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Slot 2 bus termination card design guidelines

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Abstract: ® SC242 SC242 Termination Card Design Guidelines November, 1999 Order Number: 245336-001 , owners SC242 SC242 Termination Card Design Guidelines TABLE OF CONTENTS 1. , DOCUMENTS. 12 3 SC242 SC242 Termination Card Design Guidelines 1. INTRODUCTION The Pentium® II and , distribution plane (or trace) to the termination resistors. 4 SC242 SC242 Termination Card Design Guidelines , SC242 SC242 Connector (A1-73 A1-73, B1-73 B1-73) 5 SC242 SC242 Termination Card Design Guidelines RESET_N BREQ_N[1 ... Original
datasheet

14 pages,
79.28 Kb

SC242 B100 B101 B102 B103 B104 B105 B106 a105 transistor MI b11 rpack7 RPack-32 RPack-16 marking A03 MARKING A106 SC242 abstract
datasheet frame
Abstract: E Slot 1 Bus Termination Card Design Guidelines August 1997 Order Number: 243409-002 8 , a 2-way multiprocessor system. Note that there are other ways to implement a bus termination card , termination circuitry for the microprocessor's GTL+ bus. In a 2-way multiprocessor system each end of the bus , processors installed. This document describes design considerations for a termination card to occupy the , 24340901.DOC INTEL CONFIDENTIAL (until publication date) 2. TERMINATION CARD REFERENCE SCHEMATICS ... Original
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14 pages,
159.05 Kb

B101 B102 B103 B104 B105 B106 B107 B108 B109 b24 b03 ON B34 rpack 10 k 9 rpack-2 B100 rpack8 datasheet abstract
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Abstract: E Slot 1 Bus Termination Card Design Guidelines May 1997 Order Number: 243409-001 6/13 , a 2-way multiprocessor system. Note that there are other ways to implement a bus termination card , termination circuitry for the microprocessor's GTL+ bus. In a 2-way multiprocessor system each end of the bus , processors installed. This document describes design considerations for a termination card to occupy the , CONFIDENTIAL (until publication date) E 3.0. GTL+ BUS GUIDELINES The design should follow the ... Original
datasheet

14 pages,
224.87 Kb

RPack-20 B100 B101 B102 B103 B104 B105 B106 B107 B108 B109 rpack 243409 pack of resistors datasheet abstract
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Abstract: plane. 2 7 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines · , Intel® Pentium® II XeonTM Processor Bus Terminator Design Guidelines Release Date: July 1998 Order Number: 243774-001 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines , Bus Terminator Design Guidelines CONTENTS 1.0 , . 3 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines 1. Overview ... Original
datasheet

12 pages,
103.58 Kb

A113 8080 intel microprocessor pin diagram 82450NX A111 A112 440GX A114 A115 A116 A118 b123 450NX 150 ohms resistor pentium II SLOT PINOUT datasheet abstract
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Abstract: plane. 2 7 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines · , Intel® Pentium® II XeonTM Processor Bus Terminator Design Guidelines Release Date: July 1998 Order Number: 243774-001 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines , Bus Terminator Design Guidelines CONTENTS 1.0 , . 3 Intel Pentium ® II XeonTM Processor Bus Terminator Design Guidelines 1. Overview ... Original
datasheet

12 pages,
103.36 Kb

B137 450NX 82450NX A111 A112 A113 A114 A115 A116 A118 440GX datasheet abstract
datasheet frame
Abstract: fingers 1.5V ± 3% when bus is idle Maximum 3.2 Card Layout Guidelines The design should follow AGTL+ , ® Intel® Pentium® III XeonTM Processor Bus Terminator Design Guidelines November, 1999 , Terminator Design Guidelines 1. Overview The Intel Pentium® III XeonTM processor includes termination , locations have processors installed. This document describes design considerations for a termination card to occupy unused connector locations and terminate the bus. These design guidelines include layout ... Original
datasheet

11 pages,
106.79 Kb

a105 transistor A103 A104 A105 A101 A106 A107 A108 A135 450NX 245180 A102 transistor B123 transistor A144 150 ohms resistor datasheet abstract
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Abstract: High-Speed Board Design" 2) PCI Local Bus specification 2.2 section 4.4 "Expansion Board Specification" , that can be used either within an add-in card or on a motherboard. Schematic and Layout Guidelines This section has guidelines for hardware implementation of the Pericom PI7C8152 PI7C8152 PCI-to-PCI Bridge , secondary bus when in external arbiter mode. Finally, route the S_REQ_L[3:0] traces from the PCI slot , Currently the PCI interface is used mainly as an expansion bus to add PCI slots on the system motherboards ... Original
datasheet

