ANTIQUE JAPANESE RADIO/日本の古いラジオ

written by Koji HAYASHI, Ibaraki JAPAN

Technical Report on Tube Tester TV7/U/真空管試験器の技術報告

Basic/基本
Application/応用
Suppliment Data/追補データ
Appendix/付録

Tube Checker TV7/U/真空管チェッカーTV7/U

TEST DATA FOR ELECTRON TUBE TEST SETS /TV-7/U* Suplimented Data/追補データ

E: Tuning Indicator (Magic Eye)/ 同調指示管 (マジックアイ)

2nd edition (2007.1.27)

TV7U/TV7UtabE.html

A

B

C

D

E

H

K

L

P

R

V

TX

Others

Power Triode

Beam Power

Converter

Diode and Detector

Magic Eye

High mu Triode

Rectifier

Low mu Triode

Power Pentode

RF Tetrode and Pentode

Vari-mu Tetrode and Pentode

Trasn- mitting Tubes

Gas tubes, Etc.

3極出力管

ビーム管

周波数変換管

2極管と検波管

同調指示管

高増幅率3極管

整流管

低増幅率3極管

5極出力管

高周波増幅4極5極管

可変増幅率4極5極管

送信管

ガス入管, 他

Return to Tech Report TV7U/真空管試験器のページにもどる


Table E1 American Magic Eye Tubes -Suplimented Data/ 米国マジックアイ (追補データ)

Name

Test condition

6E5

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm /em

Meter

Fluorescent Screen

Eye open

6.3V

GR5-4030

0

100

A

3

Eye close

6.3V

GR5-4230

0

100

A

3

*emission

Fluorescent Screen

6.3V

GR0-4050

0

0

A

4

6

+gm

Triode

6.3V

GR3-2050

17

0

B

3

22<

29.5 to 37

6U5/ 6G5

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm /em

Meter

Fluorescent Screen

Eye open

6.3V

GR5-4030

0

100

A

3

Eye close

6.3V

GR5-4230

0

100

A

3

*emission

Fluorescent Screen

6.3V

GR0-4050

0

0

A

4

12

+gm

Triode

6.3V

GR3-2050

17

0

B

3

>22

31

6AF6-G

Test

Status Unit1

Status Unit2

Heater

Select

Bias

Shunt

Range

Push

em

Fluorescent Screen

Eye open

Eye close

6.3V

HS4-3580

0

100

A

3

Eye close

Eye open

6.3V

HS3-4580

0

100

A

3

*emission

Fluorescent Screen

-

6.3V

HS4-5080

0

0

A

4

*note

-

Fluorescent Screen

6.3V

HS3-5080

0

0

A

4

*note

Fluorescent Screen

6.3V

HS0-5080

0

0

A

4

*note

1629

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye open

12.6V

HS5-4080

0

100

A

3

Eye close

12.6V

HS5-4380

0

100

A

3

*emission

Fluorescent Screen

12.6V

HS0-4080

0

0

A

4

+gm

Triode

12.6V

HS5-3080

17

0

B

3

>22

6AL7GT

Test

Status Unit1 (L)

Status Unit2 (R)

Heater

Select

Bias

Shunt

Range

Push

em

Fluorescent Screen

Eye open

Eye close

6.3V

HS6-3580

bias Vary

100

A

3

Eye close

Eye open

6.3V

HS4-3580

bias Vary

100

A

3

Both Eye Open

6.3V

HS5-3480

bias Vary

100

A

3

*emission

Fluorescent Screen (Eye open )

-

6.3V

HS6-5080

0

0

A

4

*note

-

Fluorescent Screen (Eye open )

6.3V

HS4-5080

0

0

A

4

*note

Fluorescent Screen (Both Eye open )

6.3V

HS0-5080

0

0

A

4

*note

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

Table E2 European Magic Eye Tubes -Suplimented Data / 欧州マジックアイ管 (追補データ)

Name

Test condition

AM2

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Jumper

Fluorescent Screen

Eye Close to OPEN

4.3V

CT7-5610

100 to 0

100

B

3

-

pin1-8#

Eye CLOSE (30' to 20')

4.3V

CT7-6510

100 to 0

0

A

3

-

pin1-8#

Eye-OPEN (90')

4.3V

CT8-6510

0

0

A

3

-

without

(Eye open ) Target Diode measurement

4.3V

CT0-6010

0

0

A

4

*note

pin1-8#

*emission

+gm

Triode measurement

4.3V

CT7-5610

17

0

B

3

>??

pin1-8#

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect a lead wire from Loktal test socket pin No.8 to Loktal test socket pin No.1,

using Homemade Socket Adopter (Philips Type Socket to US Octal).

