No. |
Part Name |
Description |
Manufacturer |
271 |
D348D |
BCD to 7 segment decoder driver with constant current outputs, possibly equivalent SN74LS247N |
RFT |
272 |
D461D |
2x driver for MOS memory, possibly equivalent SN75361N |
RFT |
273 |
D492D |
6 digit drivers, possibly equivalent SN75492N |
RFT |
274 |
DL000D |
4 NAND gates with 2 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS00N |
RFT |
275 |
DL002D |
4 NOR gates with 2 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS02N |
RFT |
276 |
DL003D |
4 NAND gates with 2 inputs each, open collector outputs (TTL low-power Schottky series), possibly equivalent SN74LS03N |
RFT |
277 |
DL004D |
6 inverters (TTL low-power Schottky series), possibly equivalent SN74LS04N |
RFT |
278 |
DL008D |
4 AND gates with 2 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS08N |
RFT |
279 |
DL010D |
3 NAND gates with 3 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS10N |
RFT |
280 |
DL011D |
3 NAND gates with 3 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS11N |
RFT |
281 |
DL014D |
6 Schmitt triggers, inverters (TTL low-power Schottky series), possibly equivalent SN74LS14N |
RFT |
282 |
DL020D |
2 NAND gates with 4 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS20N |
RFT |
283 |
DL021D |
2 AND gates with 4 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS21N |
RFT |
284 |
DL030D |
1 NAND gate with 8 inputs (TTL low-power Schottky series), possibly equivalent SN74LS30N |
RFT |
285 |
DL032D |
4 OR gates with 2 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS32N |
RFT |
286 |
DL037D |
4 NAND power gates with 2 inputs (TTL low-power Schottky series), possibly equivalent SN74LS37N |
RFT |
287 |
DL038D |
4 NAND power gates with 2 inputs, open collector exits (TTL low-power Schottky series), possibly equivalent SN74LS38N |
RFT |
288 |
DL040D |
2 NAND power gates with 4 inputs (TTL low-power Schottky series), possibly equivalent SN74LS40N |
RFT |
289 |
DL051D |
2 AND/NOR gates with 2 x 2 or 2 x 3 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS51N |
RFT |
290 |
DL074D |
2 positiv D-Flip-Flop (TTL low-power Schottky series), possibly equivalent SN74LS74N |
RFT |
291 |
DL083D |
4 binary full adder (TTL low-power Schottky series), possibly equivalent SN74LS83N |
RFT |
292 |
DL086D |
4 exclusive OR gates with 2 inputs each (TTL low-power Schottky series), possibly equivalent SN74LS86N |
RFT |
293 |
DL090D |
Decadal counter (TTL low-power Schottky series), possibly equivalent SN74LS90N |
RFT |
294 |
DL093D |
4 bit-Dual (TTL low-power Schottky series), possibly equivalent SN74LS93N |
RFT |
295 |
DL112D |
Dual JK negative triggered flip-flop (TTL low-power Schottky series), possibly equivalent SN74LS112N |
RFT |
296 |
DL123D |
2 monostabile multivibrator (TTL low-power Schottky series), possibly equivalent SN74LS123N |
RFT |
297 |
DL132D |
4 x Trigger Schmitt, NAND gate, 2 inputs (TTL low-power Schottky series), possibly equivalent SN74LS132N |
RFT |
298 |
DL155D |
2 x 2 bit binary decoder/demultiplexer (TTL low-power Schottky series), possibly equivalent SN74LS155N |
RFT |
299 |
DL164D |
8 bit shift register with parallel output and reset input (TTL low-power Schottky series), possibly equivalent SN74LS164N |
RFT |
300 |
DL175D |
4 bit bistable latch circuit (TTL low-power Schottky series), possibly equivalent SN74LS175N |
RFT |
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