Tektronix TSG130A Instruction Manual Download

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Specifications

3–34

TSG130A Instruction Manual

Figure 3–27: Y channel – 100% flat field

Figure 3–28: C channel – 100% flat field

Summary of Contents for TSG130A

Page 1: ...00 and Above 071 0472 03 Warning The servicing instructions are for use by qualified personnel only To avoid personal injury do not perform any servicing unless you are qualified to do so Refer to all...

Page 2: ...and foreign patents issued and pending Information in this publication supercedes that in all previously published material Specifications and price change privileges reserved Tektronix Inc P O Box 50...

Page 3: ...ations This warranty shall not apply to any defect failure or damage caused by improper use or improper or inadequate maintenance and care Tektronix shall not be obligated to furnish service under thi...

Page 4: ...select option 1 Service support 1 800 833 9200 select option 2 Technical support Email techsupport tektronix com 1 800 833 9200 select option 3 1 503 627 2400 6 00 a m 5 00 p m Pacific time This phone...

Page 5: ...C Signal Format 3 22 Betacam Component Signals 3 Wire 3 45 CTDM Format Betacam 2 Wire 3 61 GBR Signals 3 66 Option 01 Signals Mll 3 Wire 3 81 Mll 2 Wire Format 3 96 Option 2J Signals Y C Unique Signal...

Page 6: ...3 Setting the Internal Jumpers 7 4 Replaceable Electrical Parts Parts Ordering Information 8 1 Using the Replaceable Electrical Parts List 8 1 Diagrams Diagrams Circuit Board Illustrations 9 1 Symbol...

Page 7: ...2 02 and 03 black burst output 3 21 Figure 3 2 Option 2J black burst output 3 21 Figure 3 3 Y channel 75 bars 3 22 Figure 3 4 C channel 75 bars 3 22 Figure 3 5 Y channel 75 red same as red field 3 23...

Page 8: ...ramp 3 39 Figure 3 38 C channel modulated ramp 3 39 Figure 3 39 Y channel multiburst 3 40 Figure 3 40 C channel multiburst 3 40 Figure 3 41 Y channel sweep 3 41 Figure 3 42 C channel sweep 3 41 Figure...

Page 9: ...urst 3 58 Figure 3 76 Y channel 5 step matrix only 3 58 Figure 3 77 B Y and R Y channels 5 step matrix only 3 59 Figure 3 78 Y channel 75 bars 3 59 Figure 3 79 C channel 75 bars 3 60 Figure 3 80 Y cha...

Page 10: ...urst 3 77 Figure 3 114 Blue and red channels multiburst 3 77 Figure 3 115 Green channel sweep 3 78 Figure 3 116 Blue and red channels sweep 3 78 Figure 3 117 Green channel bowtie 3 79 Figure 3 118 Blu...

Page 11: ...96 Figure 3 152 Y channel 75 bars 3 96 Figure 3 153 C channel 75 bars 3 97 Figure 3 154 Y channel 100 bars 3 97 Figure 3 155 C channel 100 bars 3 98 Figure 3 156 Y channel 0 flat field 3 98 Figure 3 1...

Page 12: ...3 189 R Y channel SMPTE bars no setup 3 115 Figure 3 190 Y channel IYQB no setup 3 115 Figure 3 191 B Y channel IYQB no setup 3 116 Figure 3 192 R Y channel IYQB no setup 3 116 Figure 3 193 Y channel...

Page 13: ...5T pulses 3 134 Figure 3 229 R Y channel 12 5T pulses 3 135 Figure 3 230 Y channel 0 80 IRE mod ramp 3 135 Figure 3 231 C channel 0 80 IRE mod ramp 3 136 Figure 3 232 Y channel chroma response 3 136...

Page 14: ...erformance checks EXT REF cable moved to Y G output 5 20 Figure 5 4 Bowtie crossover 5 28 Figure 5 5 Setup to check S video output 5 29 Figure 5 6 Setup to measure total harmonic distortion 5 30 Figur...

Page 15: ...1 11 TSG130A test signal summary for Option 04 Mll signals with comp sync on the optional output 1 9 Table 1 12 TSG130A rear panel outputs in various formats for Option 04 1 9 Table 1 13 TSG130A test...

Page 16: ...c output Options 02 03 04 2J and 01 02 3 17 Table 3 11 Power supply specifications 3 17 Table 3 12 Physical characteristics 3 18 Table 3 13 Environmental characteristics 3 18 Table 3 14 Certifications...

Page 17: ...ure that the product is properly grounded Observe All Terminal Ratings To avoid fire or shock hazard observe all ratings and markings on the product Consult the product manual for further ratings info...

Page 18: ...to this product or other property Terms on the Product These terms may appear on the product DANGER indicates an injury hazard immediately accessible as you read the marking WARNING indicates an injur...

Page 19: ...azardous voltages for long periods of time after power is turned off Before attempting any servicing discharge the CRT by shorting the anode to chassis ground When discharging the CRT connect the disc...

Page 20: ...Service Safety Summary xvi TSG130A Instruction Manual...

Page 21: ...Getting Started...

Page 22: ......

