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6N23P, 6N23P-EV, 6H23n, 6H23n-EB

General
Double triodes, used as an wide band HF power amplifier and oscillator.
Envelope: glass.
Mass 16 g.

 

Lead diagram
 

General characteristics:

Type 6N23P 6N23P-EV
Filament voltage, Volt 6.3 6.3
Anode voltage, Volt 100 90
Grid voltage, Volt 9  
Resistance in cathode circuit, Ohm 680 82
Type 6N23P 6N23P-EV
Filament (heater) current, mA 310±25 310±25
Anode current, mA 15±5 15±5
Reverse grid current, mkA £0,2 £0,15
Dissipate cathode-heater current, mkA £15 £15
Mutual conductance, mA/V 10-12.7 12.5±2.5
Gain coefficient 34±9 32.5±8.5
Input resistance (by f=200 MHz), Ohm 500 --
Equivalent noise resistance, Ohm 300 --
Vibration noise (by RA=2 KOhm), mV £150 £75
Inter electrode capacitance, pF:
input
3.6±0.9 3.6±0,9
output of 1st triode 2.1±0.3 2±0,4
output of 2nd triode 1,95±0,3 2±0,4
transfer 1,55±0.3 1.5±0,3
Operation time, h ³5000 ³5000

Limited operating values:

Type 6N23P 6N23P-EV
Filament voltage, V 5,7-7 6-6.6
Anode voltage, V 300 300
Grid voltage, V - 200 - 220
Cathode - heater voltage, V 200 150
Cathode current, mA 20 20
Anode dissipation, W 1,8 2
Each triode grid dissipation, W 0,03 0.03
Resistance in grid circuit, Mom 1 1

Operating environmental conditions :

Type 6N23P 6N23P-EV
Acceleration of vibration loads, g 2,5 6
by frequencies, Hz 50 5-600
Acceleration of multiple impacts, g 35 150
Acceleration of single impact, g -- 500
Continuos acceleration, g - 100
Ambient temperature, ° -60 to +70 -60 to +125
Relative humidity at up to 40°C, % 98 98

Plate-grid and plate curves