Data set 01
1953 AEG
Published operating points and test conditions from this source.
SECTION 1
Triode
Other
Typical Plate Voltage
150 V
Typical Plate Current
8.5 mA
Capacitance
GridPlateCapacitance
2.6 pF
Grid Earth Capacitance
3.5 pF
Voltage - Dual Triode (similar) ·Triode-Triode
E92CC
Special-quality long-life twin triode designed for switching, counting, and computer applications requiring dependable pulse operation and stable characteristics.
Directly heatedCold cathodeCommon cathodeDissimilar
- Sections
- 2
- Base
- E7-1
- Socket code
- B7G
- Base pins
- 7
- Nominal heater
- 6.3 V / 400 mA
Description
Special-quality double triode for computer circuits where stable characteristics and long life are required.
Socket description
Miniature 7-contact
General specifications
Tube and section characteristics
Properties common to every published source and operating point.
Heater and base
- Base
- E7-1
- Socket code
- B7G
- Base pins
- 7
- Nominal heater voltage
- 6.3 V
- Nominal heater current
- 400 mA
- Parallel heater voltage
- -
- Parallel heater current
- -
- Series capable
- No
E7-1 - Terminal pinout
Electrical assignments shared by every tube using this base designation.
No verified pinout is recorded for this base designation.
Section ratings
2 physical sections, each with unique specifications.
Section 1
Triode
X-ray radiationInterelectrode capacitances
- Plate resistance
- 6000 Ω
- Transconductance
- 0.006 S
- Amplification factor
- 50
- Max plate voltage
- 300 V
- Max plate dissipation
- 2 W
- Max cathode current
- 15 mA
Representative row for two electrically identical triode sections.
Section 2
Triode
X-ray radiationInterelectrode capacitances
- Plate resistance
- 6000 Ω
- Transconductance
- 0.006 S
- Amplification factor
- 50
- Max plate voltage
- 300 V
- Max plate dissipation
- 2 W
- Max cathode current
- 15 mA
Second physical triode restored under current one-row-per-physical-section policy.
Source-dependent data
Operating conditions by source
Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.
Data set 02
1953 Amperex
Published operating points and test conditions from this source.
SECTION 1
Triode
Other
Heater/Filament Voltage
6.3 V
Published datasheet value
Heater/Filament Current
400 mA
Published datasheet value
Maximum Plate/Anode Voltage
300 V
Published datasheet value
Maximum Plate/Anode Dissipation
2 W
Published datasheet value
Characteristic
Transconductance
6000 µS
Published datasheet value
Amplification Factor
45
Published datasheet value
Data set 03
1958 Amperex Industrial
Published operating points and test conditions from this source.
SECTION 1
Triode
Other
Maximum plate voltage
300 V
Published table
Plate current
15 mA
Published table
Characteristic
Plate resistance
6000 ohm
Published table
Amplification factor
50
Published table
Heater/filament voltage
6.3 V
Published rating
Heater/filament current
100 mA
Published rating
Data set 04
1963 Amperex Condensed
Published operating points and test conditions from this source.
SECTION 1
Triode
Characteristic
Heater voltage
6.3 V
Published rating
Heater current
400 mA
Published rating
Published characteristic value
3.1
PremiumQuality
Published characteristic value 2
0.3
PremiumQuality
Other
Maximum plate voltage
300 V
PremiumQuality
Maximum plate current
15 mA
PremiumQuality
Data set 05
1963 Philips Electron Tubes Handbook V1a
Published operating points and test conditions from this source.
SECTION 1
Triode
Other
Plate voltage
150 V
EachSection
Control-grid voltage
-1.7 V
EachSection
Plate current
8.5 mA
EachSection
Peak cathode current maximum
75 mA
EachSection
Characteristic
Transconductance
6000 µS
EachSection
Amplification factor
45
EachSection
Life expectancy
10000 h
LifeTestConditions
Capacitance
Anode capacitance
0.32 pF
EachSection
Grid capacitance
3.1 pF
EachSection
Grid-to-anode capacitance
2.2 pF
EachSection
Data set 06
1963 Philips Electron Tubes Handbook V3
Published operating points and test conditions from this source.
SECTION 1
Triode
Characteristic
Heater voltage
6.3 V
Published heater rating
Heater current
400 mA
Published heater rating
Transconductance
6000 µS
EachTriode
Amplification factor
45
EachTriode
Other
Plate voltage
150 V
EachTriode
Grid bias
-1.7 V
EachTriode
Plate current
8.5 mA
EachTriode
Capacitance
Plate capacitance
0.32 pF
EachTriode
Grid capacitance
3.1 pF
EachTriode
Grid-to-plate capacitance
2.2 pF
EachTriode
Data set 07
1967 Mullard Receiving Tubes for Maintenance
Published operating points and test conditions from this source.
SECTION 1
Triode
Characteristic
Ih
400 mA
Published in approved E92CC.pdf target datasheet; Section1
The ma ximum vari ati o n of heat e r current at Vh = 6.3V is J
20 mA
Published in approved E92CC.pdf target datasheet; Section1
I
8.5 mA
Published in approved E92CC.pdf target datasheet; Section1
gm
6 mA
Published in approved E92CC.pdf target datasheet; Section1
la (Va = 150V, v, = -1 .7V) 8.5 4.5 to
12.5 mA
Published in approved E92CC.pdf target datasheet; Section1
Capacitance
Ca N__ g" 2.2 1.8
2.6 pF
Published in approved E92CC.pdf target datasheet; Section1
* Ctll 3.1 2.2
4 pF
Published in approved E92CC.pdf target datasheet; Section1
Co ut " 0.32 0.22
0.42 pF
Published in approved E92CC.pdf target datasheet; Section1
Ca ' -g ' 2.1 1.7
2.5 pF
Published in approved E92CC.pdf target datasheet; Section1
enut ' 0.38 0.28 0.4
8 pF
Published in approved E92CC.pdf target datasheet; Section1
Ca' - a "
2 pF
Published in approved E92CC.pdf target datasheet; Section1
Cg ' _ g "
0.29 pF
Published in approved E92CC.pdf target datasheet; Section1
Other
I k max
15 mA
Published in approved E92CC.pdf target datasheet; Section1
ti k(llk) max
75 mA
Published in approved E92CC.pdf target datasheet; Section1
Th ll 1h max
170 °C
Published in approved E92CC.pdf target datasheet; Section1
Data set 08
1999 Philips E-Z
Published operating points and test conditions from this source.
SECTION 1
Triode
Characteristic
Chauffage: indirect par C.A. ou C.C. Ve =
6.37 V
Published datasheet value
Heizung : indirekt durch Wechsel- Ir =
400 mA
Published datasheet value
Ca =
-0.42 pF
Published datasheet value
cg =
4 pF
Published datasheet value
Cag =
2.6 pF
Published datasheet value
Cg' =
-0.48 pF
Published datasheet value
Ca'g'=
2.5 pF
Published datasheet value
Caa' = | <
2 pF
Published datasheet value
Cgg' = | <
0.29 pF
Published datasheet value
Life expectancy
0 h
Published datasheet value
Vao = max
600 V
Published datasheet value
Va = max
300 V
Published datasheet value
Wa = max
2 W
Published datasheet value
~Vg (Tay = max
100 V
Published datasheet value
~Vgp = max
200 V
Published datasheet value
Vg = max
0.5 V
Published datasheet value
Ig (Tyy = max
250 pA
Published datasheet value
Ix (Tgy = max
15 mA
Published datasheet value
Ixp = max
75 mA
Published datasheet value
Vir = max
100 V
Published datasheet value
Ve =
6.3 V
Published datasheet value