AM2 Pin Location

US Octal pins

1

2

3

4

5

6

7

8

P-Valve pins

4

3

2

1

8

7

6

5

AM2

k

h

h

-

p

Ta

g

gta

EM4

Test

Status Unit1

Status Unit2

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

Eye open to close

6.3V

CT0-6010

0 to 30

100

E

4

-

+B with 500kohm

#)

Eye open to close

0 to 55

(Both Eye open ) Target Diode measurement

6.3V

CT0-6010

0

0

A

4

*note

*emission

+gm

Eye open ) Triode measurement

-

6.3V

CT7-8610

17

0

B

3

>??

-

Eye open ) Triode measurement

6.3V

CT7-5610

17

0

B

3

>??

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect two 500k ohm resistors from Plate jack to octal test socket pin No.5, and pin No.8,

using Homemade Socket Adopter (Philips Type Socket to US Octal).

EM4 Pin Location

US Octal pins

1

2

3

4

5

6

7

8

P-Valve pins

4

3

2

1

8

7

6

5

EM4

k

h

h

-

p2+rc2 #

Ta

g

p1+rc1 #

6CD7/ EM34

Test

Status Unit1

Status Unit2

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

Eye open to close

6.3V

HS4-5080

0 to 30

100

E

4

-

+B with 500kohm

#)

Eye open to close

0 to 55

(Both Eye open ) Target Diode measurement

6.3V

HS0-5080

0

0

A

4

*note

*emission

+gm

Eye open ) Triode measurement

-

6.3V

HS4-6580

17

0

B

3

>??

-

Eye open ) Triode measurement

6.3V

HS4-3580

17

0

B

3

>??

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect two 500k ohm resistors from Plate jack to octal test socket pin No.5, and pin No.8,

using Socket Adopter JFC ELEX-8.

EM34 Pin Location

US Octal pins

1

2

3

4

5

6

7

8

6CD7/EM34

-

h

p2+rc2

g

Ta

p1+rc1

h

k

UM11

Test

Status Unit1

Status Unit2

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

Eye open to close

12.6V

BY0-7060

0 to 30

100

E

4

-

+B with 2200kohm

#)

Eye open to close

0 to 55

(Both Eye open ) Target Diode measurement

12.6V

BY0-7060

0

0

A

4

*note

*emission

+gm

Eye open ) Triode measurement

-

12.6V

BY5-3760

17

0

B

3

>??

-

Eye open ) Triode measurement

12.6V

BY5-4760

17

0

B

3

>??

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect 2200k ohm resistors from Plate jack to NOVAL test socket pin No.3, and No.4, heater (15V -->12.6, Test 60-->?))

using Homemade Socket Adopter (German Type Socket to US Octal).

UM11 Pin Location

US Octal pins

1

2

3

4

5

6

7

8

German Octal pins

6

7

8

1

2

3

4

5

UM11

h

-

p1+rc1

p2+rc2

g

k

Ta

h

EFM11

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

Eye open to close

6.3V

BY0-7060

0 to 68

100

E

3

-

+B with 2200kohm

#)

Eye open to close

6.3V

BY5-7460

0 to 65

100

E

3

-

(Both Eye open ) Target Diode measurement

6.3V

BY0-7360

0

0

A

4

-

*emission

+gm

Eye open ) Pentode measurement

6.3V

BY5-4360

17

0

B

3

>??

Eye open ) Screen measurement

6.3V

BY5-7360

17

0

B

3

>??

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect 2200k ohm resistors from Plate jack to NOVAL test socket pin No.3

using Homemade Socket Adopter (German Type Socket to US Octal).

