No. |
Part Name |
Description |
Manufacturer |
181 |
T2706B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
182 |
T2706D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
183 |
T2716B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
184 |
T2716D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
185 |
T2806B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
186 |
T2806D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
187 |
T4106B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
188 |
T4106D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
189 |
T4107B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
190 |
T4107D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
191 |
T4116B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
192 |
T4116D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
193 |
T4117B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
194 |
T4117D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
195 |
T4706B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
196 |
T4706D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
197 |
T6406B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
198 |
T6406D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
199 |
T6406M |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
200 |
T6407B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
201 |
T6407D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
202 |
T6407M |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
203 |
T6416B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
204 |
T6416D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
205 |
T6416M |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
206 |
T6417B |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
207 |
T6417D |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
208 |
T6417M |
Silicon Triacs designed for use with IC zero-voltage switches as triggering circuits |
RCA Solid State |
209 |
TC1014 |
The TC1014, TC1015, and TC1185 are high accuracy (typically ±0.5%) CMOS upgrades for older (bipolar) low dropout regulators such as the LP2980. Designed specifically for battery-operated systems, the devices’ CMOS construction e |
Microchip |
210 |
TC1015 |
The TC1014, TC1015, and TC1185 are high accuracy (typically ±0.5%) CMOS upgrades for older (bipolar) low dropout regulators such as the LP2980. Designed specifically for battery-operated systems, the devices’ CMOS construction e |
Microchip |
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