| No. |
Part Name |
Description |
Manufacturer |
| 61 |
2N3805A |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 62 |
2N3806 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 63 |
2N3807 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 64 |
2N3808 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 65 |
2N3809 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 66 |
2N3810 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 67 |
2N3810A |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 68 |
2N3811 |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 69 |
2N3811A |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 70 |
2N3812 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 71 |
2N3813 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 72 |
2N3814 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 73 |
2N3815 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 74 |
2N3816 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 75 |
2N3816A |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 76 |
2N3817 |
Dual PNP silicon transistor designed for differential amplifier applications, TO-89 case |
Motorola |
| 77 |
2N3817A |
Dual PNP silicon transistor designed for differential amplifier applications |
Motorola |
| 78 |
2N3821 |
N-channel junction silicon field-effect transistor designed for audio amplifier, chopper and switching applications |
Motorola |
| 79 |
2N3822 |
N-channel junction silicon field-effect transistor designed for audio amplifier, chopper and switching applications |
Motorola |
| 80 |
2N3823 |
Silicon N-channel junction field-effect transistor designed for VHF amplifier and mixer applications |
Motorola |
| 81 |
2N3824 |
N-channel junction silicon field-effect transistor designed for audio amplifier, chopper and switching applications |
Motorola |
| 82 |
2N3839 |
NPN silicon annular small-signal amplifier transistor designed for amplifiers, oscillators and mixers |
Motorola |
| 83 |
2N3866 |
Epitaxial planar NPN transistor designed for VHF-UHF class A, B or C amplifier circuits and oscillator applications |
SGS-ATES |
| 84 |
2N3950 |
NPN silicon RF power transistor designed for high-power RF amplifier applications |
Motorola |
| 85 |
2N3980 |
Silicon annular PN unijunction transistor designed for military and industrial use in pulse, timing, sensing, and oscillator circuits |
Motorola |
| 86 |
2N4012 |
NPN silicon transistor designed for frequency-multiplication applications |
Motorola |
| 87 |
2N4048 |
PNP germanium power transistor designed for high-current applications |
Motorola |
| 88 |
2N4049 |
PNP germanium power transistor designed for high-current applications |
Motorola |
| 89 |
2N4050 |
PNP germanium power transistor designed for high-current applications |
Motorola |
| 90 |
2N4051 |
PNP germanium power transistor designed for high-current applications |
Motorola |
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