No. |
Part Name |
Description |
Manufacturer |
1 |
1202 |
1-1/4 inch rectilinear - Aerospace/Instrumentation --> |
Vishay |
2 |
1240 |
1/4 inch square - Aerospace/Instrumentation --> |
Vishay |
3 |
1260 |
3/8 inch square - Aerospace/Instrumentation --> |
Vishay |
4 |
1401 |
Bulk Metal Foil Technology, 3 Pin Transistor Outline Hermetic Resistor Network - Aerospace/Instrumentation --> |
Vishay |
5 |
1403 |
Bulk Metal Foil Technology, 4 Pin Transistor Outline Hermetic Resistor Network, Smallest Available Miniature Hermetically-Sealed Network - Aerospace/Instrumentation --> |
Vishay |
6 |
1413 |
Bulk Metal Foil Technology, 8 Pin Transistor Outline Hermetic Resistor Network, Ideal for Uncomplicated Networks- Aerospace/Instrumentation --> |
Vishay |
7 |
1417 |
Bulk Metal Foil Technology, 8 Pin Transistor Outline Hermetic Resistor Network, Alternative Layout to Model 1413- Aerospace/Instrumentation --> |
Vishay |
8 |
1419 |
Bulk Metal Foil Technology, 10 Pin Transistor Outline Hermetic Resistor Network, Largest R Capacity of the Smaller TO Series- Aerospace/Instrumentation --> |
Vishay |
9 |
1421 |
Bulk Metal Foil Technology, 12 Pin Transistor Outline Hermetic Resistor Network, Suitable for Ladder Networks, Ideal when Power Dissipation is a Consideration- Aerospace/Instrumentation --> |
Vishay |
10 |
1422 |
Bulk Metal Foil Technology, 16 Pin Transistor Outline Hermetic Resistor Network, Suitable for Ladder Networks, Ideal when Power Dissipation is a Consideration- Aerospace/Instrumentation --> |
Vishay |
11 |
1442 |
Bulk Metal Foil Technology, Dual-In-Line Hermetic Resistor Networks - Aerospace/Instrumentation --> |
Vishay |
12 |
1457 |
Bulk Metal Foil Technology, 18 Pin Dual-In-Line Hermetic Resistor Network - Aerospace/Instrumentation --> |
Vishay |
13 |
1460 |
Bulk Metal Foil Technology, 20 Pin Dual-In-Line Hermetic Resistor Network - Aerospace/Instrumentation --> |
Vishay |
14 |
1461 |
Bulk Metal Foil Technology, Single-In-Line Hermetic Resistor Networks - Aerospace/Instrumentation --> |
Vishay |
15 |
1476 |
Flat Pack - Aerospace/Instrumentation --> |
Vishay |
16 |
1CE-402 |
Operating Considerations for RCA Solid State Devices - Application Note |
RCA Solid State |
17 |
1P1G125QDCKRQ1 |
Q1 - Automotive Catalog Single Bus Buffer Gate with 3-State Output |
Texas Instruments |
18 |
1SS97 |
Double balanced mixer using NEEC's schottky barrier diode 1SS97 or 1SS99 - Application Note |
NEC |
19 |
1SS99 |
Double balanced mixer using NEEC's schottky barrier diode 1SS97 or 1SS99 - Application Note |
NEC |
20 |
2N3866 |
40-Watt Peak-Envelope-Power Trasistor Amplifier for AM Transmitters in the Aircraft Band (118 to 136 MHz) - Application Note |
RCA Solid State |
21 |
2N5016 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
22 |
2N5071 |
Hotspotting in RF Power Transistors - Application Note |
RCA Solid State |
23 |
2N5470 |
The Use of Coaxial-Package Transistors in Microstripline Circuits - Application Note |
RCA Solid State |
24 |
2N5470 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
25 |
2N5919 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
26 |
2N6104 |
Characteristics and Broadband (225-to-400MHz) Applications of the RCA-2N6104 and 2N6105 UHF Power Transistors - App. Note |
RCA Solid State |
27 |
2N6105 |
60- and 100-Watt Broadband (225-to-400-MHz) Push-Pull RF Amplifiers Using RCA-2N6105 VHF/UHF Power Transistors - App. Note |
RCA Solid State |
28 |
2N6105 |
60- and 100-Watt Broadband (225-to-400-MHz) Push-Pull RF Amplifiers Using RCA-2N6105 VHF/UHF Power Transistors - App. Note |
RCA Solid State |
29 |
2N6105 |
Characteristics and Broadband (225-to-400MHz) Applications of the RCA-2N6104 and 2N6105 UHF Power Transistors - App. Note |
RCA Solid State |
30 |
2N6105 |
Hotspotting in RF Power Transistors - Application Note |
RCA Solid State |
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