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2002 - LXT385

Abstract: AN-356 IDT82V2058 LXT380 AN356
Text: the ADDP register in the IDT device is 1F (Hex), which is a reserved address in the LXT385. Writing , code written for the LXT385. Table 2 shows the Expanded Registers of the IDT82V2058. Writing "00 Hex , attenuator FIFO will affect the value of the jitter attenuator 3dB corner frequency in the LXT385. In the , LIU. For the remainder of this document references to LXT385 also apply to the LXT380. Both devices , controller. Converting designs using the LXT385 to the IDT82V2058 is a straightforward process involving


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PDF LXT380/385 IDT82V2058 AN-356 IDT82V2058 LXT380/385, LXT385 LXT380. AN-356 LXT380 AN356
lxt385

Abstract: IDT82V2058
Text: reserved address in the LXT385. Writing "AA Hex" to this register will switch to the Expanded Registers of , flexibility some software must be added to source code written for the LXT385. Table 2 shows the Expanded , corner frequency in the LXT385. In the IDT82V2058, only the JABW bit will affect the jitter attenuator , Converting Designs Using the LXT385 to the IDT82V2058 Application Note, Jan, 2002 (Ver 3.1) File , interface unit and is a pin compatible, functional superset of the Intel (previously Level One) LXT385


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PDF LXT385 IDT82V2058 IDT82V2058AN IDT82V2058 LXT385, acce2058
2004 - 249252

Abstract: LXT385 LXT385LE
Text: Intel® LXT385 Octal E1 Short-Haul PCM Transceiver with Jitter Attenuation (JA) Datasheet , reduce power dissipation by up to 15%. By changing the LXT385 transceiver output transformer ratio from 1 , 62 "Intel® LXT385 Transceiver Power Consumption" on page 104 and Table 64 "Load3 Power Consumption , whatsoever for conflicts or incompatibilities arising from future changes to them. The Intel® LXT385 Octal E1 , . 106 11.1 11.2 Intel® LXT385 Transceiver Timing


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PDF LXT385 233Low-power 048-MHz CTR12/13, 249252 LXT385LE
2004 - LXT385

Abstract: 249252
Text: Intel® LXT385 Quad E1 Short-Haul PCM Transceiver with Jitter Attenuation (JA) Datasheet Product , reduce power dissipation by up to 15%. By changing the LXT385 transceiver output transformer ratio from 1 , 62 "Intel® LXT385 Transceiver Power Consumption" on page 104 and Table 64 "Load3 Power Consumption , whatsoever for conflicts or incompatibilities arising from future changes to them. The Intel® LXT385 Quad E1 , . 106 11.1 11.2 Intel® LXT385 Transceiver Timing


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PDF LXT385 233Low-power 048-MHz CTR12/13, 249252
2001 - LXT385LE

Abstract: LXT385 WJLXT385E Intel LXT384 Octal LIU and Intel LXT385 Octal PCM Transceiver B5592-01 DJLXT385LEB1 WJLXT385LE.B1 IEE1149 253721 G703
Text: Intel® LXT385 Octal E1 Short-Haul PCM Transceiver with Jitter Attenuation (JA) Datasheet , transmit output option that can reduce power dissipation by up to 15%. By changing the LXT385 ransceiver , per channel (typical). See Table 62 "Intel® LXT385 Transceiver Power Consumption" on page 104 and , changes to them. The Intel® LXT385 Octal E1 Short-Haul Pulse-Code Modulation Transceiver with Jitter , . 108 11.1 11.2 11.3 4 Intel® LXT385 Transceiver Timing


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PDF LXT385 233Low-power 048-MHz CTR12/13, 73ITU 19-Jan-2006 LXT385LE WJLXT385E Intel LXT384 Octal LIU and Intel LXT385 Octal PCM Transceiver B5592-01 DJLXT385LEB1 WJLXT385LE.B1 IEE1149 253721 G703
IDT82V2048

Abstract: LXT385 IDT82V2058 LXT384
Text: % LXT385 120 Twisted Pair 11 +/- 1% IDT82V2058 75 Coax 120 Twisted Pair 9.5 +/- 1% 9.5 +/- 1


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PDF LXT384 IDT82V2048 IDT82V2048AN IDT82V2048 LXT384, LXT385 IDT82V2058
2005 - LXT385

Abstract: Intel LXT384 Octal LIU and Intel LXT385 Octal PCM Transceiver intel 27883 Evaluation Board SXT6234 LXT384BE 945 INTEL CIRCUIT DIAGRAM LXT384LE LXT384 intel batch MARKING ACM4532-102-3P
Text: Transceiver with JA 1.3 Related Documents Table 1 lists related documents for both the Intel® LXT385 , applications. · The Intel® LXT385 Transceiver supports the E1 standard only. Table 1. Related Documents , Intel® LXT384 Octal LIU and Intel® LXT385 Octal PCM Transceiver. - Solutions for Slow Power-Up Rise


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PDF LXT384 048-MHz LXT385 Intel LXT384 Octal LIU and Intel LXT385 Octal PCM Transceiver intel 27883 Evaluation Board SXT6234 LXT384BE 945 INTEL CIRCUIT DIAGRAM LXT384LE intel batch MARKING ACM4532-102-3P
2003 - LXT384BE

Abstract: No abstract text available
Text: documents for both the Cortina Systems® LXT385 Transceiver and the LXT384 Transceiver. · Use the LXT384 Transceiver for either E1 or T1 applications. · The LXT385 Transceiver supports the E1 standard only. Table , Octal Framers - Application Note Cortina Systems® LXT384 Octal LIU and Cortina Systems® LXT385 Octal PCM


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PDF LXT384 LXT384BE
2003 - LXT385

Abstract: LXT384BE R5-203 LXT384BE B1
Text: documents for both the Cortina Systems® LXT385 Transceiver and the LXT384 Transceiver. · Use the LXT384 Transceiver for either E1 or T1 applications. · The LXT385 Transceiver supports the E1 standard only. Table , Octal Framers - Application Note Cortina Systems® LXT384 Octal LIU and Cortina Systems® LXT385 Octal PCM


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PDF LXT384 LXT385 LXT384BE R5-203 LXT384BE B1
2005 - WJLXT384E B1

Abstract: FLLXT384BE WJLXT384LE.B1 WJLXT384E LXT384BE B1 FLLXT384 248994 945 INTEL CIRCUIT DIAGRAM LXT384BE DJLXT384LE
Text: documents for both the Intel® LXT385 Transceiver and the Intel® LXT384 Transceiver. · Use the Intel® LXT384 Transceiver for either E1 or T1 applications. · The Intel® LXT385 Transceiver supports the E1 , LIU and Intel® LXT385 Octal PCM Transceiver. - Solutions for Slow Power-Up Rise Time - Application


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PDF LXT384 048-MHz WJLXT384E B1 FLLXT384BE WJLXT384LE.B1 WJLXT384E LXT384BE B1 FLLXT384 248994 945 INTEL CIRCUIT DIAGRAM LXT384BE DJLXT384LE
2004 - 248994

Abstract: LXT385 NA001
Text: documents for both the Intel® LXT385 transceiver and the Intel® LXT384 transceiver. · Use the Intel® LXT384 transceiver for either E1 or T1 applications. · The Intel® LXT385 transceiver supports the E1 , LIU and Intel® LXT385 Octal PCM Transceiver. - Solutions for Slow Power-Up Rise Time - Application


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PDF LXT384 16fully-independent 048-MHz 248994 LXT385 NA001
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