4 pages,
1078.38 Kb

REQ64 M66EN pci connector pci pcb layout PI7C8152 pci slot pinout MOTHERBOARD schematic PICMG 2.0 R3.0 clock SECTION OF MOTHERBOARD pci slot pcb layout LAYOUT PCB UPS 12V PI7C8152 abstract
datasheet frame
Abstract: bus is to have PCI connectors, the pin position of the PCI INTx# signals rotate from slot to slot , , so if your design plans to use power management events, bus the PME# signal on the secondary bus , Design" PCI Local Bus specification 2.2 section 4.4 "Expansion Board Specification" [decoupling through , interface is generally used as an expansion bus to add PCI slots onto system motherboards that have wide , used either within an addin card or on a motherboard. Miscellaneous Signal Connections For PI7C8140 PI7C8140 ... Original
datasheet

4 pages,
195.75 Kb

REQ64 PI7C8152 PI7C8140A AN72 clock SECTION OF MOTHERBOARD M66EN ethernet pci pcb layout AN-72 pci slot pinout pci card schematic PI7C8140A abstract
datasheet frame
Abstract: the bus design. A 20-slot BLVDS backplane SPICE model including the backplane half of the connectors , the following: Bus LVDS simplifies and reduces complex termination design required by single-ended , the simulation result for the 20-slot backplane with cards in slots 2-12. The card in slot 2 is the , card in slot 5 driving the bus. The differential waveforms shown are at the inputs to the receivers , BLVDS backplane with slots 1-5 populated. The card in slot 1 drives the bus. Differential receiver ... Original
datasheet

28 pages,
438.97 Kb

SYSTEMS ASSOCIATES DS92LV010 FR4 microstrip stub fr-4 dielectric constant 4.4 535043-4 datasheet abstract
datasheet frame
Abstract: 19-slot backplane bus. The differential voltage drops at slot 10 Figure 2. Simulated 200-Mbps eye , development guidelines for aiding the design of a high-performance system. Backplane signaling technologies , active-low condition of only 0.4 V. The bus termination voltage is reduced to 1.2 V, providing a total , system was constructed with 8-, 19-, and 30-slot bus lengths to demonstrate the capabilities of M-LVDS , 21-slot backplane (2 slots are reserved for power and 19 are used for test cards) that fits into a ... Original
datasheet

9 pages,
1435.13 Kb

SLLA067 EIA-899 datasheet abstract
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Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/products two & tools/design/pentiu~1/applnots/243409.htm
Intel 03/05/1999 2.61 Kb HTM 243409.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v7.htm
Intel 03/05/1999 2.61 Kb HTM 243409-v7.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v7-vx2.htm
Intel 03/02/1999 2.61 Kb HTM 243409-v7-vx2.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v1.htm
Intel 16/02/1998 2.44 Kb HTM 243409-v1.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II processor includes termination circuitry for the microprocessor's GTL+ bus. In a 2-way multiprocessor system each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v2.htm
Intel 31/10/1997 2.44 Kb HTM 243409-v2.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v5.htm
Intel 31/07/1998 2.39 Kb HTM 243409-v5.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II processor includes termination circuitry for the microprocessor's GTL+ bus. In a 2-way multiprocessor system each end of the bus must be properly terminated, whether or not both processor locations (Slot 1 connectors) have processors installed. This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409.htm
Intel 03/08/1997 1.63 Kb HTM 243409.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v3.htm
Intel 30/04/1998 2.39 Kb HTM 243409-v3.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v4.htm
Intel 03/02/1999 2.61 Kb HTM 243409-v4.htm
Slot 1 Bus Termination Card Design Guidelines The Pentium II® processor includes termination circuitry for the microprocessor's GTL + bus. In a 2-way multiprocessor system, each end of the bus must be This document describes design considerations for a termination card to occupy the second Slot 1 connector location which terminates the bus when there is only one processor installed in a 2
www.datasheetarchive.com/files/intel/design/pentiu~1/applnots/243409-v6.htm
Intel 30/10/1998 2.39 Kb HTM 243409-v6.htm