title>Detail specification for electronic components Silicon-target vidicon of type SF-1303 (Applicable for certification) - SJ/T 10032-1991 - Chinese standardNet - bzxz.net
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Detail specification for electronic components Silicon-target vidicon of type SF-1303 (Applicable for certification)
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Standard ID:
SJ/T 10032-1991
Standard Name:Detail specification for electronic components Silicon-target vidicon of type SF-1303 (Applicable for certification)
SJ/T 10032-1991 Electronic Devices Detailed Specification SF-1303 Silicon Target Video Tube (for certification) SJ/T10032-1991 Standard Download Decompression Password: www.bzxz.net
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Electronic Industry Standard of the People's Republic of China SJ/T 1003291 Detailed Specification for Electronic Components SF-1303 Silicon Target Video Tube (Available for certification) Published on April 8, 1991 Implemented on July 1, 1991 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 SF-1303 Silicon Target Video Tube Dctail Epccification for electraulc eampmenlsSilicun--targel vidieon aF typesF-133 (available for certification) SJ/T1003291 This standard applies to SF-1303 type ton target visual tube (hereinafter referred to as visual tube), which is formulated in accordance with GB1147989 blank detailed specification and meets the requirements of B11478-80 batch general specification 3. China's electronic components quality certification must be based on the China Electronics Technology Standardization Institute, the People's Republic of China Ministry of Machinery and Electronics Industry approved on April 8, 1991, implemented on July 1, 1991 Ministry of Machinery and Electronics Industry of the People's Republic of China According to the measurement of 53479 SJ/T 1003291 Total 16 yuan Detailed specification SF13D3 type silicon bar Yue original sound 1 Description and structure Shape and deflection mode: electromagnetic baking, electric front rotation surface straight, 426mm Spectral range: 409~.[103r Net note flying mode is divided into type 2 External shadow diagram (not for inspection) See A A1 Outlet wiring network See A2 3 Speed: speed, electric shock resistance 4 Break type assessment level 5 Transformation (not for inspection) 5.1 Machine installation position: See Appendix A A1 SJ:T 10332:-91 Parts line sample 2H line Working position: arbitrary Recommended G2S——2 Weight: about 55g 5.2 Damage temperature, account rise, ~50--7℃ Work, -40~·55 5.3 Acceptance limit (shareholder management for fixed value All electrodes are pressed according to the potential of the hot wire center pressure Hot wire gas cathode Increase the wire push to the positive potential Hot wire is set to the quality potential First: - positive voltage (reverse pregnancy) Focus electrode voltage Control super low Network electrode medium voltage Surface sleepiness| |tt||Panel requirements Signal pole voltage 6 Working case and typical characteristics (not for inspection) Hot wire (=6.3 attached) Carrying size Alternating line density The sustained value that the video tube can reach under the following conditions: Modulation pole voltage:. 10V First--rejection voltage 300V Second signal voltage 1: 0.2-250~-300V Segment voltage 50 Section field: X: Scanning standard:: 25 line resistance, Panel temperature: 35 ± 3 Signal voltage (=.x=10V) Depression (hours) J. 6 X 12. 5 Figure service report a, TV sticky teaching representation S1/T10032:91 b.0 right line vehicle noise value should (A. only) High reduction (light stop purpose 0) mark . Trademark (print: "trademark") b. Model SF-1803 Road editor or issue date d, qualified mark or certification qualified mark, 3 Ordering information The ordering force should be clearly stated on the order form Write down the following: Product model name; h. Detailed specification number: Test product name d. Others, 9 Related documents GB1117 General specification of image tube G111476 Detailed specification of image tube interface G811480 Test method 10 Supplementary information (non-test purpose) 10.1 Deflection line position, the image tube should be coaxially inserted into the deflection line test assembly, and the relative position should be fixed. See Figure A11 in Appendix A 0.2 The output impedance of the current is about 1C0M3 10.3 The external magnetic field should be shielded. 