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6N16B-V

6N16B-V

Double triode for low-frequency voltage amplification, high frequency oscillation and for usage in relaxation circuits

Case type: with glass envelope, microminiature.

Mass 4.5 g.

Main parameters (at Uf = 6.3 V, Ua = 100 V, Rc = 325Ohm)

Filament current, mA

400±40

Anode current, mA

6.3±1.9

1st and 2nd triode anode current difference, mA

≤1.9

Grid reverse current, mkA

≤0.2

Cathode-to-heater leakage current, mkA

≤20

Mutual conductance, mA/V

5±1.25

Mutual conductance (at Uf = 5.7 V), mA/V

≥3

Gain ratio

25±5

Input resistance (at f = 50 MHz), kOhm

32

Microphonic voltage (at Ra = 5 kOhm), mV

≤75

Interelectrode capacitance, pF

input

output

input-to-output

between triode anodes

cathode-to-heater

2.7±0.7

1.65±0.55

1.5±0.5

0.5±0.15

≤7

Durability, h

≥750

Durability criteria

grid reverse current, mkA

mutual conductance, mA/V

mutual conductance variation, %

≤1.5

≥3

≤+30/-40

Operational limits

Filament voltage, V

5.7..6.9

Anode voltage, V

200

Anode voltage in off-state, V

350

Negative grid voltage, V

50

Cathode-to-heater voltage, V

150

Cathode current, mA

14

Impulse cathode current, mA

0.4

Anode power dissipation (each triode), W

0.9

Grid power dissipation (each triode), W

0.1

Grid circuit resistance, MOhm

2

Envelope temperature, oC

at normal ambient air temperature

at ambient air temperature +200 oC

170

250

Generation frequency, MHz

450

Vibratory loads

frequency, Hz

acceleration, g

20..2000

10

Multiple mechanical impact acceleration, g

150

Single mechanical impact acceleration, g

500

Linear acceleration, g

100

Ambient air temperature, oC

-60..+200

You can order 6N16B-V from us

Russian Electronics company Russia, Moscow region, Ryazan,Sobornay square 2.

Tel: +7 (491) 227-61-51, Fax: +7 (491) 227-18-88

russian-electronics.com