No. |
Part Name |
Description |
Manufacturer |
31 |
1N4004 |
Silicon diffusion diode for low power general applications |
AEG-TELEFUNKEN |
32 |
1N4004 |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
33 |
1N4004G |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
34 |
1N4005 |
Silicon diffusion diode for low power general applications |
AEG-TELEFUNKEN |
35 |
1N4005 |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
36 |
1N4005G |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
37 |
1N4006 |
Silicon diffusion diode for low power general applications |
AEG-TELEFUNKEN |
38 |
1N4006 |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
39 |
1N4006G |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
40 |
1N4007 |
Silicon diffusion diode for low power general applications |
AEG-TELEFUNKEN |
41 |
1N4007 |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
42 |
1N4007G |
Rectifiers(Rugged glass package, using a high temperature alloyed construction) |
Philips |
43 |
1N459 |
Glass passivated silicon switching diode with high breaking voltage, marking using plain text or color rings yellow-green-white |
Texas Instruments |
44 |
1SS97 |
Double balanced mixer using NEEC's schottky barrier diode 1SS97 or 1SS99 - Application Note |
NEC |
45 |
1SS97 |
Characteristics of 2GHz band mixer using-1SS97, 1SS98 and 1SS99 Aplication Note |
NEC |
46 |
1SS98 |
Characteristics of 2GHz band mixer using-1SS97, 1SS98 and 1SS99 Aplication Note |
NEC |
47 |
1SS99 |
Double balanced mixer using NEEC's schottky barrier diode 1SS97 or 1SS99 - Application Note |
NEC |
48 |
1SS99 |
Characteristics of 2GHz band mixer using-1SS97, 1SS98 and 1SS99 Aplication Note |
NEC |
49 |
22SC5405 |
Silicon NPN triple diffusion planar type |
Panasonic |
50 |
2N4957 |
Application Note - UHF amplifier design using data sheet design curves |
Motorola |
51 |
2N5016 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
52 |
2N5470 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
53 |
2N5919 |
UHF Power Generation Using RF Power Transistor - Application Note |
RCA Solid State |
54 |
2N5942 |
Application Note - Broadband Linear Power Amplifiers using Push-Pull transistors |
Motorola |
55 |
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 |
56 |
2N6266 |
10-, 16-, 30-, and 60-Watt Broadband (620-to-960-MHz) Power Amplifiers Using the RCA-2N6266 and 2N6267 Microwave Power Transistors - App. Note |
RCA Solid State |
57 |
2N6267 |
10-, 16-, 30-, and 60-Watt Broadband (620-to-960-MHz) Power Amplifiers Using the RCA-2N6266 and 2N6267 Microwave Power Transistors - App. Note |
RCA Solid State |
58 |
2SA1871 |
High-speed high-voltage switching PNP 3-diffusion trans |
NEC |
59 |
2SB1645 |
Silicon PNP triple diffusion planar type Darlington(For power amplification) |
Panasonic |
60 |
2SB1653 |
Silicon PNP triple diffusion planar type(For power switching) |
Panasonic |
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