6N16B-VI
Subminiature double triode for pulsed operation with separate indirectly heated cathodes, increased reliability and mechanical strength.
Designed to amplify low frequency voltage, generate high frequency oscillations and to work in relaxation circuits.
The 6N16B-VI double triode is used in special-purpose radio engineering devices.
Indirectly heated oxide cathode.
Works in any position.
Produced in a glass subminiature design.
Wire output socket with 8 leads.
Overall dimensions of the double triode 6N16B-VI:
- lamp height - 36 mm;
- lamp diameter - 10.2 mm;
- lead length - not less than 35 mm;
- diameter of conclusions - 0,4 mm.
Weight no more than 4 g.
Minimum operating time - 750 hours.
Deciphering the marking of a double triode:
6N16B-VI
6 - a number indicating the rounded value of the lamp filament voltage in volts;
H - a letter that determines the type of lamp: H - double triode;
16 - the number of the serial number of the development of this type of lamp;
B - a letter characterizing the design: B - subminiature, in a glass shell, with a diameter of 8 to 10.5 mm;
B - lamp of increased reliability and mechanical strength;
And - a lamp designed to operate in a pulsed mode.
Technical characteristics and electrical parameters of the lamp 6N16B-VI:
Rated electrical data:
Heating voltage, V 6.3 ±0.6
Heating current, mA 400 ±40
Anode voltage, V 100
Current in the anode circuit, mA 6.3 ±1.9
Slope of characteristic, mA/V 5 ±1.25
Resistance in the cathode circuit, Ohm 325
Gain 25 ±5
Input resistance, kOhm ..... 32
Maximum allowable electrical values:
The highest voltage on the anode, V 200
The highest voltage on the anode with the lamp locked, V 350
The voltage in the grid circuit is negative, V -50
The highest current in the cathode circuit, mA 14
Maximum power dissipated at the anode, W 0.9
Miniature glass decoration