MTD16 Search Results

Contextual Info: P ro d u c t O vervie FEBRUARY 1998 Revision 1.0 SXT6251 21E1 Mapper General Description The SXT6251 21E1 Mapper performs asynchronous map­ ping and demapping of 21 E l PDH signals into SDH. The PDH side interfaces with E l LIU and framers via NRZ Clock & Data, while the SDH side uses a standard Telecom

dtc12

Contextual Info: DATA SHEET JUNE 1999 Revision 2.0 LXT6251 21 E1 SDH Mapper General Description Features The LXT6251 21E1 Mapper performs asynchronous mapping and demapping of 21 E l PDH signals into SDH. The PDH side interfaces with E l LIUs and framers via NRZ Clock & Data, while the SDH side uses a standard

Contextual Info: IXF6151 28 T1/E1 Mapper Datasheet The IXF6151 28 T1/E1 Mapper performs asynchronous mapping and demapping of 28 T1 and/ or E1 PDH signals into SDH or SONET. The PDH side interfaces with T1/E1 LIUs and framers via NRZ Clock and Data, while the SDH/ SONET side uses a standard Telecom bus interface.

MTC27

Abstract: 2x4 TTL demultiplexer 106 35K 045 226 35K AU-AIS Digital Alarm Clock by using ttl MTB 230 P03H GR-253-CORE IXF6151
Contextual Info: IXF6151 28 T1/E1 Mapper Datasheet The IXF6151 28 T1/E1 Mapper performs asynchronous mapping and demapping of 28 T1 and/ or E1 PDH signals into SDH or SONET. The PDH side interfaces with T1/E1 LIUs and framers via NRZ Clock and Data, while the SDH/ SONET side uses a standard Telecom bus interface.

san francisco telecom

Abstract: X1HB 001H MTC21 SXT6251 MTC11 MTD16 P1396 MTC13 MTC15
Contextual Info: DATA SHEET MAY 1998 Revision 1.1 SXT6251 21 E1 SDH Mapper General Description Features The SXT6251 21E1 Mapper performs asynchronous mapping and demapping of 21 E1 PDH signals into SDH. The PDH side interfaces with E1 LIUs and framers via NRZ Clock & Data, while the SDH side uses a standard Telecom

LXT6282

Abstract: DTD17 MTC11 MTC15 header 3x2 LXT6251A intel C96 74HC04 LXT344 25X2
Contextual Info: POWER.SCH POWER SUPPLIES MHICLK MHICLK J3 EXTCLKA EXTCLKA MHBCLK MHBCLK BNC-4 LXT6051.SCH J4 EXTCLKB MRESET EXTCLKB ALTSOH.sch BNC-4 MRESET MRESET J5 EXTCLKC MRESET EXTCLKC TSYNCCLKM TSYNCCLKM BNC-4 FPGA FOR SERIAL ACCESS TSYNCCLKM LXT6051A ORDERWIR.SCH TROWM

MTC27

Abstract: 2x4 TTL demultiplexer Pentium MMX 166 Processor MTC13 KLM-1 DTC20 mtc10 VT1536 MTD23 MTD27
Contextual Info: Intel IXF6151 28 T1/E1 Mapper Datasheet ® The Intel IXF6151 performs asynchronous mapping and demapping of 28 T1 and/or E1 PDH signals into SDH or SONET. The PDH side interfaces with T1/E1 LIUs and framers via NRZ Clock and Data, while the SDH/ SONET side uses a standard Telecom bus interface. Further

2x4 TTL demultiplexer

Contextual Info: Intel IXF6151 28 T1/E1 Mapper Datasheet The Intel® IXF6151 28 T1/E1 Mapper performs asynchronous mapping and demapping of 28 T1 and/or E1 PDH signals into SDH or SONET. The PDH side interfaces with T1/E1 LIUs and framers via NRZ Clock and Data, while the SDH/ SONET side uses a standard Telecom bus

X1HB

Abstract: MTC13 LXT625 131-G W J 50
Contextual Info: DATA SHEET JUNE 1999 Revision 2.0 LXT6251 21 E1 SDH Mapper LXT General Description Features The LXT6251 21E1 Mapper performs asynchronous mapping and demapping of 21 E1 PDH signals into SDH. The PDH side interfaces with E1 LIUs and framers via NRZ Clock & Data, while the SDH side uses a standard

DTC24

Abstract: AU-AIS MTC27 vc-4 digital cross connect 226 35K 2x4 TTL demultiplexer Digital Alarm Clock by ttl Digital Alarm Clock by using ttl P03H GR-253-CORE
Contextual Info: IXF6151 28 T1/E1 Mapper Datasheet The IXF6151 28 T1/E1 Mapper performs asynchronous mapping and demapping of 28 T1 and/ or E1 PDH signals into SDH or SONET. The PDH side interfaces with T1/E1 LIUs and framers via NRZ Clock and Data, while the SDH/ SONET side uses a standard Telecom bus interface.

X1HB

Abstract: telecom bus DM9000 application Digital Alarm Clock by using ttl LXT6251A 001H LXT6051 MTD10 LXT6282 MTC11
Contextual Info: LXT6251A 21 E1 SDH Mapper Datasheet The LXT6251A 21E1 Mapper performs asynchronous mapping and demapping of 21 E1 PDH signals into SDH. The PDH side interfaces with E1 LIUs and framers via NRZ Clock & Data, while the SDH side uses a standard Telecom bus interface. Further processing by the companion