DT STRAIGHT FOXCONN Search Results

F4A3

Abstract: foxconn dt foxconn dt 25
Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

foxconn dt

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles; DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles; DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

foxconn dt 25

Abstract: DT STRAIGHT foxconn
Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Contact Engagement Force: 0.34kg (0.75Lb) max. Contact Separation Force: 0.021kg (0.05Lb) min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch

Contextual Info: D-SUB Connector SPECIFICATIONS DT Seri es Straight Type, T/H 2.77mm [.109] Pitch 9 Pos. Mechanical Contact Mating Force: 4.54kgf max. Contact Unmating Force: 0.34kgf min. Contact Retention Force: 0.91kgf min. Electrical Current Rating: 2.0A Contact Resistance: 30mΩ max.

Contextual Info: D-SUB Connector SPECIFICATIONS DT Seri es Straight Type, T/H 2.77mm [.109] Pitch 9 Pos. Mechanical Contact Mating Force: 4.54kgf max. Contact Unmating Force: 0.34kgf min. Contact Retention Force: 0.91kgf min. Electrical Current Rating: 2.0A Contact Resistance: 30mΩ max.

Contextual Info: D-SUB Connector SPECIFICATIONS DT Seri es Straight Type, T/H 2.77mm [.109] Pitch 9 Pos. Mechanical Contact Mating Force: 4.54kgf max. Contact Unmating Force: 0.34kgf min. Contact Retention Force: 0.91kgf min. Electrical Current Rating: 2.0A Contact Resistance: 30mΩ max.

Contextual Info: D-SUB Connector SPECIFICATIONS DT Seri es Straight Type, T/H 2.77mm [.109] Pitch 9 Pos. Mechanical Contact Mating Force: 4.54kgf max. Contact Unmating Force: 0.34kgf min. Contact Retention Force: 0.91kgf min. Electrical Current Rating: 2.0A Contact Resistance: 30mΩ max.

DT STRAIGHT foxconn

Abstract: DT00
Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 1.82kg 4.04Lb min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch 9 Pos. Electrical Current Rating: 3A Contact Resistance:35mΩ max. Dielectric Withstanding Voltage: 1000V AC/1min min.

DT STRAIGHT foxconn

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch 25 Pos. Electrical Current Rating: 5A Contact Resistance:25mΩ max. Dielectric Withstanding Voltage: 1000V AC/1min min.

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Retention Force: 0.91kg 2.00Lb min. Durability: 500 Cycles DT Series Straight Angle Type, T/H 2.77mm [.109"] Pitch 25 Pos. Electrical Current Rating: 5A Contact Resistance:25mΩ max. Dielectric Withstanding Voltage: 1000V AC/1min min.

DT STRAIGHT foxconn

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Mating Force: 3.1kg 6.5Lb max. Contact Unmating Force: 0.2kg (0.4Lb) min. Contact Retention Force: 0.91kg (2.0Lb) min. DT Series Vertical Type, T/H 2.77mm [.109”] Pitch 9 Pos. Electrical Current Rating: 2.0A

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Mating Force: 3.1kg 6.5Lb max. Contact Unmating Force: 0.2kg (0.4Lb) min. Contact Retention Force: 0.91kg (2.0Lb) min. DT Series Vertical Type, T/H 2.77mm [.109”] Pitch 9 Pos. Electrical Current Rating: 2.0A

Contextual Info: SPECIFICATIONS D-SUB Connector Mechanical Contact Mating Force: 3.1kg 6.5Lb max. Contact Unmating Force: 0.2kg (0.4Lb) min. Contact Retention Force: 0.91kg (2.0Lb) min. DT Series Vertical Type, T/H 2.77mm [.109”] Pitch 9 Pos. Electrical Current Rating: 2.0A

INVERTER BOARD Asus A6

Abstract: ati rage 128 amc ver 2.0 Asus PC MOTHERBOARD CIRCUIT schematic asus notebook 3220 schematic lcd inverter ASUS asus a4 INVERTER BOARD REV 2.0 R5C475 Asus PC MOTHERBOARD CIRCUIT MANUAL INVERTER BOARD Asus F3 asus notebook schematic diagram free
Contextual Info: 1 2 3 Notebook Computer Service Manual 4 5 6 3220/3420/3620 7 8 i Preface NOTICE The company reserves the right to revise this publication or to change its contents without notice. Information contained herein is for reference only and does not constitute a commitment on the part of the manufacturer or any

CM16C550P

Abstract: 4.7 uf/50v smd capacitor sad1 diode smd NPN CD100 transistor SPER 1A1 C4 0.1 uf/50v smd capacitor DIALCO C01100 cm16c550pe TRAY DAEWON TSOP
Contextual Info: Rev. 2.1 i960 Rx I/O Processor Design Guide November, 1997 Order Number: 273004-002 Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document. Except as provided in Intel’s Terms and Conditions of

foxconn 241

Abstract: TRANSISTOR FS 2025 pentium 4 motherboard CIRCUIT diagram intel pentium 4 motherboard schematic diagram ferrite transformer power for power supply atx INTEL 82550 transformer bck 28 9934 power supply ATX12v SCHEMATICS intel pentium 3 motherboard schematic diagram pentium 4 motherboard schematic diagram
Contextual Info: R Intel Pentium® 4 Processor / Intel® 850 Chipset Platform Design Guide August 2001 Document Number: 298245 -003 ® ® ® Intel Pentium 4 Processor / Intel 850 Chipset Platform R Information in this document is provided in connection with Intel® products. No license, express or implied, by estoppel or otherwise, to any intellectual

d9258

Abstract: d92580 Loctite 7452 82X38 AVC cool indium paste TT-T-36 5SRTC-TT-T36-72 FLUKE 79 42SN
Contextual Info: Intel X38 Express Chipset Thermal and Mechanical Design Guidelines — For the Intel® 82X38 Memory Controller Hub MCH September 2007 Revision -001 Document Number: 317612-001 INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL® PRODUCTS. NO LICENSE, EXPRESS OR

82801 g SCHEMATIC DIAGRAM

Abstract: pci riser schematics intel design guide intel MOTHERBOARD pcb design in foxconn 241 pc motherboard schematics Non Pipelined Processor LM 48630 rt2860 ICH2
Contextual Info: R Intel Xeon Processor and Intel® 860 Chipset Platform Design Guide October 2001 Document Number: 298252-002 R Information in this document is provided in connection with Intel® products. No license, express or implied, by estoppel or otherwise, to any intellectual

intel 845 crb schematics

Abstract: intel 915 motherboard schematic intel 845 crb intel 915 MOTHERBOARD pcb CIRCUIT diagram 82801 g SCHEMATIC DIAGRAM transistor 114 845 MOTHERBOARD display problems CIRCUIT diagram intel 845 crb schematic INTEL 845 MOTHERBOARD CIRCUIT diagram rt2860
Contextual Info: R h Intel Xeon Processor and Intel® 860 Chipset Platform Design Guide Document Number: 298252-004 R ® Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual

e/15-16M

Contextual Info: Preliminary Information AMDÌ1 A M D - 751" System Controller Data Sheet Publication #21910 Rev:D Issue Date: August 1999 H D25 752 5 OObaOBt. b l S 1999 Advanced Micro Devices, Inc. A ll rights reserved. T he c o n te n ts of th is d o cu m en t a re p ro v id ed in co n n ectio n w ith A d v an ced