RUR 450 Search Results

dmo 265 r

Contextual Info: PRELIMINARY XRT86SH328 28-CHANNEL DS1/E1 FRAMER/LIU WITH DS3 MUX & VT-MAPPER - SONET NOVEMBER 2006 GENERAL DESCRIPTION The XRT86SH328 is an integrated VT/TU Mapper with 28 port T1/E1 Line Interface Units. The XRT86SH328 contains integrated DS1/E1/J1 Framers for performance monitoring.

led cross reference

Abstract: XRT94L33 0x0382 0x1151 GR-253-CORE XRT94L33IB 0X176C 0x1738
Contextual Info: XRT94L33 333-C C H A N N E L D S E S T S T O S T S S T M M A P P E R A T M R E G S T E R S CH HA AN NN NE EL LD DS S333///E E333///S ST TS S-111 T TO OS ST TS S-333///S ST TM M-111 M MA AP PP PE ER R ––– A AT TM MR RE EG GIIIS ST TE ER RS S March 2007

0XN307

Abstract: B6S1 GR-253-CORE XRT86SH328 bipolar ROM M13s
Contextual Info: PRELIMINARY XRT86SH328 28-CHANNEL DS1/E1 FRAMER/LIU WITH DS3 MUX & VT-MAPPER - SONET JANUARY 2007 GENERAL DESCRIPTION The XRT86SH328 is an integrated VT/TU Mapper with 28 port T1/E1 Line Interface Units. The XRT86SH328 contains integrated DS1/E1/J1 Framers for performance monitoring.

DMO 565 R

Contextual Info: xr PRELIMINARY XRT79L71 1-CHANNEL DS3/E3 ATM UNI/PPP/CLEAR-CHANNEL FRAMER IC - ATM ARCHITECTURAL DESCRIPTION NOVEMBER 2005 GENERAL DESCRIPTION The XRT79L71 is a single channel, ATM UNI/PPP Physical Layer Processor with integrated DS3/E3 framing controller and Line Interface Unit with Jitter

GR-253-CORE

Abstract: XRT94L33 XRT94L33IB led cross reference 0x0106 0x1950 574 91 256 Sts.1
Contextual Info: XRT94L33 333-C C H A N N E L D S E S T S T O S T S S T M M A P P E R S O N E T R E G S T E R S CH HA AN NN NE EL LD DS S333///E E333///S ST TS S-111 T TO OS ST TS S-333///S ST TM M-111 M MA AP PP PE ER R ––– S SO ON NE ET TR RE EG GIIIS ST TE

LED VIPER

Abstract: VIPER IC AU-AIS GI 312 diode transistor st 431 SDH 209 sf 118 d SF 119 D viper 504 VIPer Design Software
Contextual Info: XRT94L31 333-C C H A N N E L D S E S T S T O S T S S T M M A P P E R S D H R E G S T E R M A P CH HA AN NN NE EL LD DS S333///E E333///S ST TS S-111 T TO OS ST TS S-333///S ST TM M-111 M MA AP PP PE ER R ––– S SD DH HR RE EG GIIIS ST TE ER RM

GI 312 diode

Abstract: VIPER IC sf 118 d SF 119 D GR-253-CORE XRT94L31 XRT94L33 XRT94L33IB TTB-10 0x1718
Contextual Info: XRT94L31 333-C C H A N N E L D S E S T S T O S T S S T M M A P P E R S O N E T R E G S T E R M A P CH HA AN NN NE EL LD DS S333///E E333///S ST TS S-111 T TO OS ST TS S-333///S ST TM M-111 M MA AP PP PE ER R ––– S SO ON NE ET TR RE EG GIIIS ST

dmo 265 r

Abstract: dmo 365 r MPC860 jtag AC16 GR-499-CORE I960 MPC860 XRT73L03 XRT74L73 XRT74L73IB
Contextual Info: XRT74L73 PRELIMINARY 3 CHANNEL, ATM UNI/PPP DS3/E3 FRAMING CONTROLLER OCTOBER 2003 REV. P1.0.1 GENERAL DESCRIPTION The XRT74L73 3 Channel, ATM UNI/PPP Physical Layer Processor with integrated DS3/E3 framing controller is designed to support ATM direct mapping and