10.4 In order to obtain the best performance of the video tube, it is recommended to adjust the signal voltage appropriately when using the video tube! The test value is raised. If the signal voltage is too high, the potential of the amplifier will be increased. The sensitivity of the imager does not change with the increase of the signal voltage. It is hoped that the dynamic range of the amplifier is sufficient to ensure that when the output current increases, the amplifier will not be overloaded or cause failure. The operating environment of the imager should be within the range of 2C~3GC. If the voltage is too high, the dark current will be large. The panel quality will increase and the dark current will increase by about 10 times. Test and inspection requirements--Test conditions code\,\ H, - ti. av 0,-1ov 1...26±37 Scan size, 0.ex12.mm SJ/T 1003291 A Group---Test one by one [±-250--30(V U=GODY All heart pressure classes are also damaged, all times the test is non-destructive test or trial purchase A1 division sister direct purchase signal current a battery use the image setting hospital a2 group convenient to use the small out T fast fee field a dance big call hall a hot wire bottom between the hot wire and the limit is the positive potential small hot relative is the negative electric this G11430 Wu monitoring policy GB 11475 3, 5 a:-360V ---8ny I,CE= x Is=S5OnAwww.bzxz.net rk-10v Stack fast age check level AQL. Quantity C2 4X10-1 Method: The scanning line is parallel to the standard tube and the single and V General test year parts-same as A group The test with mark () is destructive test Overall monitoring or test Main dimensions 3. Tube filling diameter According to the book list length e. Bone needle length and Diameter -Destructive test GB11478: Same as 4 Tests marked with (D) are destructive tests Inspection or test Center group . Calculation Variation -Shadow and uniform Mold surface guarantee height C? Calculation Light-concentrated Transfer characteristics Temporary operation effect -Geometric nonlinearity GB114B0 SJ/T 1003291 Non-working C Group 1 ·Batch inspection Figure A1 and Figure A Periodic inspection Inspection level: AQL Inspection requirements Test components 430 TV value response or TV total .1. 14- 2. 1 After the light is on, 6Dmzs TC; for the section electrical gauge wire see Appendix C C3 test conditions—group A tests with the mark (D) are knockout tests test or type test P1 stage 3. Total length of the emergency sound b. Replacement of the mutual diameter 5.Direct inspection of mother ring d, replacement needle diameter point out the electrical research constant width heat one impact D5 group …head test island : GH-3478 CB11480 SJ/T 10132-91 assembly-approved test comparison test piece cause a small amount industrial vehicle posture non-working modification t-553: xh =70+22 relative accuracy 905%-95% t= aclh Frequency 5~·55Hz Vibration 2 Maximum intensity 309m,g(30g) Impact time 16as Impact adjustment: vertical and horizontal 3 times each Non-working state Control safety requirements and Figure A3 See Appendix C C4.1 See CC4.1 Remove C4 from C. 2 See Appendix C4.3 See the following record A1 Appearance drawing Appearance diagram A[as shown, A2 Electrode wiring diagram Warm wiring diagram as shown in Figure 2: A3 Strip diagram Dish diagram A3 New illustration. SI/T1CC32—91 Appendix A Related graphics (Supplement) Signal plate First anode Wang Po Ke money A4 Regulated image tube position in the online diagram component SJ/T 10032—91 Regulation tube online diagram toward the internal position of the parts see the oil distribution shown in Figure 4 Magnetic conduction Alignment total surface Field conversion diagram Electric screen payment Typical photoelectric conversion characteristic curve SJ/T5032—S Characteristic curve (Complete test piece) Typical optical center load conversion characteristic curve is shown in Figure: As shown, the typical amplitude response characteristic curve Typical which value has the industry characteristic output line is shown in Figure 2.: Miw(1x) B3Typical photoelectric response curve 5J/1 100329: Do500GUn 10020030 Spatial flux (electric line) The spectral response curve of the overall model is shown in Figure B3. 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