Page 23: ...G130A and Table 1 2 lists what is available from each rear panel output in each of the four modes The rest of the tables Tables 1 3 through 1 14 list the special signals and outputs available from eac...

Page 24: ...This option combines Options 01 and 02 The result is an MII component signal set and black burst or composite sync from the black sync output Option 03 has a longer blanking width 11 2 ms and a color...

Page 25: ...ld Conver gence Mod ramp NTC7 com posite Bounce Y B Y R Y Betacam 75 color bars 50 flat field Valid 5 step Pulse bar with window Multiburst Matrix 3 wire 100 color bars 100 flat field T pulses 60 swee...

Page 26: ...TSC YC NTSC Y C Black burst or comp sync C Y 0 Volts Y B Y R Y Betacam Illegal signal Y B Y Y B Y Black burst or comp sync B Y Y R Y G B R Illegal signal G B G B Black burst or comp sync B G with sync...

Page 27: ...R 75 color bars Red field 10 step Pulse bar Multiburst 100 color bars Green field Sweep Bowtie Blue field Conver gence Y CTDM Mll 2 wire 75 color bars 50 flat field 100 color bars 100 flat field Swee...

Page 28: ...or bars with no setup Red Field with no set up 50 IRE flat field Chromi nance Noise 5 step Pulse bar Multiburst Matrix with no setup 100 color bars with no setup Green field with no set up 100 IRE fla...

Page 29: ...urst no setup Y B Y R Y Betacam Illegal signal Y B Y Y B Y Black burst no setup or comp sync B Y Y R Y G B R Illegal signal G B G B Black burst no setup or comp sync B G with without sync R Y CTDM Bet...

Page 30: ...st 100 color bars Green field Sweep Bowtie Blue field Conver gence Y CTDM Betacam 75 color bars 2 wire Table 1 10 TSG130A rear panel output in various formats for Option 03 Rear panel output Format Co...

Page 31: ...100 bowtie 3 wire 100 color bars with clamp detec tor 100 flat field 2T 5T in Y 100 of 5T in B Y R Y 100 nar row sweep 50 Bowtie SMPTE bars with level reference 0 flat field 60 narrow sweep G B R 75...

Page 32: ...Chromi nance noise 5 step Pulse bar Multiburst Matrix 100 color bars Green field 100 IRE flat field Chromi nance frequency response Ramp Sweep SMPTE bars Blue field 0 IRE flat field Conver gence Mod...

Page 33: ...at Composite S video Black Sync C B Y B Y G CTDM R Y R NTSC YC NTSC Y C Black burst or comp sync C Y 0 Volts Y B Y R Y Mll Illegal signal Y B Y Y B Y Black burst or comp sync B Y Y R Y G B R Illegal s...

Page 34: ...9 ms 11 2 ms 10 9 ms 10 9 ms Second black burst From CTDM R Y R output Color flag reference pulse From one Y G output F1L10 From one Y G output F1L10 Color frame square wave From one Y G output low F...

Page 35: ...r s functions H A front panel board that decodes front panel button selections H A ribbon cable that feeds decoded front panel information to the main board H A ribbon cable that supplies signals from...

Page 36: ...ns shown in table 1 16 These are H Option A1 a 220 V 16 Amp rated power cord with the universal European three prong power plug H Option A2 a 240 V 15 Amp rated power cord with the United Kingdom thre...

Page 37: ...Operating Basics...

Page 38: ......

Page 39: ...Refer to Selecting the Power Supply Mains Voltage for further information Test signal selection Format selection Figure 2 1 TSG130A front panel Front Panel Controls The front panel is organized into...

Page 40: ...election button for the first time lights the top row LED if the signal format selected for example Y B Y R Y offers that particular test signal Successive presses of the same button select other test...

Page 41: ...utput The rear panel provides the following outputs 1 R Y output in Y B Y R Y format CTDM output in CTDM format and red in GBR format 2 Chrominance output NTSC YC format B Y output in Y B Y R Y format...

Page 42: ...o 150 W Do not use less than 150 W Using a lower impedance termination risks damaging the TSG130A 9 1 kHz audio tone output with jumper selectable ID click The frequency of the ID click may be changed...

Page 43: ...valid rear panel outputs Table 2 1 NTSC YC format available signals 1 2 3 4 5 6 7 8 75 color bars Red field 50 IRE flat field Chrominance noise 5 step Pulse bar Multiburst Matrix 100 color bars Green...

Page 44: ...C Y C C 0 volts No output Y Figure 2 5 NTSC YC format rear panel signal locations Table 2 3 Y B Y R Y format available signals 1 2 3 4 5 6 7 8 75 color bars 50 flat field Valid 5 step Pulse bar with w...

Page 45: ...R Black sync Y G Illegal signal Y B Y Y B Y B Y R Y No output Y Figure 2 7 Y B Y R Y format rear panel signal locations Table 2 5 GBR format available signals 1 2 3 4 5 6 7 8 75 color bars Red field 1...

Page 46: ...eo C B Y B CTDM R Y R Black sync Y G Illegal signal G B G B B R No output G Figure 2 9 GBR format rear panel signal locations Table 2 7 Y CTDM format available signals 1 2 3 4 5 6 7 8 75 color bars 50...

