H24J Search Results

H24 Diode

Contextual Info: CONTROLLED AVALANCHE DIODE H24 OUTLINE DRAWING Color of cathode band H24F 600V H24H(800V) H24J(1000V) 5MAX (0.2) Blue Red Green Cathode band φ 0.8 (0.03) H 29MIN. (1.14) Type 62MIN. (2.44) 29MIN. (1.14) Direction of polarity Unit in mm(inch) Lot mark • Transient surge voltage protection.

Contextual Info: CONTROLLED AVALANCHE DIODE H24 FEATURES OUTLINE DRAWING • Transient surge voltage protection. • Diffused-junction. Glass passivated and encapsulated. ABSOLUTE MAXIMUM RATINGS Items Type H24F H24H H24J 600 800 1000 Repetitive Peak Reverse Voltage V RRM

H24H

Abstract: H24F H24J Hitachi DSA00513
Contextual Info: CONTROLLED AVALANCHE DIODE H24 OUTLINE DRAWING Color of cathode band H24F 600V H24H(800V) H24J(1000V) 5MAX (0.2) Blue Gray Purple Cathode band φ 0.8 (0.03) H 29MIN. (1.14) Type 62MIN. (2.44) 29MIN. (1.14) Direction of polarity Unit in mm(inch) Lot mark • Transient surge voltage protection.

H24F

Abstract: H24H H24J
Contextual Info: CONTROLLED AVALANCHE DIODE H24 OUTLINE DRAWING Color of cathode band H24F 600V H24H(800V) H24J(1000V) Blue Gray Purple φ 0.8 (0.03) H 29MIN. (1.14) Type 5MAX (0.2) • 逆サージパワー吸収用 • 拡散接合形ガラスモールド構造 Cathode band

H24F

Abstract: H24H H24J H24 HITACHI
Contextual Info: CONTROLLED AVALANCHE DIODE H24 OUTLINE DRAWING Color of cathode band H24F 600V H24H(800V) H24J(1000V) 5MAX (0.2) Blue Gray Purple Cathode band φ 0.8 (0.03) H 29MIN. (1.14) Type 62MIN. (2.44) 29MIN. (1.14) Direction of polarity Unit in mm(inch) Lot mark • Transient surge voltage protection.

Contextual Info: CONTROLLED AVALANCHE DIODE • * £ • iSliCiic'a'ffii H y 7 "6 —^ Kt t s i ■FE A T U R E S • Transient surge voltage protection. • Diffused-junction. Glass passivated and encapsulated. ■ABSOLUTE MAXIMUM RATINGS Item s R epetitive P eak Reverse V oltage

mpga479

Abstract: intel 94v-0 MOTHERBOARD MANUAL M25N-2 MPGA479M M26N A139 E1 P22-R22 AB22-AB23 AB24-AB25 AF17-AF18
Contextual Info: Intel® Mobile Processor Micro-FCPGA Socket mPGA479M Design Guidelines November 2001 Revision 1.0 Order Number: 298520-001 mPGA479 Socket Design Guidelines, Rev 1.0 R Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual

ha 13483

Abstract: lt424 LT 424 LT 543 IC pin diagram flyback transformer data pin regulation using optoisolator feedback CTX02-13483 VP1-0190 LT1425
Contextual Info: Q M D T iM L [ f ^ E U E & S E Final Electrical Specifications / T LT1424/LT1425 u TECHNOLOGY r r e t Isolated Flyback Switching Regulators M a r c h 1997 F€flTUft€S DCSCfflPTIOfl • No Transform er “Third W inding” or Optoisolator Required ■ ± 5 % Accurate Output Voltage W ithout User Trims

Contextual Info: FI vr IIiV\ #lI.x > » TelecomS tandardProduct Pacific Microelectronics Centre PM4341 T1XC PREUMNARY INFORMATION T1 TRANSCEIVER FEATURES • Integrates a full-featured T1 transceiver in a single device with analog circuitry for receiving and transmitting DSX-1 compatible signals and digital circuitry for

intel mpga478b MOTHERBOARD installation MANUAL

Abstract: 478 SOCKET PIN LAYOUT Intel socket 478 PIN LAYOUT intel mpga478b MOTHERBOARD MANUAL motherboard mPGA478 circuit 478 SOCKET mpga478 MPGA478 SOCKET socket 478 motherboard manual PGA zif socket 478
Contextual Info: R Intel Pentium® 4 Processor 478-Pin Socket mPGA478 Design Guidelines October 2001 Order Number: 249890-002 Intel® Pentium® 4 Processor 478-Pin Socket (mPGA478) R Information in this document is provided in connection with Intel® products. No license, express or implied, by estoppel or otherwise, to any intellectual