EFM11 Pin Location

US Octal pins

1

2

3

4

5

6

7

8

German Octal pins

6

7

8

1

2

3

4

5

EFM11

h

-

g2+rc

p

g

k+g3

Ta

h

1N3/ DM71 and DM70/ 1M3

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen and +gm

Eye open to close

-

1.5V

EV1-8000

100 to 25

0

D

4

>1?

All Bar Bright

25

Upper and Lower Parts Bright

60

Lower Part Bright

65

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#Adjust bias to vary bar length. Do not adjust bias below 25.

1H3/ DM90

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

note

Fluorescent Screen and +gm

Eye open to close

-

1.5V

ET1-6000

100 to 25

0

D

4

>1?

#

All Bar Bright

25

Upper and Lower Parts Bright

60

Lower Part Bright

65

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#Adjust bias to vary bar length. Do not adjust bias below 25.

Another TV7/U setup Condition*** for 1H3/DM90

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

note

Fluorescent Screen and +gm

Eye open to close

Bright

1.5V

ET1-0000

100 to 0

100

-

3

-

*) +B with 2200 kohm

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

* Connect a 1 (or 2.2) Mohm registor from Plate jack to octal socket pin No.6, vary bias to vary bar paturn.

6BR5/ EM80

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

vary bias to vary beam angle

(Eye CLOSE)

(Eye OPEN)

6.3V

EV1-9020

100 to 0

(37)

(10)

100

D

4

-

#) +B with 1M ohm

(Both Eye open ) Target Diode measurement

6.3V

EV1-9020

0

0

A

4

-

*emission

+gm

Eye open ) Triode measurement

6.3V

EV1-7920

10

10

D

3

>??

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect a 1 Mohm resistor from Plate jack to octal test socket pin No.7

6DA5/ EM81

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Supply

Fluorescent Screen

vary bias to vary beam angle

(Eye CLOSE)

(Eye OPEN)

6.3V

EV1-9020

100 to 0

(37)

(25)

100

A

4

-

#) +B with 1M ohm

(Both Eye open ) Target Diode measurement

6.3V

EV1-9020

0

0

A

4

-

*emission

+gm

Eye open ) Triode measurement

6.3V

EV1-7920

10

10

D

3

>8?

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#) connect a 1 Mohm (or 2.2 Mohm) resistor from Plate jack to octal test socket pin No.7, vary bias to vary beam angle. (Eye CLOSE at Bias=37, and Eye OPEN at Bias=25)

Pin Location of EM81/6DA5

Noval 9 pins

1

2

3

4

5

6

7

8

9

EM81/6DA5

g

k+gta

IC

h

h

IC

p+rc

IC

Ta

DM160/ 6977

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

note

Fluorescent Screen and +gm

-

1.1V

BT2-4000

100 to 25

0

D

3 + 2-Diode

>1?

#

##

Full Bright

25

Half Bright

30

A Little Bright

35

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

#Adjust bias to vary bar length. Do not adjust bias below 25.

##Set Line TEST=55, X; Adjust bias to vary brightness. Do not adjust bias below 25

Table E3 Japanese Magic Eye Tubes -Suplimented Data / 日本のマジックアイ管(登録順)

