No. |
Part Name |
Description |
Manufacturer |
1 |
1N3063 |
Extremely fast glass passivated silicon switching diode, marking plain text or color rings yellow-orange-black-green |
Texas Instruments |
2 |
1N3604 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-brown or plain text |
Texas Instruments |
3 |
1N3606 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-orange or plain text |
Texas Instruments |
4 |
1N4009 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-yellow or plain text |
Texas Instruments |
5 |
1N4151 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-brown or plain text |
Texas Instruments |
6 |
1N4153 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-orange or plain text |
Texas Instruments |
7 |
1N4154 |
Extremely fast, glass-passivated silicon diode for fast switching applications, marking color ring yellow-brown-green-yellow or plain text |
Texas Instruments |
8 |
1N4305 |
Extremely fast glass passivated silicon switching diode, marking plain text or color rings yellow-orange-black-green |
Texas Instruments |
9 |
1N91 |
Germanium rectifier, extremely low forward voltage drop |
Motorola |
10 |
1N92 |
Germanium rectifier, extremely low forward voltage drop |
Motorola |
11 |
1N93 |
Germanium rectifier, extremely low forward voltage drop |
Motorola |
12 |
2N2639 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
13 |
2N2640 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
14 |
2N2641 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
15 |
2N2642 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
16 |
2N2643 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
17 |
2N2644 |
DUAL NPN Transistor General Purpose, closely matched current gain |
Amelco Semiconductor |
18 |
2N709 |
NPN silicon epitaxial planar transistor, extremely fast switching and ultra high frequency applications |
ICCE |
19 |
2N709A |
NPN silicon epitaxial planar transistor, extremely fast switching and ultra high frequency applications |
ICCE |
20 |
2SK18 |
Silicon N Channel junction dual type (completely separated type) |
TOSHIBA |
21 |
2SK18A |
Silicon N Channel junction dual type (completely separated type) |
TOSHIBA |
22 |
2SK72 |
Silicon N Channel junction dual transistor (completely separated type) |
TOSHIBA |
23 |
A16450 |
Universal asynchronous receiver/transmitter (UART). Uses approximately 372 FLEX logic elements (LEs) |
Altera Corporation |
24 |
A6402 |
Universal asynchronous receiver/transmitter (UART). Uese approximately 162 FLEX logic elements (LEs) |
Altera Corporation |
25 |
A8251 |
Programmable communications interface. Uses approximately 528 FLEX logic elements (LEs) |
Altera Corporation |
26 |
AB-050 |
COMPENSATE TRANSIMPEDANCE AMPLIFIERS INTUITIVELY |
Burr Brown |
27 |
AB-086 |
SWITCH GAINS ACCURATELY WITH THE INA120 |
Burr Brown |
28 |
AB-090 |
FEEDBACK CIRCUIT CLAMPS PRECISELY |
Burr Brown |
29 |
AB-151 |
FOUR-WIRE RTD CURRENT-LOOP TRANSMITTER: Four-Wire Connections to an RTD Allow the RTD to be Remotely Located from Active Circuitry, Yet Maintain Accuracy |
Burr Brown |
30 |
ACD0900 |
The ACD0900 MMIC is a high performance downconverter fabricated entirely in GaAs. |
Anadigics Inc |
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