MK50H27 Search Results

JT-Q703

Abstract: MK50H27Q-33 bsnt1
Contextual Info: MK50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES Complete Level 2 Implementation of SS7. Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols. Optional operation to comply with Japanese TTC JT-Q703 specification requirements

Q703

Abstract: DIP48 MK50H25 MK50H27 MK50H28 Z8000 JT-Q703 68000 thomson
Contextual Info: MK50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES Complete Level 2 Implementation of SS7. Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols. Optional operation to comply with Japanese TTC JT-Q703 specification requirements

DIP48

Abstract: DIP-48 MK5025 MK5027N MK5027Q MK50H25N MK50H25Q MK50H27 MK50H27Q MK50H28N
Contextual Info: TELECOM AND DATA COMMUNICATIONS DATACOM PACKET SWITCHING/CCS#7 Type MK5025 MK50H25Q MK50H25N MK5027Q MK5027N MK50H27 MK50H27Q MK50H28Q MK50H28N MK5029 Description Package X 25 LAPB/ISDN LAPD/HDLC CMOS Hi-Speed Link Level Controller with DMA X 25 Link Level Controller

JT-Q703

Abstract: 68000 thomson
Contextual Info: iZ T SGS-THOMSON MK50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES • Complete Level 2 Implementation ot SS7. ■ Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols. ■ Optional operation to comply with Japanese

IN5048

Abstract: Q703 DIP48 MK50H25 MK50H27 MK50H28 Z8000 JT-Q703
Contextual Info: MK50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES Complete Level 2 Implementation of SS7. Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols. Optional operation to comply with Japanese TTC JT-Q703 specification requirements

JT-Q703

Abstract: Q703 MK5027 MK50H25 MK50H27 BSNT
Contextual Info: APPLICATION NOTE Upgrading From MK5027 to MK50H27 by Darin Kincaid The MK50H27 is a pin for pin replacement for the MK5027 with additional features and performance enhancements. Options such as TTC JT-Q703 protocol operation, Receive Signal Unit Timer, and

JT-Q703

Abstract: Q703 MK50H27 MK5027 MK50H25
Contextual Info: APPLICATION NOTE Upgrading From MK5027 to MK50H27 by Darin Kincaid The MK50H27 is a pin for pin replacement for the MK5027 with additional features and performance enhancements. Options such as TTC JT-Q703 protocol operation, Receive Signal Unit Timer, and

uav design

Abstract: uav electronic design uav design specification Q703 32-Bit sipo Shift Register DALI CONTROL water level controller using timer 555 DIP48 MK50H25 MK50H27
Contextual Info: MK50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES Complete Level 2 Implementation of SS7. Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols. Optional operation to comply with Japanese TTC JT-Q703 specification requirements

80386SX

Abstract: DIP48 MK5025 MK5027 MK50H25 Z8000 dali Receiver 80286 instruction
Contextual Info: MK50H25 HIGH SPEED LINK LEVEL CONTROLLER SECTION 1 - FEATURES System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted On chip DMA control with programmable burst

N393

Abstract: DIP48 MK50H25 MK50H27 MK50H28 PLCC52 Z8000 DAL13
Contextual Info: MK50H28 MULTI LOGICAL LINK FRAME RELAY CONTROLLER SECTION 1 - FEATURES Based on ITU Q.933 Annex A and T1.617 Annex D Standards for Frame Relay Service and Additional Pocedures for Permanent Virtual Circuits PVCs . Optional Transparent Mode (no LMI Protocol

MK5025

Abstract: MK5025Q MK50H25 MK50H25Q MK50H25Q16 MK50H27
Contextual Info: APPLICATION NOTE Upgrading From MK5025 to MK50H25 by Darin Kincaid The MK50H25 is a pin for pin replacement for the MK5025 with additional features and performance enhancements. Options such as on-chip watch dog timers and pass through of bad CRCs are available

