T8533 Search Results

datasheet of transistor sl 100

Abstract: 1N4004 BZT03C82 T8533
Contextual Info: Interfacing Ag1460 to Legerity T8533 +5V 100uF 10R + + 100nF 220uF +5V A GND A To other lines D1 TIP +5V PWR Ag1460 VFXI V OUT DXO D2 DRO 100nF TIP DRI RING RING 100nF D4 VFRON VFROP V IN FS BCLK PGND CAP 220nF D1 - D4 = 1N4004 or equivalent D5 = BZT03C82 only one needed per linecard

pin diagram of ic 7495

Abstract: data sheet ic 7495 L7591 L9215G T8533 T8534
Contextual Info: Preliminary Data Sheet December 2000 T8533/34 Quad Programmable Line Card Signal Processor Features • ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

Contextual Info: Preliminary Data Sheet July 2000 T8533/34 Quad Programmable Line Card Signal Processor Features • ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

Contextual Info: Product Brief June 2002 T8533/T8534 Quad Programmable Codec and Echo Canceller Features • ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

Contextual Info: Product Brief June 2000 T8533/34 Quad Programmable Line Card Signal Processor Features • ■ Includes codec, termination impedance, and echo canceler in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

grx2

Abstract: lambda LMS T8533 T8534 T8536
Contextual Info: Application Note May 2001 Using the T8533/T8534 Quad Programmable Line Card Signal Processor Introduction The Agere Systems Inc. T8534 is a four-channel voiceband codec that features both digital impedance synthesis and echo cancellation. Digital impedance synthesis makes it possible to digitally

ECHO canceller IC

Abstract: JESD22-A114 L7591 L9215G T8533 T8534 echo cancellation schematic diagram
Contextual Info: T8533/T8534 Quad Programmable Codec and Echo Canceller Features • ■ ■ ■ ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

gtx2 0135

Contextual Info: Preliminary Data Sheet May 2002 T8533/T8534 Quad Programmable Codec and Echo Canceller Features • ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

pin diagram of ic 7495

Abstract: data sheet ic 7495 pin diagram of ic 7495 A pin diagram of ic 7495 pin diagram data sheet of ic 7495 ALL DATA SHEET ic 7495 shift registers 7495 data sheet pin diagram of ic 555 pin diagram of 7495
Contextual Info: Preliminary Data Sheet July 2001 T8533/34 Quad Programmable Line Card Signal Processor Features • ■ Includes codec, termination impedance, and echo canceller in one device for line card applications Programmable µ-law, linear, or A-law PCM input and output ITU-T G.712 compliant

T8538

Abstract: T8537
Contextual Info: Product Brief May 1999 T8537/T8538 Quad Programmable Codec Features • +3.3 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, linear, or A-law modes ■ Two programmable PCM ports with single and double clocking modes

Contextual Info: Preliminary Data Sheet July 2000 T8535/T8536 Quad Programmable Codec Features • 5 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, or A-law modes — Up to 256 time slots per frame

Contextual Info: Preliminary Data Sheet September 2000 T8535A/T8536A Quad Programmable Codec Features • 5 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, linear, or A-law modes — Up to 256 time slots per frame

T8535

Abstract: T8536
Contextual Info: Product Brief May 1999 T8535/T8536 Quad Programmable Codec Features • 5 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, linear, or A-law modes ■ Two programmable PCM ports with single and double clocking modes

pin diagram of ic 7495

Abstract: T8533 T8534 T8535B T8536B T8538B
Contextual Info: Preliminary Data Sheet June 2001 T8535B/T8536B Quad Programmable Codec Features • 5 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, linear, or A-law modes: — Up to 256 time slots per frame

L9312

Abstract: T7504 T8536 TR-57 ptc pspice RELAY CIRCUIT TR57
Contextual Info: Data Sheet July 2001 L9312 Line Interface and Line Access Circuit Forward Battery SLIC and Ringing Relay for TR-57 Applications Introduction Description The Agere Systems Inc. L9312 is a combination fullfeature, ultralow-power SLIC, and solid-state ringing

Agere read channel

Abstract: DATA Sheet IC 555 84 PLCC pin configuration data sheet book ic 555 Ringing Subscriber Line Interface Circuit NXP T8533 T8534 T8535B T8536B T8538B
Contextual Info: Preliminary Data Sheet September 2001 T8535B/T8536B Quad Programmable Codec Features • 5 V operation ■ Per-channel programmable gains, equalization, termination impedance, and hybrid balance ■ Programmable µ-law, linear, or A-law modes: — Up to 256 time slots per frame

GR-909

Abstract: national semiconductor op amp
Contextual Info: Data Sheet March 2001 L9311 Line Interface and Line Access Circuit Full-Feature SLIC with High Longitudinal Balance, Ringing Relay, and GR-909 Test Access Introduction Applications The Agere Systems Inc. L9311 is a combination fullfeature, ultralow- power SLIC, solid-state ringing

LUCL9214GAU-DT

Abstract: TGS 308 TGS2400 342AL
Contextual Info: Preliminary Data Sheet October 2000 L9214A/G Low-Cost Ringing SLIC Introduction Applications The L9214 is a subscriber line interface circuit that is optimized to provide a very low-cost solution for short- and medium-loop applications. This device provides the complete set of line interface functionality, including power ringing needed to interface to a

tip 21

Contextual Info: Data Sheet March 2001 L9310 Line Interface and Line Access Circuit Full-Feature SLIC, Ringing Relay, and Test Access Device Introduction Applications The Agere Systems Inc. L9310 is a combination fullfeature, ultralow-power SLIC, solid-state ringing access relay, and line test matrix. It is part of a pinfor-pin compatible family of devices designed to

STATES10

Contextual Info: Data Sheet July 2001 L9313 Line Interface and Line Access Circuit Full-Feature SLIC and Ringing Relay for TR-57 Applications Introduction Description The Agere Systems Inc. L9313 is a combination fullfeature, ultralow-power SLIC, solid-state ringing access relay, and line test matrix. It is part of a pinfor-pin compatible family of devices designed to

STATES10

Contextual Info: Preliminary Data Sheet September 2001 L9215B/H High-Voltage Short-Loop Sine Wave Ringing SLIC Introduction Description The Agere Systems Inc. L9215 is a subscriber line interface circuit SLIC that is optimized for shortloop, power-sensitive applications. This device provides the complete set of line interface functionality,

Contextual Info: Data Sheet October 2002 Applications The Legerity L9215 is a subscriber line interface circuit that is optimized for short-loop, power-sensitive applications. This device provides the complete set of line interface functionality including power ringing needed to interface to a subscriber loop. This device

Contextual Info: Introduction Applications The Legerity L9313 is a combination full-feature, ultralow-power SLIC, solid-state ringing access relay, and line test matrix. It is part of a pin-for-pin compatible family of devices designed to serve a wide variety of applications. The L9313 is optimized for TR-57

Contextual Info: T8535B/T8536B Quad Programmable Codec Features • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 5 V operation Per-channel programmable gains, equalization, termination impedance, and hybrid balance Programmable µ-law, linear, or A-law modes: — Up to 256 time slots per frame