Name

Test condition

6E5-D

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye open

6.3V

GR5-4030

0

100

A

3

Eye close

6.3V

GR5-4230

0

100

A

3

*emission

Target Diode

6.3V

GR0-4050

0

0

A

4

+gm

Triode

6.3V

GR3-2050

17

0

B

3

>22

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6Z-E1/ 6E5-W

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye open

6.3V

GR5-4030

0

100

A

3

Eye close

6.3V

GR5-4230

0

100

A

3

*emission

Target Diode

6.3V

GR0-4050

0

0

A

4

+gm

Triode

6.3V

GR3-2050

17

0

B

3

>22

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6M-E2

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye close

6.3V

ET1-5270

0

100

A

3

(Eye open ) Target Diode measurement

6.3V

ET0-5070

0

0

A

4

*emission

+gm

Triode measurement

6.3V

ET1-2070

17

0

B

3

>22

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6E5-MT

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye close

6.3V

ET2-5170

0

100

A

3

(Eye open ) Target Diode measurement

6.3V

ET0-5070

0

0

A

4

*emission

+gm

Triode measurement

6.3V

ET2-1070

17

0

B

3

>22

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6M-E4/ 6E5-P

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye close

6.3V

ET1-5270

0

100

A

3

(Eye open ) Target Diode measurement

6.3V

ET0-5070

0

0

A

4

*emission

+gm

Triode measurement

6.3V

ET1-2070

17

0

B

3

>4

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6M-E5/ 6E5-M

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye close

6.3V

ET1-5270

0

100

A

3

(Eye open ) Target Diode measurement

6.3V

ET0-5070

0

0

A

4

*emission

+gm

Triode measurement

6.3V

ET1-2070

17

0

B

3

>22

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

++) A 7-pin miniature tall test socket adapter JFC ELEX-7 is required to fit it to the TV7/U 7-pin miniature soket because 6M-E5/6M5-M has a diameter 20.4 mm of bakelite base.

12Z-E8

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye open

12.6V

GR5-4030

0

100

A

3

Eye close

12.6V

GR5-4230

0

100

A

3

*emission

Target Diode

12.6V

GR0-4050

0

0

A

4

+gm

Triode

12.6V

GR3-2050

17

0

B

3

>33

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

12Z-E9

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye open

12.6V

GR5-4030

0

100

A

3

Eye close

12.6V

GR5-4230

0

100

A

3

*emission

Target Diode

12.6V

GR0-4050

0

0

A

4

+gm

Triode

12.6V

GR3-2050

17

0

B

3

>33

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6M-E10

Test

Status

Heater

Select

Bias

Shunt

Range

Push

gm

Fluorescent Screen

Eye close

6.3V

ET1-5270

0

100

A

3

(Eye open ) Target Diode measurement

6.3V

ET0-5070

0

0

A

4

*emission

+gm

Triode measurement

6.3V

ET1-2070

17

0

B

3

>33

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

++) A 7-pin miniature tall test socket adapter JFC ELEX-7 is required to fit it to the TV7/U 7-pin miniature soket because 6M-E5/6M5-M has a diameter 20.4 mm of bakelite base.

6Z-E11

6G-E12

6G-E12A

Test

Status Unit1 (L)

Status Unit2 (R)

Heater

Select

Bias

Shunt

Range

Push

em

Fluorescent Screen

Eye open

Eye close

6.3V

HY1-6230

0

100

A

3

Eye close

Eye open

6.3V

HY4-6530

0

100

A

3

( Both Eye Open), *Target Diode measurement

6.3V

HY0-6030

0

0

A

4

*note

+gm

Triode

-

6.3V

HY4-5030

17

0

B

3

>10

-

Triode

6.3V

HY1-2030

17

0

B

3

>10

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

6R-E13

Test

Status Unit1 (L)

Heater

Select

Bias

Shunt

Range

Push

em

Fluorescent Screen

Eye close to a litte open

6.3V

EV1-3720

0 to 100

100

B

3

( Eye Open), *Target Diode measurement

6.3V

EV0-3020

0

0

A

4

*note

+gm

Triode

6.3V

EV1-7020

17

0

B

3

> 3

*em=(meter)/10=0.1 x(meter) mA, gm=(meter)/40=0.025 x(meter) mA/V

1D-E14

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*) NAVWEPS 16-45-637, TB 11-6625-274-12/1, Department of the Army Technical Bulletin, "Test Data for Electron Tube Test Sets TV-7/U, TV-7A/U, TV-7B/U, and TV-7D/U", Headquarters, Department of the Army, (USA) January 1962.

私は,TV-7/Uが作られた後に出来た新しい米国球・欧州球や日本独自の球もTV-7/Uでテストできるように,テスト・データ・ブックの追補版を作りました。また,従来の掲載管種も含めて,整流管のエミッションや増幅管のgm推定時の精度が評価できるように,gmの公表値,私の手持ちの球の測定値,誤差を付けました。データをまとめるに当たり管種は用途別に分類しました。TV-7/Uを御使用の方には大変有益な情報を提供するものと信じます。御使用でない方はこのページはスキップして下さって結構です。

(note) B-range gm=Meter/40, C-range gm=Meter/20, D^range gm=Meter/8, E-range gm=Meter/4

1st edition (1998.4.4), 2nd edition (2006.7.18), (2007.1.27)
(c)1998, 2006, 2007 Koji HAYASHI All rights are reserved.