Page 47: ...TSG130A Instruction Manual 2 9 Table 2 8 Y CTDM format rear panel outputs Composite S video C B Y B CTDM R Y R Black sync Y G Y Y 0 volts 0 volts CTDM No output Y Figure 2 11 Y CTDM format rear panel...

Page 48: ...Operating Basics 2 10 TSG130A Instruction Manual...

Page 49: ...Specifications...

Page 50: ......

Page 51: ...ecifications 3 Component test signal specifications 4 GBR test signal specifications 5 CTDM test signal specifications 6 Signal level specifications 7 Power supply physical and environmental specifica...

Page 52: ...nd Laboratory Use Additional Compliance IEC1010 1 Safety Requirements for Electrical for Measurement Control and Laboratory Use Safety Certification Compliance Temperature operating 5 to 40_ C Altitud...

Page 53: ...35 Chrominance 400 ns 40 ns Y 16 B Y 39 Burst 400 ns 40 ns C 36 R Y 43 Sync 140 ns 20 ns Color difference 400 ns 40 ns on color bars 250 ns 25 ns on other signals Sync amplitude NTSC YC 285 7 mV 2 NTS...

Page 54: ...sidual subcarrier 60 dB down Oscillator frequency stability 14 31818 MHz 28 Hz Over 5 C to 35 C tempera ture range after 30 minute warmup Oscillator to be adjusted semiannually divide by 4 to obtain s...

Page 55: ...ption 03 Chrominance phase 103 5 103 4 Option 03 Option 2J only no setup See Figures 3 175 and 3 176 Luminance amplitude 160 72 mV Chrominance amplitude 681 18 mV Green field Luminance pedestal 344 5...

Page 56: ...4 lines field 17 lines horizontal 5 step amplitude grayscale 714 29 mV 100 IRE See Figures 3 33 and 3 34 for Option 03 see Figures 3 196 and 3 197 Ramp modulated ramp Luminance amplitude 714 29 mV 100...

Page 57: ...es 3 3 and 3 4 Option 2J Figures 3 165 and 3 166 Figures 3 25 and 3 26 Figures 3 46 and 3 47 Figures 3 48 and 3 49 Figures 3 15 and 3 16 Figures 3 29 and 3 30 Figures 3 17 and 3 18 Matrix Options 03 a...

Page 58: ...3 53 3 54 3 55 See Figures 3 124 to 3 126 Option 01 Clip component See Figures 3 127 3 128 Option 2J No setup See Figures 3 184 3 185 3 186 Option 05 No setup See Figures 3 251 3 252 and 3 253 SMPTE...

Page 59: ...Option 05 See Figures 3 249 Y channel amplitude 0 to 703 2 mV 3 250 B Y R Y channel amplitude 350 mV Shallow Ramp Option 05 See Figures 3 262 Y channel bar level 350 mV 3 263 Y channel ramp 315 to 38...

Page 60: ...5T pulse Encodes to 12 5T modulated pulse at 60 7 HAD 1562 5 ns 1562 5 ns Amplitude Y channel 357 14 mV 350 mV B Y channel 283 mV 196 33 mV R Y channel 357 7 mV 248 14 mV 2T pulse HAD 250 ns 250 ns Y...

Page 61: ...s 3 141 Sweep amplitude 3 68 3 142 Y channel 428 6 mVp p 420 mVp p B Y R Y 420 mVp p 388 5 mVp p Reduced sweep See Figures 3 69 See Figures 3 143 Y channel amplitude 357 14 mVp p 250 mVp p 3 70 3 144...

Page 62: ...ndicating 5 ns delay advance between channels 100 Bowtie Option 04 Not available See Figures 3 244 Y channel amplitude 700 mV 3 245 B Y R Y amplitude 300 mV Y channel frequency 500 kHz sine wave B Y R...

Page 63: ...0 5 1 0 1 5 2 0 MHz Matrix Option 03 Not available Lines 21 61 75 color bars 62 101 60 narrow multi burst 102 141 50 bowtie 142 181 Bowtie markers 182 221 Line 17 222 262 T pulses Matrix Option 05 Lin...

Page 64: ...Figures 3 76 3 77 Figures 3 148 3 149 182 221 Multiburst Multiburst Figures 3 74 3 75 Figures 3 150 3 151 222 262 T pulses T pulses Figures 3 65 3 66 Figures 3 139 3 140 Table 3 6 Component test sign...

Page 65: ...0 kHz 5 5 MHz Markers 0 5 1 2 3 4 5 MHz 0 5 1 2 3 4 5 MHz Table 3 7 Test signal generator GBR format test signals Characteristics Signal definitions Supplemental information 75 bars See Figures 3 91 t...

Page 66: ...gence See Figures 3 105 to 3 108 Amplitude 525 mV 75 Pattern Crosshatch 14 horizontal and 15 vertical lines per field Table 3 8 Black burst output Options 02 03 2J and 05 Characteristics Performance r...

