New Designs Enabling 5.0 V QSLAC Device Am79Qxxx to 3.3 V QLSLAC™ Device (Le58QLxxx) Transitions Application Note This document is a guide for new linecard designs using Zarlink’s QSLAC™ device. The guide offers design suggestions to enable a smooth transition from the QSLAC device to the newer QLSLAC™ device. One objective
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Am79Qxxx
Le58QLxxx)
LM1117
datasheet LM1117
operational amplifier discrete schematic
ADP3335
E192
LM2931
MAX8867
MAX8867 equivalent
lm1117 p-spice model
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TGS 2600 series
Abstract: 44-PIN PQT044 RGS13
Text: 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)
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Am79Q4457/5457
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TGS 2600 series
44-PIN
PQT044
RGS13
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LE58QL021FJC
Abstract: Le58QL021BVC *32C52 Le7920 isolation transformer v.90 Legerity LE58QL021 HX 711 XN 4509
Text: Le58QL02/021/031 Quad Low Voltage Subscriber Line Audio-Processing Circuit VE580 Series APPLICATIONS RELATED LITERATURE Codec function on telephone switch line cards 080754 Le58QL061/063 QLSLAC™ Device Data Sheet 080761 QSLAC™ to QLSLAC™ Device Design
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Le58QL02/021/031
VE580
Le58QL061/063
Le79Q02/
LE58QL021FJC
Le58QL021BVC
*32C52
Le7920
isolation transformer v.90
Legerity LE58QL021
HX 711
XN 4509
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ALI m310 sd
Abstract: No abstract text available
Text: PRFLiMJNARY A M DC! A m 7 9 Q 0 6 /0 6 1 /0 6 2 /0 6 3 Quad Subscriber Line Audio-Processing Circuit QSLAC" Devices TABLE OF CONTENTS Distinctive C haracteristics.
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Am7920
Am79Q061
1108A-034
Am79Q06/061/062/063
ALI m310 sd
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79Q5457
Abstract: No abstract text available
Text: PRELIMINARY Am79Q4457/5457 Quad Subscriber Line Audio Processing CircuitNon-Programmabie QSLAC -NP Devices TABLE OF CONTENTS D istinctive C haracteristics .3
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79Q5457
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am79q021
Abstract: Am79Q031
Text: AM DZI Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices TABLE OF CONTENTS Distinctive C h a ra c te ris tic s. 3
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Am79Q02/021/031
Am79Q021VC
am79q021
Am79Q031
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TGS 2600
Abstract: PQT044 log tx2 1014
Text: 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)
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Am79Q4457/5457
Am79Q4457
0Q42flb4
PL032
16-038FPO-5
PL044
PQT044
16-038-PQT-2
PL032,
TGS 2600
PQT044
log tx2 1014
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Untitled
Abstract: No abstract text available
Text: 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
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096-MHz
02S7S57
Am79Q02/021/03l
GE57S27
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Chn52
Abstract: AM79Q063
Text: Am79Q06/061 /062/063 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices TABLE OF CONTENTS Distinctive Characteristics. 4
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Am79Q06/061
Am79Q061
Am79Q06/061/062/063
Chn52
AM79Q063
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FRO 021
Abstract: Am79Q031
Text: This is a condensed version of the data sheet. To obtain the full version, please contact your nearest AMD Sales Office. Am79Q02/021/031 Quad Subscriber Line Audio-Processing Circuit QSLAC Devices DISTINCTIVE CHARACTERISTICS • Performs the functions of four codec/filters
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Am79Q02/021/031
Am79Q02
Am79Q021
Am79Q031
FRO 021
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VOGT n4
Abstract: VOGT n3
Text: aRFLÈMiNAR'. Am79Q4457/5457 AMDB Quad Subscriber Line Audio Processing CircuitNon-Programmable QSLAC -NP Devices TABLE OF CONTENTS Distinctive Characteristics .203
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VOGT n4
VOGT n3
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