CLCC 48 SOCKET Search Results

CLCC 20 SOCKET

Abstract: CLCC 48 SOCKET 48 pin clcc footprint clcc 44 socket
Contextual Info: PA-H8/325-68x Data Sheet 68 pin PLCC socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction These adapters allow EPROM programming of several Hitachi 68 pin H8/32x devices in their PLCC, CLCC or LCC packages on 28 pin DIP programmers.

CLCC 48 SOCKET

Abstract: HS538ESC02H
Contextual Info: PA-H8/536-84 Z Data Sheet 84 pin PLCC socket/32 pin DIP 0.6” plug Supported Device/Footprints Adapter Parts & Part Numbers These adapters allow EPROM programming of Hitachi H8/536 devices in their PLCC or LCC packages on 32 pin DIP programmers. The following chart shows the various socket and board part

Contextual Info: PA552-68 Z Data Sheet 68 pin PLCC socket/40 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction Using this adapter, several 68 pin microcontrollers in either PLCC or CLCC package can be programmed 40 pin DIP programmers The adapter is made up of 2 sub-assemblies. They assemble via

Contextual Info: PA51GB-68 Z Data Sheet 68 pin PLCC socket/40 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction Using this adapter, the Intel 87C51GB microcontroller in either PLCC or CLCC package can be programmed on 40 pin DIP programmers capable of programming an 87C52.

48 pin clcc footprint

Abstract: CLCC-48 footprint
Contextual Info: PA-MACH68 Z Data Sheet 68 pin PLCC socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction Using this adapter, the AMD MACH120 & 220 in either PLCC or CLCC package can be programmed on DIP programmers. The adapter is made up of 3 sub-assemblies. They assemble via

Contextual Info: PA-V5000-68 Z Data Sheet 68 pin PLCC socket/40 pin DIP 0.6" plug Supported Device/Footprints Adapter Construction Using this adapter, the Atmel ATV5000 in either PLCC or CLCC package can be programmed on 40 pin DIP programmers. The adapter is made up of 3 sub-assemblies. They assemble via

CLCC 84 SOCKET

Abstract: CLCC 64 pins footprint HS538ESC01H CLCC 48 SOCKET H8/532 lcc 28 socket 48 pin clcc footprint 28 PIN lcc socket CLCC 84 clcc 44 socket
Contextual Info: PA-H8/532-84 Z Data Sheet 84 pin PLCC socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Parts & Part Numbers These adapters allow EPROM programming of Hitachi 84 pin H8/53x devices in their PLCC or LCC packages on 28 pin DIP programmers. The following chart shows the various socket and board part

PA-H8/532-84Z

Abstract: H8532-84 532-84Z CLCC 84 SOCKET Hitachi H8/532
Contextual Info: PA-H8/532-84 Z Data Sheet 84 pin PLCC socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Parts & Part Numbers These adapters allow EPROM programming of Hitachi 84 pin H8/53x devices in their PLCC or LCC packages on 28 pin DIP programmers. The following chart shows the various socket and board part

48 pin clcc footprint

Abstract: chipmaster 3000 CLCC 64 pins footprint
Contextual Info: PA1800-68 Z 68 pin PLCC socket/40 pin DIP 0.6" plug Supported Device/Footprints Adapter Wiring Using this adapter, the EP1810 in PLCC or CLCC package can be programmed on the EE Tools AllMax or Logical Devices ChipMaster 2000 & 3000 40 pin DIP programmers.

Contextual Info: PA592-68 Z Data Sheet 68 pin PLCC socket/40 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction Using this adapter, the 87C592 microcontroller in either PLCC or CLCC package can be programmed on 40 pin DIP programmers. The adapter is made up of 3 sub-assemblies. They assemble via

CLCC 48 SOCKET

Contextual Info: PA711E9 Z Data Sheet 52 pin PLCC socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Parts & Part Numbers Using this adapter, the Motorola 68HC711E9 in either PLCC or CLCC package can be programmed on DIP programmers. The following chart shows the various socket and board part

