power amplifier transformer
Abstract: "30 mhz" driver Amplifier SLOA100 6062a RF Signal Generator 715-10-1 adsl typical "bit error rate" avr-1x 3 25R2 4R22 THS6032
Text: Application Report SLOA100 - November 2002 Active Output Impedance for ADSL Line Drivers Randy Stephens Member Group Technical Staff Broadband Amplifiers Systems Specialist High Performance Linear Products ABSTRACT Signal termination is very common in bidirectional communication systems. Termination
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SLOA100
power amplifier transformer
"30 mhz" driver Amplifier
6062a RF Signal Generator
715-10-1
adsl typical "bit error rate"
avr-1x 3
25R2
4R22
THS6032
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PDF
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6062B
Abstract: THS6032 THS6132 THS6182 power factor PIC circuit mtpr crest factor Ideas for Design SLYT108 RF transformer turn ratio 12 6032b
Text: Amplifiers: Op Amps Texas Instruments Incorporated Active output impedance for ADSL line drivers By Randy Stephens Email: r-stephens@ti.com Systems Specialist, Member Group Technical Staff Introduction The exceptional bidirectional data transmission rates over traditional telephone
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SLYT108
6062B
THS6032
THS6132
THS6182
power factor PIC circuit
mtpr crest factor
Ideas for Design
SLYT108
RF transformer turn ratio 12
6032b
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Untitled
Abstract: No abstract text available
Text: Ultralow Power, Adaptive Linear Power, Dual-Port ADSL/ADSL2+ Line Driver ADLD8403 Data Sheet FEATURES INTERNAL SCHEMATIC VCC VCCP 2 differential DSL channels comprising current feedback, high output current amplifiers with integrated feedback resistors plus biasing network
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ADLD8403
20-Lead
CP-20-10)
ADLD8403ACPZ-R2
ADLD8403ACPZ-R7
ADLD8403ACPZ-RL
D08848-0-9/14
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OFDM USING FFT IFFT METHODS
Abstract: IFFT AN9718 PAR/PDS3S140 PAR/DMG9N65CT PAR/AP13005 PAR/DF06S PAR/SF30JG-B PAR/LS17-203W31 PAR/LS17
Text: TM Analog Amp Linearity Characterization via Probability Weighted Multitone Power Ratio Testing Application Note April 1997 AN9718 Abstract 2.0 The DMT Waveform This application note discusses methodology for testing analog amplifiers designed to process DMT discrete
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AN9718
OFDM USING FFT IFFT METHODS
IFFT
AN9718
PAR/PDS3S140
PAR/DMG9N65CT
PAR/AP13005
PAR/DF06S
PAR/SF30JG-B
PAR/LS17-203W31
PAR/LS17
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M 9718
Abstract: OFDM USING FFT IFFT METHODS IFFT AN9718 HI5905 PAR/PDS3S140 PAR/DMG9N65CT PAR/AP13005 PAR/DF06S PAR/SF30JG-B
Text: Harris Semiconductor No. AN9718 Harris Telecom April 1997 Analog Amplifier Linearity Characterization via Probability Weighted Multitone Power Ratio Testing HI5905 Authors: Richard Roberts, Rodney Nelson Abstract 2.0 The DMT Waveform This application note discusses methodology for testing analog amplifiers designed to process DMT (discrete multitone)
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AN9718
HI5905)
1-800-4-HARRIS
M 9718
OFDM USING FFT IFFT METHODS
IFFT
AN9718
HI5905
PAR/PDS3S140
PAR/DMG9N65CT
PAR/AP13005
PAR/DF06S
PAR/SF30JG-B
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PDF
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OFDM USING FFT IFFT METHODS
Abstract: AN9718 IFFT
Text: Analog Amp Linearity Characterization via Probability Weighted Multitone Power Ratio Testing Application Note April 1997 AN9718 Abstract 2.0 The DMT Waveform This application note discusses methodology for testing analog amplifiers designed to process DMT discrete
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AN9718
OFDM USING FFT IFFT METHODS
AN9718
IFFT
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AN9718
Abstract: No abstract text available
Text: Analog Amp Linearity Characterization via Probability Weighted Multitone Power Ratio Testing Application Note [ /Title AN97 18 /Subject (Analog Amp Linearity Characterization via Probab ility Weight ed Multitone Power Ratio Testing) /Autho r () /Keywords
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AN9718
AN9718
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ofdm amplifier
Abstract: No abstract text available
Text: Sem iconductor Analog Amp Linearity Characterization via Probability Weighted Multitone Power Ratio Testing A p p lic a tio n N o te A p r il 1 9 9 / Abstract 2.0 The DMT Waveform This application note discusses methodology for testing analog amplifiers designed to process DMT discrete