Page 67: ...Impedance 75 W Return loss 30 dB to 5 MHz Table 3 11 Power supply specifications Characteristics Performance requirements Supplemental information Supply accuracy 5 V 5 V 250 mV 5 2 V 5 2 V 300 mV 50...

Page 68: ...To 15 000 feet Vibration operating 5 minutes each axis at 0 060 inch with frequency varied from 5 15 5 cycles per second with instrument secured to vibration platform 5 minutes each axis at 0 020 inch...

Page 69: ...demonstrated to the following specification as listed in the Official Journal of the European Communities Low Voltage Directive 73 23 EEC EN 61010 1 1993 Safety requirements for electrical equipment...

Page 70: ...Specifications 3 20 TSG130A Instruction Manual...

Page 71: ...3 21 Waveform Illustrations In the following illustrations time is referenced to the half amplitude point or a pulse peak unless otherwise specified Figure 3 1 Options 01 02 02 and 03 black burst outp...

Page 72: ...Specifications 3 22 TSG130A Instruction Manual Figure 3 3 Y channel 75 bars Figure 3 4 C channel 75 bars Y C Signal Format...

Page 73: ...Specifications TSG130A Instruction Manual 3 23 Figure 3 5 Y channel 75 red same as red field Figure 3 6 C channel 75 red same as red field...

Page 74: ...Specifications 3 24 TSG130A Instruction Manual Figure 3 7 Y channel 100 bars Figure 3 8 C channel 100 bars...

Page 75: ...Specifications TSG130A Instruction Manual 3 25 Figure 3 9 Y channel SMPTE bars Figure 3 10 C channel SMPTE bars...

Page 76: ...Specifications 3 26 TSG130A Instruction Manual Figure 3 11 Y channel SMPTE reverse blue bars Figure 3 12 C channel SMPTE reverse blue bars...

Page 77: ...Specifications TSG130A Instruction Manual 3 27 Figure 3 13 Y channel SMPTE bars IYQB Figure 3 14 C channel SMPTE bars IYQB...

Page 78: ...Specifications 3 28 TSG130A Instruction Manual Figure 3 15 Y channel NTC7 composite Figure 3 16 C channel NTC7 composite...

Page 79: ...Specifications TSG130A Instruction Manual 3 29 Figure 3 17 Y channel chroma frequency response Figure 3 18 C channel chroma frequency response...

Page 80: ...Specifications 3 30 TSG130A Instruction Manual Figure 3 19 Y channel blue field Figure 3 20 C channel blue field...

Page 81: ...Specifications TSG130A Instruction Manual 3 31 Figure 3 21 Y channel green field Figure 3 22 C channel green field...

Page 82: ...Specifications 3 32 TSG130A Instruction Manual Figure 3 23 Y channel 0 flat field Figure 3 24 C channel 0 flat field...

Page 83: ...Specifications TSG130A Instruction Manual 3 33 Figure 3 25 Y channel 50 flat field Figure 3 26 C channel 50 flat field...

Page 84: ...Specifications 3 34 TSG130A Instruction Manual Figure 3 27 Y channel 100 flat field Figure 3 28 C channel 100 flat field...

Page 85: ...Specifications TSG130A Instruction Manual 3 35 Figure 3 29 Y channel chroma noise Figure 3 30 C channel chroma noise...

Page 86: ...Specifications 3 36 TSG130A Instruction Manual Figure 3 31 Y channel pulse and bar window Figure 3 32 C channel pulse and bar window...

Page 87: ...Specifications TSG130A Instruction Manual 3 37 Figure 3 33 Y channel 5 step Figure 3 34 C channel 5 step...

Page 88: ...Specifications 3 38 TSG130A Instruction Manual Figure 3 35 Y channel ramp Figure 3 36 C channel ramp...

Page 89: ...Specifications TSG130A Instruction Manual 3 39 Figure 3 37 Y channel modulated ramp Figure 3 38 C channel modulated ramp...

Page 90: ...Specifications 3 40 TSG130A Instruction Manual Figure 3 39 Y channel multiburst Figure 3 40 C channel multiburst...

Page 91: ...Specifications TSG130A Instruction Manual 3 41 Figure 3 41 Y channel sweep Figure 3 42 C channel sweep...

Page 92: ...Specifications 3 42 TSG130A Instruction Manual Figure 3 43 Y channel convergence vertical Figure 3 44 Y channel convergence horizontal...

Page 93: ...Specifications TSG130A Instruction Manual 3 43 Figure 3 45 C channel convergence Figure 3 46 Y channel sin x x...

Page 94: ...Specifications 3 44 TSG130A Instruction Manual Figure 3 47 C channel sin x x Figure 3 48 Y channel NTC7 combination...

Page 95: ...Specifications TSG130A Instruction Manual 3 45 Figure 3 49 C channel NTC7 combination Figure 3 50 Y channel 75 bars Betacam Component Signals 3 Wire...

Page 96: ...Specifications 3 46 TSG130A Instruction Manual Figure 3 51 B Y channel 75 bars Figure 3 52 R Y channel 75 bars...

