04/06/2015-06:57:45
6N3P-EV=2C51 = 6385 = ECC42
Sale 100 pcs. for $2.5 each. Russian 6N3P-E are equivalent to the 2C51 = 6385 = ECC42. Military equipment, high reliability, long life. "EV" symbols mean, that tube have high mechanical strength and reliability, increased durability (more 5 000 hours).
Never used. Guaranty new super condition. 100% tested.
Miniature double triode 6N3P-EV in glass design, with separate heated-cathode is designed to work in the amplification circuit voltage and high frequency vibrations to generate radiodevices for special purposes.
EXTRA long life and EXTRA quality.
Type Double triode.
Application Voltage amplification and oscillation.
Cathode type oxide, indirect heating.
Dimensions:
Diameter (max) 22.5 mm
Length (max) 56.5 mm
Mass 15 g.
Electrical parameters of 6N3P-EV:
Filament voltage 6.3 V
Filament current (350 ± 30) mA
Anode voltage 150 V
Anode current (8.75 ± 3.25) mA
Anode power 1.8 W
Grid1 voltage minus 2 V
Steepness (4.1 - 7.8) mA/V
Reverse grid current 0.1 µA
Мicrophone noise 100 µV
Gain 36 ± 8
Capacity checkpoint <1.6 pF
Input capacity <2.45 pF
Output capacitance 1.3pF
The capacitance between the anode <0.13 pF
Socket type rsh8
Electrical parameters of 6N3P-EV over 5000 hours of operation:
Steepness >3.6 mA / V
Reverse grid current <0.15 µA
The instability of the slope characteristics of < ± 40%
Acceptable modes of operation 6N3P-EV:
Heater voltage (6.0– 6.6) V
Anode voltage (160– 300) V
Cathode-heater voltage (negative voltage to the heater), in not more than 50 V.
Voltage cathode-heater (with a positive voltage to the heater), and no more than 100 V.
Cathode current, not more than 12 mA.
Power dissipation at the anode, W, not more than 1.8 W.
Resistance in grid circuit, not more than 1.0 MOhm.
Low lamp bulb in the most heated part, not more than 120 °C.
Blocking the negative grid voltage, not more than 50 V.
Never used. Guaranty new super condition. 100% tested.
Miniature double triode 6N3P-EV in glass design, with separate heated-cathode is designed to work in the amplification circuit voltage and high frequency vibrations to generate radiodevices for special purposes.
EXTRA long life and EXTRA quality.
Type Double triode.
Application Voltage amplification and oscillation.
Cathode type oxide, indirect heating.
Dimensions:
Diameter (max) 22.5 mm
Length (max) 56.5 mm
Mass 15 g.
Electrical parameters of 6N3P-EV:
Filament voltage 6.3 V
Filament current (350 ± 30) mA
Anode voltage 150 V
Anode current (8.75 ± 3.25) mA
Anode power 1.8 W
Grid1 voltage minus 2 V
Steepness (4.1 - 7.8) mA/V
Reverse grid current 0.1 µA
Мicrophone noise 100 µV
Gain 36 ± 8
Capacity checkpoint <1.6 pF
Input capacity <2.45 pF
Output capacitance 1.3pF
The capacitance between the anode <0.13 pF
Socket type rsh8
Electrical parameters of 6N3P-EV over 5000 hours of operation:
Steepness >3.6 mA / V
Reverse grid current <0.15 µA
The instability of the slope characteristics of < ± 40%
Acceptable modes of operation 6N3P-EV:
Heater voltage (6.0– 6.6) V
Anode voltage (160– 300) V
Cathode-heater voltage (negative voltage to the heater), in not more than 50 V.
Voltage cathode-heater (with a positive voltage to the heater), and no more than 100 V.
Cathode current, not more than 12 mA.
Power dissipation at the anode, W, not more than 1.8 W.
Resistance in grid circuit, not more than 1.0 MOhm.
Low lamp bulb in the most heated part, not more than 120 °C.
Blocking the negative grid voltage, not more than 50 V.