AD27

Abstract: I960 XRT94L33 XRT94L33IB TTL RS232 buffer
Contextual Info: xr XRT94L33 3-CHANNEL DS3/E3/STS-1 TO STS-3/STM-1 MAPPER IC DATA SHEET N0VEMBER 2006 REV.1.2.0. GENERAL DESCRIPTION FEATURES The XRT94L33 is a highly integrated SONET/SDH terminator designed for E3/DS3/STS-1 mapping/de-mapping functions from either the STS-3 or STM-1 data stream. The XRT94L33

dmo 365 r

Abstract: dmo 365 dmo 465 datasheet relay NAIS 5v 5 pin marx and generator NAIS 210 RELAY NAIS Relay 5v DS3-M13 XRT72L52 XRT72L52IQ
Contextual Info: XRT72L52 TWO CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER OCTOBER 2006 REV. 1.0.3 GENERAL DESCRIPTION The XRT72L52, Two Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream.

4558AM

Abstract: dmo 465
Contextual Info: XRT72L52 TWO CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER OCTOBER 2006 REV. 1.0.3 GENERAL DESCRIPTION The XRT72L52, Two Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream.

0x1758

Abstract: AU-AIS GR-253-CORE XRT94L33 XRT94L33IB ST VIPER application notes 0x11B3 574 91 256
Contextual Info: XRT94L33 333-C C H A N N E L D S E S T S T O S T S S T M M A P P E R S D H R E G S T E R S CH HA AN NN NE EL LD DS S333///E E333///S ST TS S-111 T TO OS ST TS S-333///S ST TM M-111 M MA AP PP PE ER R ––– S SD DH HR RE EG GIIIS ST TE ER RS S March 2007

ic 339

Abstract: rele nais dmo 465 XRT74L74 XRT74L74IB MIPS 32-bit bus architecture F25 marking DMO 465 R
Contextual Info: XRT74L74 PRELIMINARY 4 CHANNEL, ATM UNI/PPP DS3/E3 FRAMING CONTROLLER OCTOBER 2003 REV. P1.1.1 GENERAL DESCRIPTION The XRT74L74 4 Channel, ATM UNI/PPP Physical Layer Processor with integrated DS3/E3 framing controller is designed to support ATM direct mapping and

dmo 465

Abstract: iC 458 datasheet relay NAIS 5v 5 pin M25-A dmo 365 dmo 365 r NAIS 210 RELAY NAIS Relay 5v DS3-M13 XRT72L56
Contextual Info: áç XRT72L56 PRELIMINARY SIX CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER JANUARY 2001 REV. P1.1.2 GENERAL DESCRIPTION The Microprocessor Interface is used to configure the Framer in different operating modes and monitor the performance of the Framer. The XRT72L56, 6 Channel DS3/E3 Framer is designed to accept “User Data” from the Terminal

Contextual Info: áç XRT72L50 PRELIMINARY SINGLE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER JANUARY 2001 REV. P1.1.3 GENERAL DESCRIPTION The XRT72L50, single Channel DS3/E3 Framer IC is designed to accept “User Data” from the Terminal Equipment and insert this data into the “payload” bitfields within an “outbound” DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an “inbound” DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the “User Data”.

Rx1302

Abstract: r4363 dmo 265
Contextual Info: áç XRT72L50 PRELIMINARY SINGLE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER JANUARY 2001 REV. P1.1.2 GENERAL DESCRIPTION The XRT72L50, single Channel DS3/E3 Framer IC is designed to accept “User Data” from the Terminal Equipment and insert this data into the “payload” bitfields within an “outbound” DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an “inbound” DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the “User Data”.