Page 97: ...Specifications TSG130A Instruction Manual 3 47 Figure 3 53 Y channel 100 bars Figure 3 54 B Y channel 100 bars...

Page 98: ...Specifications 3 48 TSG130A Instruction Manual Figure 3 55 R Y channel 100 bars Figure 3 56 Y channel 0 flat field...

Page 99: ...Specifications TSG130A Instruction Manual 3 49 Figure 3 57 Y channel 50 flat field Figure 3 58 Y channel 100 flat field...

Page 100: ...Specifications 3 50 TSG130A Instruction Manual Figure 3 59 Y channel valid 5 step Figure 3 60 B Y channel valid 5 step...

Page 101: ...Specifications TSG130A Instruction Manual 3 51 Figure 3 61 R Y channel valid 5 step Figure 3 62 Y channel pulse and bar with window...

Page 102: ...Specifications 3 52 TSG130A Instruction Manual Figure 3 63 B Y channel pulse and bar with window Figure 3 64 R Y channel pulse and bar with window...

Page 103: ...Specifications TSG130A Instruction Manual 3 53 Figure 3 65 Y channel T pulses Figure 3 66 B Y and R Y channels T pulses...

Page 104: ...Specifications 3 54 TSG130A Instruction Manual Figure 3 67 Y channel line sweep Figure 3 68 B Y and R Y channel line sweep...

Page 105: ...Specifications TSG130A Instruction Manual 3 55 Figure 3 69 Y channel reduced line sweep Figure 3 70 B Y and R Y channel reduced line sweep...

Page 106: ...Specifications 3 56 TSG130A Instruction Manual Figure 3 71 Y channel bowtie Figure 3 72 B Y and R Y channels bowtie...

Page 107: ...Specifications TSG130A Instruction Manual 3 57 Figure 3 73 Y channel bowtie markers Figure 3 74 Y channel multiburst...

Page 108: ...Specifications 3 58 TSG130A Instruction Manual Figure 3 75 B Y and R Y channels multiburst Figure 3 76 Y channel 5 step matrix only...

Page 109: ...Specifications TSG130A Instruction Manual 3 59 Figure 3 77 B Y and R Y channels 5 step matrix only Figure 3 78 Y channel 75 bars...

Page 110: ...Specifications 3 60 TSG130A Instruction Manual Figure 3 79 C channel 75 bars...

Page 111: ...Specifications TSG130A Instruction Manual 3 61 Figure 3 80 Y channel 100 bars Figure 3 81 C channel 100 bars CTDM Format Betacam 2 Wire...

Page 112: ...Specifications 3 62 TSG130A Instruction Manual Figure 3 82 C channel flat field signals Figure 3 83 Y channel 0 flat field...

Page 113: ...Specifications TSG130A Instruction Manual 3 63 Figure 3 84 Y channel 50 flat field Figure 3 85 Y channel 100 flat field...

Page 114: ...Specifications 3 64 TSG130A Instruction Manual Figure 3 86 Y channel line sweep Figure 3 87 C channel line sweep...

Page 115: ...Specifications TSG130A Instruction Manual 3 65 Figure 3 88 Y channel channel timing bowtie Figure 3 89 Y channel channel timing bowtie markers...

Page 116: ...Specifications 3 66 TSG130A Instruction Manual Figure 3 90 C channel channel timing bowtie Figure 3 91 Green channel 75 color bars GBR Signals...

Page 117: ...Specifications TSG130A Instruction Manual 3 67 Figure 3 92 Blue channel 75 color bars Figure 3 93 Red channel 75 color bars...

Page 118: ...Specifications 3 68 TSG130A Instruction Manual Figure 3 94 Green channel 100 color bars Figure 3 95 Blue channel 100 color bars...

Page 119: ...Specifications TSG130A Instruction Manual 3 69 Figure 3 96 Red channel 100 color bars Figure 3 97 Green channel red field...

Page 120: ...Specifications 3 70 TSG130A Instruction Manual Figure 3 98 Blue channel red field Figure 3 99 Red channel red field...

Page 121: ...Specifications TSG130A Instruction Manual 3 71 Figure 3 100 Green channel blue field Figure 3 101 Blue channel blue field Figure 3 102 Red channel blue field...

Page 122: ...Specifications 3 72 TSG130A Instruction Manual Figure 3 103 Green channel green field Figure 3 104 Blue and red channels green field...

Page 123: ...Specifications TSG130A Instruction Manual 3 73 Figure 3 105 Green channel convergence horizontal Figure 3 106 Blue and red channels convergence horizontal...

Page 124: ...Specifications 3 74 TSG130A Instruction Manual Figure 3 107 Green channel convergence vertical Figure 3 108 Blue and red channels convergence vertical...

Page 125: ...Specifications TSG130A Instruction Manual 3 75 Figure 3 109 Green channel 10 step Figure 3 110 Blue and red channels 10 step...

Page 126: ...Specifications 3 76 TSG130A Instruction Manual Figure 3 111 Green channel pulse and bar Figure 3 112 Blue and red channels pulse and bar...

Page 127: ...Specifications TSG130A Instruction Manual 3 77 Figure 3 113 Green channel multiburst Figure 3 114 Blue and red channels multiburst...