DIP48

Abstract: MK50H25 MK50H27 MK50H28 PLCC52 Z8000 BCNT
Contextual Info: MK50H28 MULTI LOGICAL LINK FRAME RELAY CONTROLLER SECTION 1 - FEATURES Based on ITU Q.933 Annex A and T1.617 Annex D Standards for Frame Relay Service and Additional Pocedures for Permanent Virtual Circuits PVCs . Optional Transparent Mode (no LMI Protocol

uav design specification

Abstract: water filling station circuit diagram DALI CONTROL logical block diagram of 80286 uav electronic design water level controller using timer 555 8086 microprocessor pin description control data bus for 80286 uav design z80 cio
Contextual Info: MK50H25 HIGH SPEED LINK LEVEL CONTROLLER ADVANCE DATA SECTION 1 - FEATURES System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted On chip DMA control with programmable burst

80486 microprocessor pin out diagram

Abstract: architecture of 80486 microprocessor DIP48 MK50H25 MK50H27 MK50H28 Z8000 JT-Q703
Contextual Info: S G S -T H O M S O N ^ D g W [llL i ¥ ^ (Q K 5 0 © S M K 5 0 H 2 7 Signalling System 7 Link Controller SECTION 1 - FEATURES Complete Level 2 Implementation of SS7. Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols.

SRS 4451

Contextual Info: / = T S G S -T H O M S O N MK50H25 HIGHSPEED LINK LEVEL CONTROLLER ADVANCE DATA SECTION 1 - FEATURES • System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25- 16). ■ Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted

Contextual Info: H ZT ^7 M S G S -T H O M S O N M fg M ir a F M R Ä S M K50H27 Signalling System 7 Link Controller SECTION 1 - FEATURES • Complete Level 2 Implementation of SS7. ■ Compatible with 1988 CCITT, AT&T, ANSI, and Bellcore Signalling System Number 7 link level protocols.

MK5025

Abstract: MK5025Q MK50H25 MK50H25Q MK50H25Q16 MK50H27
Contextual Info: APPLICATION NOTE Upgrading From MK5025 to MK50H25 by Darin Kincaid The MK50H25 is a pin for pin replacement for the MK5025 with additional features and performance enhancements. Options such as on-chip watch dog timers and pass through of bad CRCs are available

Contextual Info: r= 7 * • 1 /, S G S 'T H O M S O N MK50H25 M is œ U E ig T M O e i HIGHSPEED LINK LEVEL CONTROLLER AD VA N C E DATA SECTION 1 - FEATURES • System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). ■ Data rate up to 20 Mbps continuous

80386SX

Abstract: DIP48 MK5025 MK5027 MK50H25 Z8000 dali power supply circuit diagram dali master many
Contextual Info: MK50H25 HIGH SPEED LINK LEVEL CONTROLLER SECTION 1 - FEATURES System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted On chip DMA control with programmable burst

DIP48

Abstract: MK50H25 MK50H27 MK50H28 PLCC52 Z8000
Contextual Info: MK50H28  MULTI LOGICAL LINK FRAME RELAY CONTROLLER SECTION 1 - FEATURES Based on ITU Q.933 Annex A and T1.617 Annex D Standards for Frame Relay Service and Additional Pocedures for Permanent Virtual Circuits PVCs . Optional Transparent Mode (no LMI Protocol

dali

Abstract: DALI CONTROL DAL12
Contextual Info: MK50H25 HIGH SPEED LINK LEVEL CONTROLLER ADVANCE DATA SECTION 1 - FEATURES System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted On chip DMA control with programmable burst

DALI rc BASIC SO

Contextual Info: SGS-THOMSON MK50H25 HIGHSPEED LINK LEVEL CONTROLLER ADVANCE DATA SECTION 1 - FEATURES • System clock rate up to 33 MHz MK50H25 33 , 25 MHz (MK50H25 - 25), or 16 MHz (MK50H25 - 16). ■ Data rate up to 20 Mbps continuous (MK50H25 - 33) or up to 51 Mbps bursted

MK50H27

Abstract: MK5025 MK5025Q MK50H25 MK50H25Q MK50H25Q16
Contextual Info: APPLICATION NOTE Upgrading From MK5025 to MK50H25 by Darin Kincaid The MK50H25 is a pin for pin replacement for the MK5025 with additional features and performance enhancements. Options such as on-chip watch dog timers and pass through of bad CRCs are available