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Power - Tetrode (NOT beam) (over 1000V 100W) ·Tetrode

RS1036L

Coaxial metal-ceramic tetrode with resonance suppression for high-power television transmitters.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
4.5 V / 200 A

Description

Coaxial metal-ceramic tetrode with integrated resonance suppression for TV transmitters,

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
-
Base pins
-
Nominal heater voltage
4.5 V
Nominal heater current
200 A
Parallel heater voltage
-
Parallel heater current
-
Series capable
No

Terminal pinout

Electrical assignments shared by every tube using this base designation.

No verified pinout is recorded for this base designation.

Section ratings

1 physical section, each with unique specifications.

Section 1

Tetrode

X-ray radiationInterelectrode capacitances
Transconductance
0.12 S
Amplification factor
7.5
Max plate voltage
7000 V
Max screen voltage
1000 V
Max plate dissipation
20000 W
Max cathode current
6 A

Ratings, characteristics, and operating tables audited semantically; repeated identical systems represented once where applicable.

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 01

1963 Siemens

Published operating points and test conditions from this source.

SECTION 1

Tetrode

Other

  • Heater voltage UF 4,5 V

    -

  • at UA = UG2 = UG1 = 300 V

    -

  • at UA = 2 kV,

    -

  • UG2 = 500 to 800 V,

    -

  • at UA = 2 kV,

    -

  • UG2 = 800 V,

    -

  • Frequency f 960 MHz

    -

  • Anode voltage (dc) UA 7,0 kV

    -

  • Screen grid voltage (dc) UG2 1000 V

    -

  • Control grid voltage (dc) UG1 – 200 V

    -

  • Anode dissipation PA 20 kW

    -

  • Screen grid dissipation PG2 180 W

    -

  • Control grid dissipation PG1 80 W

    -

  • Frequency f 470 … 800 MHz

    -

  • Anode voltage (dc) UA 6,0 kV

    -

  • Screen grid voltage (dc) UG2 800 V

    -

  • Control grid voltage (dc) UG1 – 112 V

    -

  • Anode dissipation, black level PA SW 14,6 kW

    -

  • Frequency f 960 MHz

    -

  • Anode voltage (dc) UA 7,0 kV

    -

  • Screen grid voltage (dc) UG2 1000 V

    -

  • Control grid voltage (dc) UG1 – 200 V

    -

  • Anode dissipation PA 20 kW

    -

  • Screen grid dissipation PG2 180 W

    -

  • Control grid dissipation PG1 80 W

    -

  • Frequency f 470 … 800 MHz

    -

  • Anode voltage (dc) UA 6,4 kV

    -

  • Screen grid voltage (dc) UG2 800 V

    -

  • Control grid voltage (dc) UG1 – 112 V

    -

  • Anode dissipation, black level PA SW 19 kW

    -

  • UG1 = f (UA) Parameter = IA

    -

  • UG2 = 800 V Parameter = IG2

    -

Current

  • Heater current IF ≈ 200 A

    -

  • Emission current I em 45 A

    -

  • IA = 3 A

    -

  • Cathode current (dc) IK 6,0 A

    -

  • Peak cathode current IK M 30 A

    -

  • Zero-signal anode current (dc) IA 0 1,8 A

    -

  • Anode current (dc), black level I A SW 3,7 A

    -

  • Screen grid current (dc), black level I G2 SW 90 mA

    -

  • Cathode current (dc) IK 6,0 A

    -

  • Peak cathode current IK M 30 A

    -

  • Zero-signal anode current (dc) IA 0 2,2 A

    -

  • Anode current (dc), black level I A SW 5,0 A

    -

  • Screen grid current (dc), black level I G2 SW 140 mA

    -

  • Ø 0,12 mm should be used to test the anode overcurrent trip circuit.

    -

Characteristic

  • Amplification factor of screen grid µg2g1 7,5

    -

  • Transconductance s 120 mA/V

    -