Page 128: ...Specifications 3 78 TSG130A Instruction Manual Figure 3 115 Green channel sweep Figure 3 116 Blue and red channels sweep...

Page 129: ...Specifications TSG130A Instruction Manual 3 79 Figure 3 117 Green channel bowtie Figure 3 118 Blue and red channels bowtie...

Page 130: ...Specifications 3 80 TSG130A Instruction Manual Figure 3 119 Green channel bowtie markers Figure 3 120 Blue and red channels bowtie markers...

Page 131: ...Specifications TSG130A Instruction Manual 3 81 Figure 3 121 Y channel 75 color bars Figure 3 122 B Y channel 75 color bars Option 01 Signals Mll 3 Wire...

Page 132: ...Specifications 3 82 TSG130A Instruction Manual Figure 3 123 R Y channel 75 color bars Figure 3 124 Y channel 100 color bars...

Page 133: ...Specifications TSG130A Instruction Manual 3 83 Figure 3 125 B Y channel 100 color bars Figure 3 126 R Y channel 100 color bars...

Page 134: ...Specifications 3 84 TSG130A Instruction Manual Figure 3 127 Y channel clip components Figure 3 128 B Y and R Y channels clip components...

Page 135: ...Specifications TSG130A Instruction Manual 3 85 Figure 3 129 Y channel 50 flat field Figure 3 130 B Y and R Y channels all flat fields...

Page 136: ...Specifications 3 86 TSG130A Instruction Manual Figure 3 131 Y channel 0 flat field Figure 3 132 Y channel 100 flat field...

Page 137: ...Specifications TSG130A Instruction Manual 3 87 Figure 3 133 Y channel valid sweep Figure 3 134 B Y channel valid 5 step...

Page 138: ...Specifications 3 88 TSG130A Instruction Manual Figure 3 135 R Y channel valid 5 step Figure 3 136 Y channel pulse and bar...

Page 139: ...Specifications TSG130A Instruction Manual 3 89 Figure 3 137 B Y channel pulse and bar Figure 3 138 R Y channel pulse and bar...

Page 140: ...Specifications 3 90 TSG130A Instruction Manual Figure 3 139 Y channel T pulses Figure 3 140 B Y and R Y channels T pulses...

Page 141: ...Specifications TSG130A Instruction Manual 3 91 Figure 3 141 Y channel line sweep Figure 3 142 B Y and R Y channels line sweep...

Page 142: ...Specifications 3 92 TSG130A Instruction Manual Figure 3 143 Y channel reduced line sweep Figure 3 144 B Y and R Y channels reduced line sweep...

Page 143: ...Specifications TSG130A Instruction Manual 3 93 Figure 3 145 Y channel inter channel timing bowtie Figure 3 146 B Y and R Y channels inter channel timing...

Page 144: ...Specifications 3 94 TSG130A Instruction Manual Figure 3 147 Y channel timing markers Figure 3 148 Y channel 5 step matrix only...

Page 145: ...Specifications TSG130A Instruction Manual 3 95 Figure 3 149 B Y and R Y channels 5 step Figure 3 150 Y channel multiburst...

Page 146: ...Specifications 3 96 TSG130A Instruction Manual Figure 3 151 B Y and R Y channels multiburst Figure 3 152 Y channel 75 bars Mll 2 Wire Format...

Page 147: ...Specifications TSG130A Instruction Manual 3 97 Figure 3 153 C channel 75 bars Figure 3 154 Y channel 100 bars...

Page 148: ...Specifications 3 98 TSG130A Instruction Manual Figure 3 155 C channel 100 bars Figure 3 156 Y channel 0 flat field...

Page 149: ...Specifications TSG130A Instruction Manual 3 99 Figure 3 157 C channel all flat field signals Figure 3 158 Y channel 50 flat field...

Page 150: ...Specifications 3 100 TSG130A Instruction Manual Figure 3 159 Y channel 100 flat field Figure 3 160 Y channel inter channel timing...

Page 151: ...Specifications TSG130A Instruction Manual 3 101 Figure 3 161 C channel inter channel timing Figure 3 162 Y channel inter channel timing...

Page 152: ...Specifications 3 102 TSG130A Instruction Manual Figure 3 163 Y channel sweep Figure 3 164 C channel sweep...

Page 153: ...Specifications TSG130A Instruction Manual 3 103 Figure 3 165 Y channel 75 color bars no setup Figure 3 166 C channel 75 color bars no setup Option 2J Signals Y C Unique Signals...

Page 154: ...Specifications 3 104 TSG130A Instruction Manual Figure 3 167 Y channel 100 color bars no setup Figure 3 168 C channel 100 color bars no setup...

Page 155: ...Specifications TSG130A Instruction Manual 3 105 Figure 3 169 Y channel SMPTE bars no setup Figure 3 170 C channel SMPTE bars no setup...

Page 156: ...Specifications 3 106 TSG130A Instruction Manual Figure 3 171 Y channel IYQB no setup Figure 3 172 C channel IYQB no setup...

