Voltage Triode Pentode ·Pentode-Triode
Long-life rugged triode-pentode for mixer, RF/AF amplification, oscillator, and multivibrator service.
Long-life rugged triode-pentode for mixer/RF/AF amplification and oscillator/multivibrator service.
Small-button Noval 9-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
Special-quality long-life ruggedized triode-pentode for RF/IF amplifier, mixer, and oscillator service.
Section 2
Special-quality long-life ruggedized triode-pentode for RF/IF amplifier, mixer, and oscillator service.
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.
TypicalTriodePlateVoltage
100 V
TypicalTriodePlateCurrent
14.4 mA
TypicalPentodePlateVoltage
170 V
TypicalPentodePlateCurrent
10 mA
TypicalPentodeScreenCurrent
2.8 mA
Data set 02
Published operating points and test conditions from this source.
Triode plate supply voltage
100 V
TriodeSection
Triode cathode resistor
120 ohm
TriodeSection
Triode plate current
14 mA
TriodeSection
Triode transconductance
5000 uS
TriodeSection
Triode amplification factor
18
TriodeSection
Pentode plate supply voltage
170 V
PentodeSection; RF
Pentode screen supply voltage
170 V
PentodeSection; RF
Pentode cathode resistor
155 ohm
PentodeSection; RF
Pentode plate current
10 mA
PentodeSection; RF
Pentode screen current
2.8 mA
PentodeSection; RF
Pentode plate current
8 mA
PentodeSection; Mixer
Pentode transconductance
6200 uS
PentodeSection; RF
Pentode plate resistance
0.4 MOhm
PentodeSection; RF
Pentode plate resistance
0.5 MOhm
PentodeSection; Mixer
Data set 03
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Chauffage: indirect par C.A. ou C.C.; Vf = 6.3 V 1 )
Heater current
330 mA
Heizung : indirekt durch Wechsel- If = 330 mA
Grid capacitance
1 pF
Cg1P-aT(2-1) < 0.16 pF
Plate supply voltage
170 V
Vba = 170 V Vba = 100 V
Screen-grid supply voltage
170 V
Vbg2 = 170 V Rg = 120 0
Plate current
10 mA
Ia = 10 mA 1 ) S = 5 mA/V 1 )
Transconductance
5 mA/V
Ia = 10 mA 1 ) S = 5 mA/V 1 )
Screen-grid current
2.8 mA
Ig2 =2.8 mA -Ig < 0.3 µA 1 )
Transconductance
6.2 mA/V
S = 6.2 mA/V 1) µ = 18
Amplification factor
18
S = 6.2 mA/V 1) µ = 18
Plate resistance
0.4 kohm
Ri = 0.4 M2
Transconductance
0.3 mA/V
-Ig1 S 0.3 µA 1 )
Plate supply voltage
170 V
Vba = 170 V
Screen-grid supply voltage
170 V
Vbg2 = 170 V
Cathode resistor
330 ohm
Rk = 330 0
Plate current
8 mA
Ia = 8c
Screen-grid current
2.5 mA
Ig2 = 2.5 mA
Transconductance
0 mA/V
S0 = 2.4 cA/V
Cathode current
10 mA
(Ik > 10 mA) = max. 200 V
Cathode current
10 mA
Vg2 (Ik < 10 mA) = max. 225 V
Plate dissipation
1.2 W
Wg2 (Wa >1.2 W ) = max. 0.7 W
Plate current
6 mA
Ia < 6 mA Ia < 6.451A
Transconductance
4.3 mA/V
S < 4.3 mq/V S < 3.5 mA
Plate voltage
170 V
Va =170V
Plate voltage
170 V
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Plate supply voltage
170 V
Vba =170V
Screen-grid dissipation
170 V
Wg2=170V
Plate voltage
-100 V
Va-100V
Grid capacitance
1 pF
Cg1 (2-3+4+5+7.) = 5.6 pF Cg (9-4+5+7+8) _. 2.5 pP
Grid-to-plate capacitance
1 pF
Cag1(6-2) < 0.025 pP Cag (1-9) = 1.5 pF
Grid capacitance
1 pF
Cg1f(2-4+5) < 0.160 pF Cgf (9-4+5) < 0.220 pF
Plate supply voltage
170 V
Vba = 170 V
Screen-grid supply voltage
170 V
Vbg2 = 170 V
Cathode resistor
1550 ohm
Rk = 1550
Plate current
10 mA
Ia 10 mA
Screen-grid current
2.8 mA
Ig2 = 2.8 mA"
Data set 04
Published operating points and test conditions from this source.
Typical Plate Current
14 mA
TriodeSection
Typical Plate Voltage
170 V
PentodeSection
Typical Plate Current
10 mA
PentodeSection
Typical Screen Current
2.8 mA
PentodeSection
Data set 05
Published operating points and test conditions from this source.
Triode mutual conductance
5 mA/V
Triode section
Triode amplification factor
18
Triode section
Triode anode current
14 mA
Triode section
Heater voltage
6.3 V
Published datasheet value
Heater voltage
6 V
Published datasheet value
Heater current
330 mA
Published datasheet value
Heater current
347 mA
Published datasheet value
Anode current
10 mA
Published datasheet value
Anode current
14 mA
Published datasheet value
Anode current
8 mA
Published datasheet value
Anode voltage
550 V
Published datasheet value
Screen-grid voltage
550 V
Published datasheet value
Mutual conductance
6.2 mA/V
Published datasheet value
Mutual conductance
5 mA/V
Published datasheet value
Mutual conductance
3.5 mA/V
Published datasheet value
Amplification factor
40
Published datasheet value
Amplification factor
18
Published datasheet value