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Datasheets for 20 I

Datasheets found :: 357
Page: | 1 | 2 | 3 | 4 | 5 |
No. Part Name Description Manufacturer
1 2SD1585 Trans GP BJT NPN 60V 3A 3-Pin(3+Tab) TO-220 Isolated New Jersey Semiconductor
2 AN137 The X9520 in Fibre Channel / Gigabit Ethernet Applications Xicor
3 AN1436 CHANGING FROM THE ST95010/ST95020 TO THE M95010/M95020 IN YOUR APPLICATION USING A SIMPLE RECOGNITION METHOD SGS Thomson Microelectronics
4 BGB420 Silicon MMICs - Mirror-Biased BFP 420 in SIEGET 25 Technology, Icmax = 30mA, SOT343 Infineon
5 EPM7256AETC144-10 Programmable logic , 256 macrocells, 16 logic array blocks, 120 I/O pins, 10ns Altera Corporation
6 EPM7256AETC144-5 Programmable logic , 256 macrocells, 16 logic array blocks, 120 I/O pins, 5ns Altera Corporation
7 EPM7256AETC144-7 Programmable logic , 256 macrocells, 16 logic array blocks, 120 I/O pins, 7ns Altera Corporation
8 EPM7256AETI144-7 Programmable logic , 256 macrocells, 16 logic array blocks, 120 I/O pins, 7ns Altera Corporation
9 EPM7512AETC144-10 Programmable logic , 512 macrocells, 32 logic array blocks, 120 I/O pins, 10ns Altera Corporation
10 EPM7512AETC144-12 Programmable logic , 512 macrocells, 32 logic array blocks, 120 I/O pins, 12ns Altera Corporation
11 EPM7512AETC144-7 Programmable logic , 512 macrocells, 32 logic array blocks, 120 I/O pins, 7ns Altera Corporation
12 GMKPG 1100-220 IBY MKP-DC Filter Capacitors, Tubular Case, Type GMKPg110-220IBY Vishay
13 HCS320 The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low Microchip
14 HCS320-I/P The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s ... Microchip
15 HCS320-I/SN The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s ... Microchip
16 HCS320/P The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s ... Microchip
17 HCS320/SN The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s ... Microchip
18 KT830L11 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. Optek Technology
19 KT830L15 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. Optek Technology
20 KT830L51 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. Optek Technology
21 KT830L55 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells . Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .050 inches. Optek Technology
22 KT830W11 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. Optek Technology
23 KT830W15 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. Optek Technology
24 KT830W51 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. Optek Technology
25 KT830W55 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .050 inches. Optek Technology
26 KT831L15 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. Optek Technology
27 KT831L51 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. Optek Technology
28 KT831L55 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .050 inches. Optek Technology
29 KT831W15 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. Optek Technology
30 KT831W51 Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. Optek Technology


Datasheets found :: 357
Page: | 1 | 2 | 3 | 4 | 5 |



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