Page 157: ...Specifications TSG130A Instruction Manual 3 107 Figure 3 173 Y channel reverse blue bars no setup Figure 3 174 C channel reverse blue bars no setup...

Page 158: ...Specifications 3 108 TSG130A Instruction Manual Figure 3 175 Y channel red field no setup Figure 3 176 C channel red field no setup...

Page 159: ...Specifications TSG130A Instruction Manual 3 109 Figure 3 177 Y channel green field no setup Figure 3 178 C channel green field no setup...

Page 160: ...Specifications 3 110 TSG130A Instruction Manual Figure 3 179 Y channel blue field no setup Figure 3 180 C channel blue field no setup...

Page 161: ...Specifications TSG130A Instruction Manual 3 111 Figure 3 181 Y channel 75 color bars no setup Figure 3 182 B Y channel 75 color bars no setup Option 2J Signals Y B Y R Y Unique Signals...

Page 162: ...Specifications 3 112 TSG130A Instruction Manual Figure 3 183 R Y channel 75 color bars no setup Figure 3 184 Y channel 100 bars no setup...

Page 163: ...Specifications TSG130A Instruction Manual 3 113 Figure 3 185 B Y channel 100 bars no setup Figure 3 186 R Y channel 100 bars no setup...

Page 164: ...Specifications 3 114 TSG130A Instruction Manual Figure 3 187 Y channel SMPTE bars no setup Figure 3 188 B Y channel SMPTE bars no setup...

Page 165: ...Specifications TSG130A Instruction Manual 3 115 Figure 3 189 R Y channel SMPTE bars no setup Figure 3 190 Y channel IYQB no setup...

Page 166: ...Specifications 3 116 TSG130A Instruction Manual Figure 3 191 B Y channel IYQB no setup Figure 3 192 R Y channel IYQB no setup...

Page 167: ...Specifications TSG130A Instruction Manual 3 117 Figure 3 193 Y channel reverse blue bars no setup Figure 3 194 B Y channel reverse blue bars...

Page 168: ...Specifications 3 118 TSG130A Instruction Manual Figure 3 195 R Y channel reverse blue bars Figure 3 196 Y channel 5 step Option 03 Signals Y C Unique Signals...

Page 169: ...Specifications TSG130A Instruction Manual 3 119 Figure 3 197 C channel 5 step Figure 3 198 Y channel ramp...

Page 170: ...Specifications 3 120 TSG130A Instruction Manual Figure 3 199 C channel ramp Figure 3 200 Y channel modulated ramp...

Page 171: ...Specifications TSG130A Instruction Manual 3 121 Figure 3 201 C channel modulated ramp Figure 3 202 Y channel chroma response SN B020000 and up...

Page 172: ...Specifications 3 122 TSG130A Instruction Manual Figure 3 203 C channel chroma response Figure 3 204 Y channel chroma response markers...

Page 173: ...Specifications TSG130A Instruction Manual 3 123 Figure 3 205 Y channel sweep Figure 3 206 C channel sweep...

Page 174: ...Specifications 3 124 TSG130A Instruction Manual Figure 3 207 Y channel convergence vertical Figure 3 208 Y channel convergence horizontal...

Page 175: ...Specifications TSG130A Instruction Manual 3 125 Figure 3 209 Y channel sin x x Figure 3 210 B Y and R Y channels sin x x Option 03 Signals Betacam 3 Wire Unique Signals...

Page 176: ...Specifications 3 126 TSG130A Instruction Manual Figure 3 211 Y channel 5 step Figure 3 212 B Y and R Y channels 5 step...

Page 177: ...Specifications TSG130A Instruction Manual 3 127 Figure 3 213 Y channel quad phase Figure 3 214 B Y channel quad phase...

Page 178: ...Specifications 3 128 TSG130A Instruction Manual Figure 3 215 R Y channel quad phase Figure 3 216 Y channel T pulses...

Page 179: ...Specifications TSG130A Instruction Manual 3 129 Figure 3 217 B Y channel T pulses Figure 3 218 Y channel line 17...

Page 180: ...Specifications 3 130 TSG130A Instruction Manual Figure 3 219 B Y channel line 17 Figure 3 220 R Y channel line 17...

Page 181: ...Specifications TSG130A Instruction Manual 3 131 Figure 3 221 Y channel 60 multiburst Figure 3 222 B Y and R Y channels 60 multiburst...

Page 182: ...Specifications 3 132 TSG130A Instruction Manual Figure 3 223 Y channel 100 narrow sweep Figure 3 224 B Y and R Y channels 100 narrow sweep...

Page 183: ...Specifications TSG130A Instruction Manual 3 133 Figure 3 225 Y channel 60 narrow sweep Figure 3 226 B Y and R Y channels 60 narrow sweep...

Page 184: ...Specifications 3 134 TSG130A Instruction Manual Figure 3 227 Y channel 12 5T pulses Figure 3 228 B Y channel 12 5T pulses...

Page 185: ...Specifications TSG130A Instruction Manual 3 135 Figure 3 229 R Y channel 12 5T pulses Figure 3 230 Y channel 0 80 IRE mod ramp Option 04 Signals Y C Unique Signals...

