6P3S / 6L6 / 6L6GT . Reflektor . Output Beam Tetrode. Etracer tested. NOS. BOX.
6P3S / 6L6 / 6L6GT . Reflektor . Output Beam Tetrode. 에트라커 테스트 완료. NO. 상자.
| 상품번호 | 168285675637 |
| 상태 | Used |
| 거래유형 | 즉시구매 |
| 출고국 | 영국 (GB) |
이베이 판매가
$16.34
약 24,085원
구매대행 예상 비용은 로그인 후 확인하실 수 있습니다.
상품 설명
Description
6P3C is a beam tetrode for low frequency amplification.
Technical characteristics of 6P3S
The tension voltage is 6.3 ± 0.6 V;
Voltage current – 900 ± 60 mA;
Nominal anode voltage (constant) – 250 V;
Anode voltage limit (constant) – 400 V;
Anode current – 72 ± 14 mA;
The voltage of the first grid (constant) is 14 V;
The reverse current of the first grid is 3.0 μA;
The voltage of the second grid is nominal (constant) - 250 V;
The voltage of the second grid is marginal (constant) – 300 V;
The current of the second grid is 8 mA;
The maximum power dissipated by the anode is 20.5 W;
The maximum power dissipated by the second grid is 2.75 W;
The voltage between the cathode and the heater is 200 V;
The steepness of the characteristic is 6 ± 0.8 mA/V;
Output power – 5.4 W;
The resistance in the circuit of the first grid is 0.5 MΩ
Input capacitance – 11 ± 2 pF;
Output capacity – 8.2 ± 1.5 pF;
Through capacitance - 1 pF.
6P3C is a beam tetrode for low frequency amplification.
Technical characteristics of 6P3S
The tension voltage is 6.3 ± 0.6 V;
Voltage current – 900 ± 60 mA;
Nominal anode voltage (constant) – 250 V;
Anode voltage limit (constant) – 400 V;
Anode current – 72 ± 14 mA;
The voltage of the first grid (constant) is 14 V;
The reverse current of the first grid is 3.0 μA;
The voltage of the second grid is nominal (constant) - 250 V;
The voltage of the second grid is marginal (constant) – 300 V;
The current of the second grid is 8 mA;
The maximum power dissipated by the anode is 20.5 W;
The maximum power dissipated by the second grid is 2.75 W;
The voltage between the cathode and the heater is 200 V;
The steepness of the characteristic is 6 ± 0.8 mA/V;
Output power – 5.4 W;
The resistance in the circuit of the first grid is 0.5 MΩ
Input capacitance – 11 ± 2 pF;
Output capacity – 8.2 ± 1.5 pF;
Through capacitance - 1 pF.