Data set 01
1968 General Electric Co
Published operating points and test conditions from this source.
Beam Power
Characteristic
Heater Warm-up Time
11 s
Average
Power - Beam (NOT sweep) ·BeamPower-Pentode
Duodecar combination tube for FM radio and television receivers, integrating limiter/discriminator functions with a beam-power audio-output stage.
Duodecar types used as a combined limiter, discrimi- nator, and audio power-output tube in FM radio and television receivers. Outlines section, 8C; require duodecar 12-contact socket. Types 10Z10, and 13Z10/ 13J10 are identical with type 6Z10/6J10 except for 12BT heater ratings. 6Z10/6J10 10Z10 13Z10/13J10
Duodecar 12-contact
General specifications
Properties common to every published source and operating point.
Electrical assignments shared by every tube using this base designation.
No verified pinout is recorded for this base designation.
2 physical sections, each with unique specifications.
Section 1
Reference/equivalence-only sparse-source exception: gated-beam discriminator section; ratings/characteristics not reproduced.
Section 2
Reference/equivalence-only sparse-source exception: beam pentode section; ratings/characteristics not reproduced.
Source-dependent data
Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.
Data set 01
Published operating points and test conditions from this source.
Heater Warm-up Time
11 s
Average
Data set 02
Published operating points and test conditions from this source.
Heater Voltage (ac/dc)
13.2 volts
Published value from supplied target entry
Heater Current
0.45 ampere
Published value from supplied target entry
Heater Warm-up Time (Average)
11 seconds
Published value from supplied target entry
Plate Supply Voltage
330 volts
Published value from supplied target entry
Grid-No
330 volts
Published value from supplied target entry
Grid-No.l Voltage, Peak positive value
60 volts
Published value from supplied target entry
Average Cathode Current
13 mA
Published value from supplied target entry
Plate Voltage
135 volts
Published value from supplied target entry
Grid-No
0 volts
Published value from supplied target entry
Grid-No
280 volts
Published value from supplied target entry
Grid-No
75 volts
Published value from supplied target entry
Grid No
0 volts
Published value from supplied target entry
Grid-No
33
Published value from supplied target entry
Transconductance, Grid No.l to Plate
360
Published value from supplied target entry
Transconductance, Grid No
700
Published value from supplied target entry
Average Plate Current
5
Published value from supplied target entry
Grid-No
4.5 mA
Published value from supplied target entry
Grid No
3
Published value from supplied target entry
Grid-No
275 volts
Published value from supplied target entry
Plate Dissipation
10 watts
Published value from supplied target entry
Grid-No
2 watts
Published value from supplied target entry
Plate Voltage
250 volts
Published value from supplied target entry
Grid-No
250 volts
Published value from supplied target entry
Grid-No.l (Control-Grid) Voltage
-8 volts
Published value from supplied target entry
Peak AF Grid-No.l Voltage
8 volts
Published value from supplied target entry
Zero-Signal Plate Current
35 mA
Published value from supplied target entry
Zero-Signal Grid-No
3 mA
Published value from supplied target entry
Plate Resistance (Approx.)
0.1 megohm
Published value from supplied target entry
Transconductance G5
0
Published value from supplied target entry
Load Resistance
5000 ohms
Published value from supplied target entry
Grid-No
1
Published value from supplied target entry
Plate to Cathode, Heater, Grid No
7.5 pF
Published value from supplied target entry
Maximum-Signal Plate Current
39 mA
Published value from supplied target entry
Maximum-Signal Grid-No
13 mA
Published value from supplied target entry