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OCR Scan
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1-800-4-HARRIS
ofdm amplifier
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Untitled
Abstract: No abstract text available
Text: Low Power, High Output Current Differential Amplifier AD8390 FEATURES NC 16 VOCM NC NC 13 12 –OUT PWDN1 VEE PWDN0 VCC 9 –IN 4 5 NC DGND IADJ +OUT 8 NC NC = NO CONNECT Figure 1. 4 mm x 4 mm 16-Lead LFCSP VOCM 1 16 NC APPLICATIONS NC –OUT ADSL/ADSL2+ CO and CPE line drivers
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AD8390
16-Lead
CP-16,
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AD8390
Abstract: AD8390ACP-R2 AD8390ACP-REEL MO-137 MO-220-VGGC
Text: Low Power, High Output Current Differential Amplifier AD8390 NC 16 VOCM NC NC 13 +IN 1 12 –OUT PWDN1 VEE PWDN0 VCC –IN 4 9 5 NC DGND IADJ +OUT 8 NC NC = NO CONNECT Figure 1. 4 mm x 4 mm 16-Lead LFCSP VOCM 1 16 NC APPLICATIONS NC –OUT ADSL/ADSL2+ CO and CPE line drivers
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AD8390
16-Lead
CP-16,
AD8390
AD8390ACP-R2
AD8390ACP-REEL
MO-137
MO-220-VGGC
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AD8390
Abstract: AD8390ACP-R2 AD8390ACP-REEL MO-137 MO-220-VGGC
Text: Low Power, High Output Current Differential Amplifier AD8390 APPLICATIONS ADSL/ADSL2+ CO and CPE line driver xDSL line driver High current differential amplifier GENERAL DESCRIPTION The AD8390 is a high output current, low power consumption differential amplifier. It is particularly well suited for the central
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AD8390
AD8390
16-Lead
CP-16
AD8390ACP-R2
AD8390ACP-REEL
MO-137
MO-220-VGGC
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c03600
Abstract: No abstract text available
Text: Low Power, High Output Current Differential Amplifier AD8390 APPLICATIONS ADSL/ADSL2+ CO and CPE line driver xDSL line driver High current differential amplifier GENERAL DESCRIPTION The AD8390 is a high output current, low power consumption differential amplifier. It is particularly well suited for the central
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AD8390
N390ARC-REEL7
AD8390ARC-EVAL
16-Lead
RC-16
c03600
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PDF
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Untitled
Abstract: No abstract text available
Text: Low Power, High Output Current Differential Amplifier AD8390 PIN CONFIGURATIONS B SO ADSL/ADSL2+ CO and CPE line drivers xDSL line driver High current differential amplifiers VOCM GENERAL DESCRIPTION O The AD8390 is a high output current, low power consumption
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AD8390
AD8390
16-Lead
CP-16,
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AD8393
Abstract: AD8393-1 AD8393-2
Text: PRELIMINARY TECHNICAL DATA a Adaptive Linear PowerTM +12V ADSL-CO Line Driver AD8393 Preliminary Technical Data FEATURES • • • Analog Devices’ Adaptive Linear PowerTM architecture o Low power consumption for DSL line driver applications o Enables high port density Central Office modems.
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AD8393
600mW
526KHz,
AD8393
AD8393-1
AD8393-2
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AD8393
Abstract: No abstract text available
Text: PRELIMINARY TECHNICAL DATA a Adaptive Linear PowerTM +12V ADSL-CO Line Driver AD8393 Preliminary Technical Data FEATURES • • • Analog Devices’ Adaptive Linear PowerTM architecture o Low power consumption for DSL line driver applications o Enables high port density Central Office modems.
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AD8393
575mW
624mW
526KHz,
AD8393
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AD8393
Abstract: AD8393-1 AD8393-2 analog devices power supplies ab analog devices
Text: Adaptive Linear Power 12 V ADSL-CO Line Driver AD8393 APPLICATIONS ADSL DSLAMs, DLC xDSL Line Cards using DMT Signals Other Application Signals with Occasional Peaks GENERAL DESCRIPTION The AD8393 is a low power, high output current, single-supply, ADSL-CO line driver that features ADI’s patent pending
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AD8393
AD8393
AD8393-1
AD8393-2
analog devices power supplies
ab analog devices
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ADSL layout guide
Abstract: MO-220-vhhd-2 AD8392 AD8392ARE