IN134

Abstract: ic 393 datasheet relay NAIS 5v 5 pin 74hct00 dmo 365 r NAIS 210 RELAY NAIS Relay 5v t90 series 0X13 DS3-M13
Contextual Info: áç XRT72L52 PRELIMINARY TWO CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER JANUARY 2001 REV. P1.1.3 GENERAL DESCRIPTION The XRT72L52, 2 Channel DS3/E3 Framer IC is designed to accept “User Data” from the Terminal Equipment and insert this data into the “payload” bitfields within an “outbound” DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an “inbound” DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the “User Data”.

Relay NAIS Ds

Abstract: E3252 SG 2368 ATA 2388 ic 393 NAIS tf relay tes 5-2422
Contextual Info: áç XRT72L50 SINGLE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER OCTOBER 2003 REV. 1.2.1 GENERAL DESCRIPTION The XRT72L50, single Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an inbound DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the user data.

dmo 365 rn

Abstract: DMO36 dmo 365 r IC TX 434 HDB3 AMI ENCODER DECODER t90 series DS3-M13 XRT7250 XRT7250IQ difference between 8051 and 8052 microcontroller
Contextual Info: áç XRT7250 PRELIMINARY DS3/E3 FRAMER IC MARCH 2000 REV. P1.0.5 GENERAL DESCRIPTION The XRT7250 DS3/E3 Framer IC is designed to accept “User Data” from the Terminal Equipment and insert this data into the “payload” bit-fields within an “outbound” DS3/E3 Data Stream. Further, the Framer

dmo 365 r

Abstract: ATA 2388 dmo 265 r datasheet relay NAIS 5v 5 pin marx and generator IC ATA 2388 RELAY AG 105 21 Esart NAIS 210 RELAY DS3-M13
Contextual Info: áç XRT72L50 SINGLE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER OCTOBER 2003 REV. 1.2.1 GENERAL DESCRIPTION The XRT72L50, single Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an inbound DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the user data.

URG 30100

Abstract: rur 450 UR810 IC p815 UR1520 P3020 ruru100 URP1560 RD6120 UR840
Contextual Info: HARRIS ULTRA-FAST RECOVERY RECTIFIER PRODUCT LINE & V R U R D 410 R U R D 610 R U R D 410S R URD610S 6 0 n s 1.5V RURD460 1.5 V 60ns 1 5V 3 5 n s 1.0 V 6 0 n s 1.5 V M ÜR815 R U R P815 M UR820 RURP820 3 5 n s 1.0V M UR1520 R U R P1520 35ns+ 1 .0 5 V 3 5 n s

dmo 365 r

Abstract: DMO 365 IC XD 5252 F NAIS 210 RELAY deal marx TTB-11 datasheet relay NAIS 5v 5 pin 5v relay nais 5 pin data sheet DS3-M13 XRT72L52
Contextual Info: xr XRT72L52 TWO CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER FEBRUARY 2005 REV. 1.0.1 GENERAL DESCRIPTION The XRT72L52, Two Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream. Further, the Framer is also designed to receive an inbound DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the user data.

dmo 265 r

Abstract: t59b
Contextual Info: xr XRT72L50 SINGLE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER MAY 2003 REV. 1.2.0 GENERAL DESCRIPTION The XRT72L50, single Channel DS3/E3 Framer IC is designed to accept user data from the Terminal Equipment and insert this data into the payload bitfields within an outbound DS3/E3 Data Stream. Further, the Framer IC is also designed to receive an inbound DS3/E3 Data Stream from the Remote Terminal Equipment and extract out the user data.

r4363

Abstract: CP Clare RELAY dmo 465 IC 404
Contextual Info: áç XRT72L53 PRELIMINARY THREE CHANNEL DS3/E3 FRAMER IC WITH HDLC CONTROLLER JANUARY 2001 REV. P1.1.6 GENERAL DESCRIPTION The XRT72L53, 3 Channel DS3/E3 Framer IC is designed to accept User Data from the Terminal Equipment and insert this data into the Payload bit-fields