SJ/T 10036-1991 Detailed Specification for Electronic Devices FU-605 Electron Tube (for certification) SJ/T10036-1991 Standard Download Decompression Password: www.bzxz.net

Electronic Industry Standard of the People's Republic of China SJ/T 10036-91
Detailed Specification for Electronic Components
FU-605 Electron Tube
(Available for Certification)
Published on April 8, 1991
Implementation on July 1, 1991
Published by the Ministry of Machinery and Electronics Industry of the People's Republic of China Electronic Industry Standard of the People's Republic of China Detailed Specification for Electronic Components
FU-605 Electron Tube
Ixelwil spsification for elcctronic compauentselectronic tube of lype [u—605 (Available for Certification)
This standard specifies the detailed requirements for U-501 type electronic tubes. This standard is applicable to U-5 type electronic components. The SJ/T10036-91 standard is based on the detailed requirements of 6256 industrial thermal transistors. It complies with the requirements of the B255 space charge control general specification. The standard organization of China Electronic Components Certification Association is China Electronics Equipment Technology Standardization Research Institute, approved by the Ministry of Machinery and Electronics Industry of the People's Republic of China on April 8, 1991, 1591-C7-C1 implementation. The Ministry of Electronics Industry of the People's Republic of China has approved the quality of GB635! SJ/T 1D (36-91
F type electronic product glass filled variable
pure direct heating type chemical needle solution pole natural detection
type three, the maximum power
is 80W, assuming the limited working frequency
50MH, according to the electronic tube record for L industry
heating equipment as a model labor, in radio equipment in the amplifier, the core and the modulation port.
NJ/T10036-91
Page 2
National trademark
416=No.
1 Supplementary information
1.1 Mark
S1/T 10036
1.1.1 The order tape and the packaging shall be marked with: a.
Manufacturing trademark;
Model, FL6U5
Manufacturing time and serial number shall be marked in a visible place on the core of the package according to the "one day/one month one number" rule: Golden Grid Logo:
1.1.2 The packaging box shall be marked with a mark that meets the relevant requirements of the GB19 packaging storage and transportation diagram. 1.2 Ordering Information
The ordering party shall accurately write the following contents in the order form: a.
Required product model:
Detailed specification number and release date;
Others.
1.3 Reference standards
GB255 General specification for air-conditioning control electronic tubes
GB5256 Detailed specification for industrial heating three-stage tubes 1.4 Requirements for test records
Not applicable,
? Performance (not for inspection)
2.1 General performance
Minimum value
2.1.1 Quality (re-taken)
2.1.2 Installation position inspection vertical H (inner electrode on top) 2.1.3 Cooling natural cooling
large value
Note, if the negative voltage is not matched, the two bearings must be operated under strong air cooling, and the wind direction is from the bottom of the electron through the standard seat from bottom to top.
2.14 Tube light intensity full
2.1.5 Sealing high temperature
2.1.6 Lead range maximum temperature
2.2 Mountain theory
Rated value
Electrode calibration capacitance
Anode and electrode capacitance
Grid and electrode capacitance 2.2.3 Cross-over under specified anode current (7a=4kVFa=190mA) 2-2.4 Characteristic curve 2.2.4.1 Relationship curve between anode current and primary current and anode current is shown in A1. 2.2.4.2 Constant current curve is shown in A2. 2.2.5 Working condition: Grid type electrical state 2.2.5:1 ratio 2.2. 5. 2 Lamp insulation
2- 2- 5. 3
Anode DC voltage
2.2.5.4 Anode DC voltage
2. 2. 5. 5
Anode peak value
2.2.5.6 Anode DC current
Tide and DC current
2. 2. 5. 7
2. 2- 5-8
Grid resistancebzxz.net
2. 2 5. 9
Anode load impedance
Micropower
2. 2. 5. 10
2. 2: 5. 11
Phase-phase power dissipation
Output power
2.3 Electrical parameters
Micro-large absolute rated values
2.3.1 Maximum absolute rated value
2.3.1.1 Low heat
2.3.1.2 Filament current.3)
2.3.1.3 Maximum circuit resistance
2.3.2 Maximum value under specified conditions Absolute rated values ​​(F50MHz) 2.3.2.1 Allowable tolerance of filament voltage 2.3.2.2 Maximum filament DC voltage 2.3.2.3 Maximum filament DC capacitor 2.3.2.4 Micro-power material 2.3.2.5 Maximum filament power dissipation 2.3.2.6 Maximum filament DC current 2.3.2.7 Maximum gate DC current
2.3.2. Maximum peak voltage
3 Test items and test requirements
Nominal value
Minimum value
Maximum value
—270
Maximum value
—350
All tests are non-destructive (ND),
Inspection or verification
Light appearance|| tt||Reverse outflow
Lamp current
Load stop
Pulse emission
Radio frequency
Five Australian products,
Radio frequency system
GE6255
SI/T10036—91
Also batch inspection
Certification of good quality
Non-working state
U= 9. 3V Ut=dkY Ja=190mA
Wt=0.3VU=4kV
fa—1G:nA
Us-6.3V U'm- 300V
-200Hz 10
C=0.3V0,=6hV
Px750mA Pg55370mA
Non-working output
A-5.3V Ug--1xV
The cross-group inspection is non-sensitive (ND)
The size that needs to be controlled is,
Anode leads to
Cathode leads to
Electrode capacitance!
Test requirements
Maximum single position, [AQ]
See attached B
-·120
Periodic inspection (cycle per month)
Adjustment conditions
Minimum detection
Working state
Working state
Maximum position
This paper test is destructive (D)
Control will be tested or tested
Durability test||t t||Actual test
Appendix output power
Reverse electric construction
GB6255
Note 1(0)1>Magnetic pressure test,
(9N): Destruction test,
(at level.
Also AQL qualified benefit level.
Test period (month).
@n Sample size.
?C: Qualification number,
SJ/T 10036-:S1
Entire approval test
Test sleeping parts
Minimum value
.f30MH t-SkV
I2750mA JxE307mA
f50MHkV
T,≤750mLA Ig3nOmA
U=4V IGMA
1Production [Not available for testing multiple pieces] Special machine factory coverage. 4
Delayed delivery
Maximum value
The tubes that have been inspected for quality consistency and whose storage period exceeds 12 months must be re-inspected before delivery. Control points: Re-inspect according to group 1 requirements. Self
b. Pulse emission: Re-inspect according to group A2 requirements. Requirements
SJ/T 10036-91
Attachment A
Characteristic curve
(Supplement)
A1 Relationship curve between anode current and physical current and anode voltage a
Old sensitive cable
Carrying anode current
42 Over-discharge curve
SI/T 10036—91
Positive battery
E1 Visual inspection
SJ/T10036·91
Appendix B
Appearance inspection requirements
(Supplement)
1. The housing of the battery should be clear and not allowed to have deformation that may affect normal operation: B1.2 The positive battery should not be loose;
B1.3 The parts inside the tube should not be seriously oxidized or contaminated. 4 There should not be any moving debris that may affect normal operation in the tube. B2 Replacement quality
The seal of the electron tube should be neat and smooth, and no cracks are allowed. B3 The tube veins should be straight
The tube pins should be parallel to the tube axis.
4 Clarity, accuracy and position of the mark
The mark on the electronic device should be accurate, clear, firm, and the position should comply with the provisions of the appearance drawing. The painting quality
The base should be bright and uniform in the morning
Additional remarks:
This standard was mainly drafted by Factory 77
The main contributors to this standard are: Guai Xingwu, Lai Shiqiong, Chen Yongchang, Guo Shuwen, Gao Yucheng, Su Guaqin,
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