Text: Low Power, High Output Current, Quad Op Amp, Dual-Channel ADSL/ADSL2+ Line Driver AD8392 PIN CONFIGURATIONS VEE1, 2 1 28 GND PD0 1, 2 2 27 NC PD1 1, 2 3 26 NC +VIN1 4 –VIN1 5 1 25 +VIN2 2 24 –VIN2 VOUT1 6 VCC1, 2 7 NC 8 21 VCC3, 4 VOUT3 9 20 VOUT4 23 VOUT2
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AD8392
AD8392ARE,
28-Lead
dual-cha8392ARE-REEL7
AD8392ACP-R2
AD8392ACP-REEL
AD8392ACP-REEL7
ADSL layout guide
MO-220-vhhd-2
AD8392
AD8392ARE
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AD8392
Abstract: No abstract text available
Text: Low Power, High Output Current, Quad Op Amp, Dual-Channel ADSL/ADSL2+ Line Driver AD8392 PIN CONFIGURATIONS FEATURES GND 2 27 NC PD1 1, 2 3 26 NC +VIN1 4 25 +VIN2 –VIN1 5 24 –VIN2 VOUT1 6 23 VOUT2 VCC 7 22 NC NC 8 21 VCC VOUT3 9 20 VOUT4 –VIN3 10 19
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AD8392
AD8392ACP
28-Lead
32-Lead
D04802
RE-28-1
AD8392
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25.161.0253
Abstract: A 69157 J01001A1944 69157 69157-102 Amplifier ADS AWG2021 Telegartner AD8002 AD8018
Text: AD8018 Evaluation Board EVAL-AD8018EB BOARD DESCRIPTION The AD8018 evaluation board circuit offers the ability to evaluate the AD8018 in a typical xDSL bridge hybrid circuit Figure 4 . The receiver circuit on these boards is typically unpopulated. Requesting samples of the AD8022AR with the AD8018ARUEVAL board will provide the capability to evaluate the
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AD8018
EVAL-AD8018EB
AD8022AR
AD8018ARUEVAL
AD8018ARU
RJ-11
sim71
AD8018ARU
25.161.0253
A 69157
J01001A1944
69157
69157-102
Amplifier ADS
AWG2021
Telegartner
AD8002
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Untitled
Abstract: No abstract text available
Text: Low Power, High Output Current, Quad Op Amp, Dual-Channel ADSL/ADSL2+ Line Driver AD8392 PIN CONFIGURATIONS FEATURES VEE 1 28 GND PD0 1, 2 2 27 NC PD1 1, 2 3 26 NC +VIN1 4 25 +VIN2 –VIN1 5 24 –VIN2 VOUT1 6 23 VOUT2 VCC 7 22 NC NC 8 21 VCC VOUT3 9 20 VOUT4
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AD8392
AD8392
28-lead
AD8392ARE)
32-lead
AD8392ACP)
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AD8392
Abstract: AD8392ARE
Text: Low Power, High Output Current, Quad Op Amp, Dual-Channel ADSL/ADSL2+ Line Driver AD8392 PIN CONFIGURATIONS FEATURES VEE 1 28 GND PD0 1, 2 2 27 NC PD1 1, 2 3 26 NC +VIN1 4 25 +VIN2 –VIN1 5 24 –VIN2 VOUT1 6 23 VOUT2 VCC 7 22 NC NC 8 21 VCC VOUT3 9 20 VOUT4
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AD8392
AD8392
28-lead
AD8392ARE)
32-lead
AD8392ACP)
AD8392ARE
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AD8396
Abstract: 7022 MO-220-WGGC operational amplifier discrete schematic LFCSP-WQ ADSL layout guide 16-Lead Lead Frame Chip Scale Package LFCSP_WQ
Text: Low Power, High Output Current, Dual-Port ADSL/ADSL2+ Line Driver AD8396 13 VOPA 14 VCC 16 VCOM-A PIN CONFIGURATION INPA 1 12 VONA INNA 2 AD8396 11 DGND DGND 3 TOP VIEW 10 VOPB INPB 4 VONB 07022-001 VEE 8 PD_B 7 INNB 5 9 VCOM-B 6 2 differential DSL channels comprised of current feedback,
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AD8396
CP-16-26)
AD8396ACPZ-R2
AD8396ACPZ-RL1
AD8396ACPZ-R71
16-Lead
CP-16-26
AD8396
7022
MO-220-WGGC
operational amplifier discrete schematic
LFCSP-WQ
ADSL layout guide
16-Lead Lead Frame Chip Scale Package LFCSP_WQ
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C0324
Abstract: DSL Line TRANSFORMER and Hybrid schematic circuit adsl modem board AD8019 AD8019AR-EVAL AD8019ARU-EVAL AD8022 AD8022AR TP10
Text: AD8019 Evaluation Boards EVAL-AD8019EB BOARD DESCRIPTION The AD8019 evaluation boards are available for both the SOIC and TSSOP package styles. Figures 5 and 6 show the schematics for the TSSOP evaluation board. The receiver circuit on these boards is typically unpopulated.
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AD8019
EVAL-AD8019EB
AD8022AR,
network019EB
AD8019
C0324
DSL Line TRANSFORMER and Hybrid
schematic circuit adsl modem board
AD8019AR-EVAL
AD8019ARU-EVAL
AD8022
AD8022AR
TP10
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Untitled
Abstract: No abstract text available
Text: Low Power, High Output Current, Dual-Port ADSL/ADSL2+ Line Driver AD8396 FEATURES 13 VOPA 14 VCC 16 VCOM-A 15 PD_A PIN CONFIGURATION INPA 1 12 VONA INNA 2 AD8396 11 DGND DGND 3 TOP VIEW 10 VOPB INPB 4 VONB 07022-001 VEE 8 PD_B 7 INNB 5 9 VCOM-B 6 2 differential DSL channels comprised of current feedback,
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AD8396
CP-16-26)
AD8396ACPZ-R2
AD8396ACPZ-RL1
AD8396ACPZ-R71
16-Lead
CP-16-26
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