No. |
Part Name |
Description |
Manufacturer |
1 |
174CQY |
Solid-state photo-relays consisting of a GaAs electroluminiscent diode and a silicon n-p-n photo-transistor |
Mullard |
2 |
BAV40 |
Multiple Diode, diode array consisting of 8 silicon planar epitaxial diodes |
Philips |
3 |
BFY90 |
NPN silicon epitaxial planar RF transistor, 1.4GHz transistion frequency |
ICCE |
4 |
CQY13 |
Solid-state photo-relays consisting of a GaAs electroluminiscent diode and a silicon n-p-n photo-transistor |
Mullard |
5 |
CQY23 |
Solid-state photo-relays consisting of a GaAs electroluminiscent diode and a silicon n-p-n photo-transistor |
Mullard |
6 |
FJH261/7442N |
BCD-to-decimal decoder consisting of eight inverters and ten 4-input NAND gates |
Mullard |
7 |
FJJ151/7491AN |
8-bit shift register consisting of eight R-S master-slave flip-flops with input gating and clock driver |
Mullard |
8 |
FJJ271 |
8-bit shift register consisting of eight R-S master-slave flip-flops with input gating and clock driver |
Mullard |
9 |
MMF1 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=300µAdc |
Motorola |
10 |
MMF2 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=750µAdc |
Motorola |
11 |
MMF3 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=300µAdc |
Motorola |
12 |
MMF4 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=750µAdc |
Motorola |
13 |
MMF5 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=300µAdc |
Motorola |
14 |
MMF6 |
Matched silicon N-Channel junction field-effect transistors consisting of two individual MFE2003 device types, Matched ID=750µAdc |
Motorola |
15 |
NDP603AL_NL |
N-Channel Logic Level Enhancement Mode Field Effect Transistior |
Fairchild Semiconductor |
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