| No. |
Part Name |
Description |
Manufacturer |
| 121 |
B4761D |
Quadruple operational amplifier with Darlington output, internal frequency compensation, possibly equivalent TAA4761A |
RFT |
| 122 |
B4765D |
Quadruple operational amplifier with Darlington output, internal frequency compensation, extended temperature range, possibly equivalent TAA4765A |
RFT |
| 123 |
B555D |
Timer circuit, possibly equivalent LM555CN |
RFT |
| 124 |
B556D |
Dual timer circuit, possibly equivalent LM556CN |
RFT |
| 125 |
B584X |
4-fold reference voltage source (10V; 7.5V; 5V; 2.5V), possibly equivalent AD584 |
RFT |
| 126 |
B589N |
1.23V reference voltage source, possibly equivalent AD589M |
RFT |
| 127 |
B611D |
Operational amplifier with Darlington input, TTL output, possibly equivalent TCA311A |
RFT |
| 128 |
B615D |
Operational amplifier with Darlington input, TTL output, extened temperature range, possibly equivalent TCA315A |
RFT |
| 129 |
B621D |
Operational amplifier with TTL output, possibly equivalent TCA321A |
RFT |
| 130 |
B625D |
Operational amplifier with TTL output, extended temperature area, possibly equivalent TCA325A |
RFT |
| 131 |
B631D |
Operational amplifier with Darlington input and output, external frequency compensation, possibly equivalent TCA331A |
RFT |
| 132 |
B635D |
Operational amplifier with Darlington input and output, external frequency compensation, extended temperature range, possibly equivalent TCA335A |
RFT |
| 133 |
B654D |
Servo motor control circuit, possibly equivalent SN28654N |
RFT |
| 134 |
B761D |
Operational amplifier with Darlington output, external frequency compensation, possibly equivalent TAA761A |
RFT |
| 135 |
B765D |
Operational amplifier with Darlington output, external frequency compensation, extended temperature range, possibly equivalent TAA765A |
RFT |
| 136 |
B861D |
Operational amplifier with Darlington output, external frequency compensation, possibly equivalent TAA861A |
RFT |
| 137 |
B865D |
Operational amplifier with Darlington output, external frequency compensation, extended temperature range, possibly equivalent TAA865A |
RFT |
| 138 |
C500D |
14 bit analog processor (4 ½ digits), possibly equivalent TL500CN |
RFT |
| 139 |
C501D |
11 bit analog processor (3 ½ digits), possibly equivalent TL501CN |
RFT |
| 140 |
C502D |
BCD to 7-segment digital processor (maximum 4 ½ digits), possibly equivalent TL502CN |
RFT |
| 141 |
C520D |
3-digit analog/digital converter, possibly equivalent AD2020 |
RFT |
| 142 |
C560D |
8 bit digital/analog converter, microprocessor compatible, possibly equivalent AD558JD |
RFT |
| 143 |
C565D |
Digital/analog converter, 12 bit accuracy, possibly equivalent AD565JN |
RFT |
| 144 |
C571D |
10 bit analog/digital converter, possibly equivalent AD571JN |
RFT |
| 145 |
C7136D |
32 digit CMOS analog/digital converter, possibly equivalent ICL7136 |
RFT |
| 146 |
D100D |
4 NAND gates with 2 inputs each, possibly equivalent SN7400N |
RFT |
| 147 |
D103D |
4 NAND gates with 2 inputs each, collector open, possibly equivalent SN7403N |
RFT |
| 148 |
D104D |
6 Inverter, possibly equivalent SN7404N |
RFT |
| 149 |
D108D |
4 AND gates with 2 inputs each, possibly equivalent SN7408N |
RFT |
| 150 |
D110D |
3 NAND gates with 3 inputs each, possibly equivalent SN7410N |
RFT |
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