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6N13S

Low-mu high-current power triode intended for electronic voltage-regulator series-pass service. Its low plate resistance and substantial cathode-current capability make it suited to controlling regulated DC supplies rather than conventional voltage amplification.

Directly heatedCold cathodeCommon cathodeDissimilar

Sections: 2
Base: -
Socket code: IO
Base pins: -
Nominal heater: 6.3 V / 2.5 A

Description

The 6H13C double triode is designed for ope- 60THl B 3JEKTPOHHBIX CcTabunusaTopax.

Socket description

International Octal

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base: -
Socket code: IO
Base pins: -
Nominal heater voltage: 6.3 V
Nominal heater current: 2.5 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

2 physical sections, each with unique specifications.

Section 1

Triode

X-ray radiationInterelectrode capacitances

Plate resistance: 460 Ω
Transconductance: 0.0055 S
Max plate voltage: 250 V
Max plate dissipation: 13 W
Max cathode current: 130 mA

Bilingual Russian/English datasheet; English text used as primary extraction source.

Section 2

Triode

X-ray radiationInterelectrode capacitances

Plate resistance: 460 Ω
Transconductance: 0.0055 S
Max plate voltage: 250 V
Max plate dissipation: 13 W
Max cathode current: 130 mA

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

195X Russian

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristics

Source symbol to
989 A
+70°C u OTHOCHTENbHOH BaaxHocTu 95—98% npu tive humidity of 95 to 989 at +20°C, as well as
Source symbol oseddocTb
1000 W
TapanrtdpoBantas aoaroseddocTb 1000 wacos. Service life guarantee: 1000 hr.
Source symbol U,
63 V
U, 63V I,)) 76 %36 mA
Published electrical parameter
36 mA
U, 63V I,)) 76 %36 mA
Source symbol L,
25+025 A
L, 25+025A S 55+1,6 mA/V
Source symbol S
55+1.6 mA/V
L, 25+025A S 55+1,6 mA/V
Published electrical parameter
<460 Ω
u, 9%V R 1) <460 Q
Published electrical parameter
30 V
Ugr —30V R, 250 Q
Source symbol R,
250 Ω
Ugr —30V R, 250 Q
Source symbol Cglk
8 pF
Cglk 8 pF
Source symbol Cak
3 pF
Cak 3 pF
Source symbol Cgla
10 pF
Cgla 10 pF
Source symbol Uy,
69 V
Uy, 69V 57V I,% 130 mA
Source symbol V
57 V
Uy, 69V 57V I,% 130 mA
Published electrical parameter
130 mA
Uy, 69V 57V I,% 130 mA
Source symbol U,
250 V
U, 250 V U 300 V
Source symbol U
300 V
U, 250 V U 300 V
Published electrical parameter
500 V
U,!) 500V RgT 8 1 MQ
Published electrical parameter
1 MΩ
U,!) 500V RgT 8 1 MQ
Published electrical parameter
13 W
P,?) 13W
Source symbol RgT
<3 MΩ
JMOJIXKHA HpeBHIIAThH RgT<3 MQ.
Resistance
<3 MΩ
the resistance value in the grid circuit should be RgT<3 MQ.
Published electrical parameter
140 mA
140 max
Published electrical parameter
120 V
180Y]120v,) 30, 4 =
Published electrical parameter
50 V
200 \V _ 50V,
Source symbol V
2 A
V2 A1 A A /
Source symbol A
1 A
V2 A1 A A /
Published electrical parameter
63 V
U, =63V U, =63V

Data set 02

1970 Russian Tubes Mashpriborintorg

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristic

U
63 V
Published datasheet line: U, 63V I,)) 76 %36 mA
L
25+025 A
Published datasheet line: L, 25+025A S 55+1,6 mA/V
u
9 V
Published datasheet line: u, 9%V R 1) <460 Q
Ugr
—30 V
Published datasheet line: Ugr —30V R, 250 Q
Cglk
8 pF
Published datasheet line: Cglk 8 pF
Cak
3 pF
Published datasheet line: Cak 3 pF
Cgla
10 pF
Published datasheet line: Cgla 10 pF
Uy
69 V
Published datasheet line: Uy, 69V 57V I,% 130 mA
U
250 V
Published datasheet line: U, 250 V U 300 V
U )
500 V
Published datasheet line: U,!) 500V RgT 8 1 MQ
P )
13 W
Published datasheet line: P,?) 13W
JMOJIXKHA HpeBHIIAThH RgT
3 MQ
Published datasheet line: JMOJIXKHA HpeBHIIAThH RgT<3 MQ.
the resistance value in the grid circuit should be RgT
3 MQ
Published datasheet line: the resistance value in the grid circuit should be RgT<3 MQ.

Other

Uy
69 V
Published datasheet line: Uy, 69V 57V I,% 130 mA
U
250 V
Published datasheet line: U, 250 V U 300 V
U )
500 V
Published datasheet line: U,!) 500V RgT 8 1 MQ
P )
13 W
Published datasheet line: P,?) 13W
JMOJIXKHA HpeBHIIAThH RgT
3 MQ
Published datasheet line: JMOJIXKHA HpeBHIIAThH RgT<3 MQ.
the resistance value in the grid circuit should be RgT
3 MQ
Published datasheet line: the resistance value in the grid circuit should be RgT<3 MQ.
PublishedValue
180 v
Published datasheet line: 180Y]120v,) 30, 4 =

Data set 03

1981 Russian Tubes Katsnelson and Larionov

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristic

Heater voltage
6.3 V
Published nominal heater condition.
Heater current
2500 mA
Published heater current.
Plate current
80 mA
Published basic-parameter operating point.
Transconductance
5500 µS
Published basic-parameter value; normalized to µS.
Plate resistance
460 Ω
Published internal resistance.

Other

Maximum plate voltage
250 V
Published limiting operating value.
Maximum cathode current
130 mA
Published limiting cathode-current value.
Maximum plate dissipation
13 W
Published per-triode plate dissipation.