6P13S
(6n13C)
General
Beam Tetrode, Used in Output Stages of Line Scanning TV Block.
Envelope: Glass, with Octal Base.
Mass 45 g.
Lead Diagram:
General Characteristics:
|
Type |
|
|
Filament voltage, Volt |
6.3 |
|
Anode voltage, Volt |
200 |
|
1st grid voltage, Volt |
-19 |
|
2nd grid voltage, Volt |
200 |
|
Type |
6Pi3C |
|
Filament (heater) current, mA |
1300±150 |
|
Anode current, mA |
58±26 |
|
2nd grid current, mA |
no more than 8 |
|
2nd grid pulse current, mA |
no more than 120 |
|
1st Grid Disabling Voltage, Volt |
-110 |
|
Mutual Conductance, mA/V |
6.5 to 12.5 |
|
Internal Resistance, KOhm |
25 |
|
Inter Electrode Capacitance, pF: |
|
|
Input |
15 to 20 |
|
Output |
4 to 7.5 |
|
Transfer |
no more than 0.9 |
|
Operation Time, h |
>2000 |
Limited operating values:
|
Type |
6P13C |
|
Filament Voltage, V |
5.7-6.9 |
|
Anode Voltage, V |
450 |
|
Pulse Anode Voltage, V |
8000 |
|
2nd Grid Voltage, V |
450 |
|
1st Grid Pulse Voltage, V |
-150 |
|
Cathode - Heater Voltage, V |
100 |
|
Cathode Current, mA |
130 |
|
Pulse Cathode Current, mA |
400 |
|
Anode Dissipation, W |
14 |
|
2nd Grid Dissipation, W |
4 |
|
1st grid dissipation, W |
0.2 |
Operating environmental conditions:
|
Type |
6P13C |
|
Acceleration of Vibration Loads, g |
2.5 |
|
by Frequencies, Hz |
50 |
|
Ambient Temperature, °C |
-60 to +70 |
|
Relative Humidity at Up to 40°C, % |
98 |
Plate and Plate-Grid Curves:
(images not available at this time)
So, what does all this mean? Look to the maximum voltage and current ratings. Now compare these numbers with a 'plain' 6V6GT. Can you see where blindly measuring plate current, thinking you have a 'normal' 6V6, can lead you? This is the plain and simple reason why so may 'gurus' do not like using Russian 6V6's; they are not 6V6's, and these gurus do not know how to properly evaluate these tubes. That would take test equipment, and spending time using it. The typical guru has his Fluke DVM, and that's it.
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