Data set 01
1971 RCA HB3 Binder 3 of 7
Published operating points and test conditions from this source.
Triode
Characteristics
heater voltage between 6.0 and 8.5 volts to meet specific — published value 1
6 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
heater voltage between 6.0 and 8.5 volts to meet specific — published value 2
8.5 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid to plate
0.9 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
and heater
4.2 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
and heater
1.7 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate to cathode
0.22 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater to cathode
1.3 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Supply Voltage
110 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Resistance (Approx.)
6800 ohm
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance
9400
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current
7 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid Voltage (Approx.) for plate µa = 10 — published value 1
10 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid Voltage (Approx.) for plate µa = 10 — published value 2
-4 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Pin 2 —Plate
2
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Pin 4 —Grid
4
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Pin 10 —Heater
10
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Pin 12 —Heater
12
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater Current — published value 1
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater Current — published value 2
0.95
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid to plate — published value 1
2
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid to plate — published value 2
0.8
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Grid to plate — published value 3
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shel l , and heater — published value 1
2 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shel l , and heater — published value 2
3.4 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shel l , and heater — published value 3
5 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shell , and heater — published value 1
2 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shell , and heater — published value 2
1.3 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
shell , and heater — published value 3
2.1 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate to cathode — published value 1
2 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate to cathode — published value 2
0.16 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate to cathode — published value 3
0.28 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater to cathode — published value 1
2 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater to cathode — published value 2
1 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater to cathode — published value 3
1.6 pF
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (1) — published value 1
1 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (1) — published value 2
13 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (1) — published value 3
5.5 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (1) — published value 4
8.8 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (2) — published value 1
2
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (2) — published value 2
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (2) — published value 3
4
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Current (2) — published value 4
50
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (1) — published value 1
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (1) — published value 2
13
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (1) — published value 3
7900
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (1) — published value 4
10900
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (2) — published value 1
2
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (2) — published value 2
35
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Transconductance (2) — published value 3
6700
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Reverse Grid Current — published value 1
16
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Reverse Grid Current — published value 2
0.05
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 1: with do heater volts = .specified center value, Ef(ct r)
1 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 3: With do plate supply volts= 110, grid and metal shell con ected — published value 1
3 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 3: With do plate supply volts= 110, grid and metal shell con ected — published value 2
110 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
= 150, and cathode-Dyp ass capacitor (µf) = 1000 — published value 1
150
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
= 150, and cathode-Dyp ass capacitor (µf) = 1000 — published value 2
1000
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note u: With do plate volts = 110, do grid volts = -5, antl metal shell — published value 1
110 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note u: With do plate volts = 110, do grid volts = -5, antl metal shell — published value 2
-5 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 5: With do heater volts = 0.9 specified center value — published value 1
5 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 5: With do heater volts = 0.9 specified center value — published value 2
0.9 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 6: With do plate supply volts = 150 Oc grid supply volts = -1. 7, — published value 1
6 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 6: With do plate supply volts = 150 Oc grid supply volts = -1. 7, — published value 2
150 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 6: With do plate supply volts = 150 Oc grid supply volts = -1. 7, — published value 3
-1 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 6: With do plate supply volts = 150 Oc grid supply volts = -1. 7, — published value 4
7 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
grid-circuit resistance (megohms) L 1 (the internal resistance
1 Mohm
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 7: With do heater-cathode volts = 100 — published value 1
7 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 7: With do heater-cathode volts = 100 — published value 2
100 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 8: With grid 100 volts negative with respect to all other electrodes — published value 1
8 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 8: With grid 100 volts negative with respect to all other electrodes — published value 2
100 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 9: With plate 300 volts negative with respect to all other electrodes — published value 1
9 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Note 9: With plate 300 volts negative with respect to all other electrodes — published value 2
300 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
voltages appl ied, are subjected to 20 blows 15 in each position! — published value 1
20 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
voltages appl ied, are subjected to 20 blows 15 in each position! — published value 2
15 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
frequency range from 5to 500 cps and back to 5 cps. One such — published value 1
5
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
frequency range from 5to 500 cps and back to 5 cps. One such — published value 2
500
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
frequency range from 5to 500 cps and back to 5 cps. One such — published value 3
5
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
ity and Shorts, Transconductance 1 1 1, Reverse Grid Current, and — published value 1
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
ity and Shorts, Transconductance 1 1 1, Reverse Grid Current, and — published value 2
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
ity and Shorts, Transconductance 1 1 1, Reverse Grid Current, and — published value 3
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
plate dissipation (Rating 2 —0.2 watt) — published value 1
2 W
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
plate dissipation (Rating 2 —0.2 watt) — published value 2
0.2 W
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Heater-Cycling Life (100 Hours)
100
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
production run with heater volts = 1 .35x specified center
1 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
value cycled 1 minute ON and 2 minutes OFF, do heater—cathode — published value 1
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
value cycled 1 minute ON and 2 minutes OFF, do heater—cathode — published value 2
2
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
dissipation (Rating x — I watt 1
1 W
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
conductance 1 1 1, Reverse Grid Current, Inoperatives, and — published value 1
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
conductance 1 1 1, Reverse Grid Current, Inoperatives, and — published value 2
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
conductance 1 1 1, Reverse Grid Current, Inoperatives, and — published value 3
1
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Other
Plate Supply Voltage — published value 1
300 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Supply Voltage — published value 2
300 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Voltage — published value 1
250 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Voltage — published value 2
250 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Negative—bias value — published value 1
55 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Negative—bias value — published value 2
55 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Positive—bias value
0 V
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Cathode Current — published value 1
15 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Cathode Current — published value 2
2.5 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Dissipation — published value 1
1 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.
Plate Dissipation — published value 2
0.2 mA
Published datasheet value; multiple numbers on a source row represent separate limits or operating conditions.