">

6N6P, 6N6PI (6H6n, 6H6nN)

General
Double triodes, used as an wide band HF power amplifier.
Envelope: glass.
Mass 20 g.

Lead diagram

General characteristics

Type 6N6P 6N6PI
Filament voltage, Volt 6.3 6.3
Anode voltage, Volt 120 120
Grid voltage, Volt -2 --
Resistance in cathode circuit, Ohm -- 68
Type 6N6P 6N6PI
Filament (heater) current, mA 750±60 900±50
Anode current, mA 30±10 30±8
Reverse grid current, mkA £0,5 £1
Dissipate cathode-heater current, mkA £50 --
Mutual conductance, mA/V 11±2.9 11±2.9
Gain coefficient 20±4 20±4
Vibration noise (by RA=0.5 kOhm), mV £100 £100
Inter electrode capacitance, pF:
input
 
4.4
 
4.4±0,7
output 1st triode 1.7 1.65±0.25
output 2nd triode 1.85 1.8±0.3
transfer £3.5 £3.5
Operation time, h ³3000 ³500

Limited operating values

Type 6N6P 6N6PI
Filament voltage, V 5,7-7 5,7-7
Anode voltage, V 300 300
Grid voltage, V -- -100
Cathode - heater voltage, V 100 150
Cathode current, mA 45 --
Anode dissipation (on each triode), W 4 4
Each triode grid dissipation, W -- 0.3
Resistance in grid circuit, MOhm 1 1

Operating environmental conditions

Type 6N6P 6N6PI
Acceleration of vibration loads, g 2,5 6
by frequencies, Hz -- 10-600
Acceleration of multiple impacts, g 12 120
Acceleration of single impact, g -- 500
Continuos acceleration, g - 100
Ambient temperature, ° -60 to +70 -60 to +85
Relative humidity at up to 40°C, % 98 98

Plate-grid and plate curves

 

Plate curves Plate-grid curves