CLCC 48 SOCKET

Contextual Info: NBXDBB017, NBXDBA017, NBXHBA017, NBXSBA017 3.3 V, 156.25 MHz / 312.5 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

Contextual Info: NBXDBB017, NBXDBA017, NBXHBA017, NBXSBA017 3.3 V, 156.25 MHz / 312.5 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

48 pin clcc footprint

Contextual Info: NBXDBB017, NBXDBA017, NBXHBA017, NBXSBA017 3.3 V, 156.25 MHz / 312.5 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

Contextual Info: NBXDBA019, NBXHBA019, NBXSBA019 3.3 V, 125 MHz / 250 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

NBXDBA019

Abstract: NBXDBA019LN1TAG NBXDBA019LNHTAG NBXHBA019LN1TAG NBXHBA019LNHTAG NBXSBA019LN1TAG NBXSBA019LNHTAG
Contextual Info: NBXDBA019, NBXHBA019, NBXSBA019 3.3 V, 125 MHz / 250 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

NBXDBA019LN1TAG

Abstract: NBXDBA019LNHTAG NBXHBA019LN1TAG NBXHBA019LNHTAG NBXSBA019LN1TAG NBXSBA019LNHTAG
Contextual Info: NBXDBA019, NBXHBA019, NBXSBA019 3.3 V, 125 MHz / 250 MHz LVPECL Clock Oscillator The single and dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal and Phase

smd 6x

Abstract: NBXDPA019LN1TAG NBXDPA019LNHTAG
Contextual Info: NBXDPA019 2.5 V / 3.3 V, 125 MHz / 250 MHz LVDS Clock Oscillator The NBXDPA019 dual frequency crystal oscillator XO is designed to meet today’s requirements for 2.5 V and 3.3 V LVDS clock generation applications. The device uses a high Q fundamental

48 pin clcc footprint

Abstract: MIL-STD-833 NBXDPA017LNHTAG NBXDPA017LN1TAG NBXDPA017LUHTAG CLCC-48 footprint
Contextual Info: NBXDPA017 2.5 V / 3.3 V, 156.25 MHz / 312.5 MHz LVDS Clock Oscillator The NBXDPA017 dual frequency crystal oscillator XO is designed to meet today’s requirements for 2.5 V and 3.3 V LVDS clock generation applications. The device uses a high Q fundamental

HW-137-DIP8

Abstract: XC9500XL CSP-48 HQFP-208 PLCC20 PLCC20 package plcc20 socket PLCC44 socket PLCC-84 tqfp 44 socket
Contextual Info: HW-130 Programmer R November 27, 1998 Version 1.4 8* Device and Package Support Programming Socket Adapters • • • • XC1700 Serial PROMs XC9500 CPLDs Supports all Xilinx package types • Programmer Accessories • • • • • • Universal power supply

Contextual Info: NBXDPA019 2.5 V / 3.3 V, 125 MHz / 250 MHz LVDS Clock Oscillator The NBXDPA019 dual frequency crystal oscillator XO is designed to meet today’s requirements for 2.5 V and 3.3 V LVDS clock generation applications. The device uses a high Q fundamental

Contextual Info: NBXDPA017 2.5 V / 3.3 V, 156.25 MHz / 312.5 MHz LVDS Clock Oscillator The NBXDPA017 dual frequency crystal oscillator XO is designed to meet today’s requirements for 2.5 V and 3.3 V LVDS clock generation applications. The device uses a high Q fundamental

CLCC footprint

Abstract: ic 311 pdf datasheets NBXDBA018LN1TAG NBXDBA018LNHTAG NBXDBB018LN1TAG NBXDBB018LNHTAG
Contextual Info: NBXDBB018, NBXDBA018 3.3 V, 155.52 MHz / 311.04 MHz LVPECL Clock Oscillator The NBXDBB018 dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal

Contextual Info: NBXDBB018, NBXDBA018 3.3 V, 155.52 MHz / 311.04 MHz LVPECL Clock Oscillator The NBXDBB018 dual frequency crystal oscillator XO is designed to meet today’s requirements for 3.3 V LVPECL clock generation applications. The device uses a high Q fundamental crystal