No. |
Part Name |
Description |
Manufacturer |
1 |
0912-25 |
25 W, 50 V internally matched, common base transistor |
Acrian |
2 |
0912-25-2 |
25 W, 50 V internally matched, common base transistor |
Acrian |
3 |
0912-25-3 |
25 W, 50 V internally matched, common base transistor |
Acrian |
4 |
0912-45 |
45 W, 50 V internally matched, common base transistor |
Acrian |
5 |
0912-45-2 |
45 W, 50 V internally matched, common base transistor |
Acrian |
6 |
0912-45-3 |
45 W, 50 V internally matched, common base transistor |
Acrian |
7 |
0912-7 |
7 W, 50 V internally matched, common base transistor |
Acrian |
8 |
0912-7-2 |
7 W, 50 V internally matched, common base transistor |
Acrian |
9 |
0912-7-3 |
7 W, 50 V internally matched, common base transistor |
Acrian |
10 |
2017 |
28 and 48W true hermetically sealed proportionally controlled metal package heater hybrid |
Micropac Industries |
11 |
2023-1 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
12 |
2023-3 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
13 |
2023-6 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
14 |
2032 |
28 and 48W true hermetically sealed proportionally controlled metal package heater hybrid |
Micropac Industries |
15 |
2327-1 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
16 |
2327-3 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
17 |
2327-5 |
Is an internally-matched device (transistor) decifically designed for 2GHz telecommunications and telemetry applications |
SGS Thomson Microelectronics |
18 |
37LV128 |
Note:This product has become 'Obsolete' and is no longer offered as a viable device.37LV128 is a Serial OTP EPROM device organized internally in a x32 configuration with 131,072 bits and 4096x32 programming word. The 37LV128 is suitable fo |
Microchip |
19 |
37LV36 |
Note:This product has become 'Obsolete' and is no longer offered as a viable device.37LV36 is a Serial OTP EPROM device organized internally in a x32 configuration with 36,288 bits and 1134x32 programming word. The 37LV36 is suitable for m |
Microchip |
20 |
37LV65 |
Note:This product has become 'Obsolete' and is no longer offered as a viable device.37LV36 is a Serial OTP EPROM device organized internally in a x32 configuration with 65,536 bits and 2048x32 programming word. The 37LV36 is suitable for m |
Microchip |
21 |
51974 |
True Hermetically Sealed Proportionally Controlled Heater Hybrids |
Micropac Industries |
22 |
52228-B |
50V; 40 and 50W true hermetically sealed proportionally controlled metal package heater hybrid |
Micropac Industries |
23 |
52250-2 |
50V; 40 and 50W true hermetically sealed proportionally controlled metal package heater hybrid |
Micropac Industries |
24 |
52280 |
True Hermetically Sealed Proportionally Controlled Metal Package Heater Hybrids |
Micropac Industries |
25 |
903 |
Linear Circuit Amplifier UHF, pin 6 is internally connected to case |
Amelco Semiconductor |
26 |
903BR |
Linear Circuit Amplifier UHF, pin 6 is internally connected to case |
Amelco Semiconductor |
27 |
903CR |
Linear Circuit Amplifier UHF, pin 6 is internally connected to case |
Amelco Semiconductor |
28 |
911B |
Linear Circuit RF/IF amplifier, pin 5 is internally connected to case |
Amelco Semiconductor |
29 |
911C |
Linear Circuit RF/IF amplifier, pin 5 is internally connected to case |
Amelco Semiconductor |
30 |
911CE |
Linear Circuit RF/IF amplifier, pin 5 is internally connected to case |
Amelco Semiconductor |
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