No. |
Part Name |
Description |
Manufacturer |
3901 |
MM5000 |
PNP germanium high-frequency transistor designed for use in low-noise, high-gain VHF/UHF amplifiers |
Motorola |
3902 |
MM5001 |
PNP germanium high-frequency transistor designed for use in low-noise, high-gain VHF/UHF amplifiers |
Motorola |
3903 |
MM5002 |
PNP germanium high-frequency transistor designed for use in low-noise, high-gain VHF/UHF amplifiers |
Motorola |
3904 |
MM8002 |
NPN silicon high-frequency transistor designed for CATV amplifier, suitable for use as output driver or pre-driver stages in VHF and UHF equipment |
Motorola |
3905 |
MM8003 |
NPN silicon high-frequency transistor designed for high-frequency CATV amplifier applications |
Motorola |
3906 |
MMCM2857 |
NPN Silicon micro-miniature transistor designed for high-gain, low-noise amplifier, oscillator and mixer applications |
Motorola |
3907 |
MMCM3798 |
PNP Silicon micro-miniature transistor designed for low-level, low-noise amplifier applications |
Motorola |
3908 |
MMCM3799 |
PNP Silicon micro-miniature transistor designed for low-level, low-noise amplifier applications |
Motorola |
3909 |
MMD6050 |
Silicon epitaxial micro-miniature switching diodes - single, series and dual diodes designed for general-purpose, high-speed switching applications |
Motorola |
3910 |
MMD6100 |
Silicon epitaxial micro-miniature switching diodes - single, series and dual diodes designed for general-purpose, high-speed switching applications |
Motorola |
3911 |
MMD6150 |
Silicon epitaxial micro-miniature switching diodes - single, series and dual diodes designed for general-purpose, high-speed switching applications |
Motorola |
3912 |
MMD7000 |
Silicon epitaxial micro-miniature switching diodes - single, series and dual diodes designed for general-purpose, high-speed switching applications |
Motorola |
3913 |
MMPQ2369 |
NPN Switching Transistor [Not recommended for new designs] |
Fairchild Semiconductor |
3914 |
MMT2222 |
NPN silicon annular micro-miniature transistor designed for high-speed switching circuits and DC to VHF amplifier applications |
Motorola |
3915 |
MMT2484 |
NPN silicon annular micro-miniature transistor designed for low-level, low noise amplifier applications |
Motorola |
3916 |
MMT918 |
NPN silicon annular micro-miniature transistor designed for VHF and UHF amplifier, mixer and oscillator applications |
Motorola |
3917 |
MMT930 |
NPN silicon annular micro-miniature transistor designed for low-level, low noise amplifier applications |
Motorola |
3918 |
MODEL 23 |
Multidail 10mm Turns 30.6mm Dia, Projecting Design |
Vishay |
3919 |
MODEL 23 |
Multidial 10 Turns 30.6mm Dia Projecting Design |
Vishay |
3920 |
MODEL 26 |
Multidial 10 Turns 30.6mm Dia, Recessed Design |
Vishay |
3921 |
MODEM DESIGN |
Troubleshooting the Modem Design |
Silicon Systems |
3922 |
MODEM DESIGN |
Troubleshooting the Modem Design |
Silicon Systems |
3923 |
MP110 |
PNP germanium power transistor designed for high-gain power amplification in the audio range |
Motorola |
3924 |
MP1410 |
The Compaq projector designed to fit any budget |
etc |
3925 |
MP1613 |
Medium-current germanium PNP power transistor, designed for use in 12 Volt vertical deflection circuits in television receivers |
Motorola |
3926 |
MP2000A |
PNP Alloy-Diffused Epitaxial Germanium power transistor designed for high-voltage switching, core drivers and power converter applications |
Motorola |
3927 |
MP2100A |
PNP Alloy-Diffused Epitaxial Germanium power transistor designed for high-voltage switching, core drivers and power converter applications |
Motorola |
3928 |
MP2200A |
PNP Alloy-Diffused Epitaxial Germanium power transistor designed for high-voltage switching, core drivers and power converter applications |
Motorola |
3929 |
MP2300A |
PNP Alloy-Diffused Epitaxial Germanium power transistor designed for high-voltage switching, core drivers and power converter applications |
Motorola |
3930 |
MP2400A |
PNP Alloy-Diffused Epitaxial Germanium power transistor designed for high-voltage switching, core drivers and power converter applications |
Motorola |
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