Page 186: ...Specifications 3 136 TSG130A Instruction Manual Figure 3 231 C channel 0 80 IRE mod ramp Figure 3 232 Y channel chroma response...

Page 187: ...Specifications TSG130A Instruction Manual 3 137 Figure 3 233 C channel chroma response Figure 3 234 Y channel chroma response markers...

Page 188: ...Specifications 3 138 TSG130A Instruction Manual Figure 3 235 Y channel level reference lines 182 262 Figure 3 236 Y channel 5 step Option 04 Signals Mll 3 Wire Unique Signals...

Page 189: ...Specifications TSG130A Instruction Manual 3 139 Figure 3 237 B Y and R Y channels 5 step Figure 3 238 Y channel T pulses...

Page 190: ...Specifications 3 140 TSG130A Instruction Manual Figure 3 239 B Y and R Y channels T pulses Figure 3 240 Y channel 100 sweep...

Page 191: ...Specifications TSG130A Instruction Manual 3 141 Figure 3 241 B Y and R Y channels 100 sweep Figure 3 242 Y channel 60 sweep...

Page 192: ...Specifications 3 142 TSG130A Instruction Manual Figure 3 243 B Y and R Y channels 60 sweep Figure 3 244 Y channel 100 bowtie and markers...

Page 193: ...truction Manual 3 143 Figure 3 245 B Y and R Y channels 100 bowtie 100 0 V O L T A G E 300 200 100 200 300 400 500 600 700 0 0 4 7 9 5 62 0 TIME in ms in mV 700 300 Figure 3 246 Y channel Chroma Noise...

Page 194: ...100 0 V O L T A G E 300 200 100 200 300 400 500 600 700 9 5 62 0 TIME in ms in mV 350 Figure 3 247 B Y channel Chroma Noise 100 0 V O L T A G E 300 200 100 200 300 400 500 600 700 9 5 62 0 TIME in ms...

Page 195: ...in mV 800 29 185 36 889 44 593 52 296 60 000 0 0 4 7 140 64 281 29 421 92 562 56 703 20 300 Figure 3 249 Y channel 5 Step Option 05 100 0 V O L T A G E 300 200 100 200 300 400 500 600 21 481 TIME in m...

Page 196: ...700 620 2 490 7 410 9 289 1 209 3 79 8 9 2 15 8 22 5 29 1 35 7 42 4 49 0 55 6 Figure 3 251 Y channel SMPTE Level 100 Colorbars 100 0 V O L T A G E 300 200 100 200 300 400 500 600 700 TIME in ms in mV...

Page 197: ...A G E 300 200 100 200 300 400 500 600 700 in mV 400 TIME in ms 56 9 293 1 350 0 15 8 22 5 29 1 35 7 42 4 49 0 55 6 56 9 350 0 293 1 Figure 3 253 R Y channel SMPTE Level 100 Colorbars 300 mV for Matrix...

Page 198: ...Specifications 3 148 TSG130A Instruction Manual Figure 3 255 B Y channel 100 Color Bars Option 2J Figure 3 256 R Y channel 100 Color Bars Option 2J...

Page 199: ...Specifications TSG130A Instruction Manual 3 149 100 0 V O L T A G E 300 200 100 200 300 400 500 600 700 in mV 400 9 037 63 555 TIME in ms 800 62 370 Figure 3 257 Y channel Active Picture Marker...

Page 200: ...Specifications 3 150 TSG130A Instruction Manual...

Page 201: ...re for use only by qualified personnel To avoid injury do not perform any servicing other than that stated in the operating instructions unless you are qualified to do so Refer to all safety summaries...

Page 202: ......

Page 203: ...Block Diagram...

Page 204: ......

Page 205: ...TSG130A Instruction Manual 4 1 Block Diagram TSG130A Simplified block diagram...

Page 206: ...Block Diagram 4 2 TSG130A Instruction Manual...

Page 207: ...Performance Verification...

Page 208: ......

Page 209: ...be capable of detecting THD of 0 01 or less Tektronix AA501A Audio amplifier 600 W impedance BNC coaxial cables 5 75 W impedance Tektronix part number 012 0074 00 Note that it is imperative that all t...

Page 210: ...level 0 mVDC 50 mVDC 3 Sync amplitude 285 7 mV 40 IRE 2 4 Burst amplitude 285 7 mV 40 IRE 2 5 5 step staircase linearity 1 6 Luminance amplitude accuracy 1 7 Chrominance accuracy 1 8 Chrominance to lu...

Page 211: ...s accurate within 25 ns 31 Horizontal sync duration vertical serration duration equalizing pulse duration sync 4 7 ms 50 ns vertical serration 4 7 ms 50 ns equalizing pulse 2 3 ms 50 ns 32 Chrominance...

Page 212: ...1 49 Line tilt 0 5 50 Field tilt 0 5 51 Pulse to bar ratio 1 1 1 52 Red frequency response flat to 5 0 MHz 1 flat to 5 5 MHz 2 53 Staircase linearity 1 54 Red gain 1 55 Line tilt 0 5 56 Field tilt 0...

Page 213: ...ms 50 ns vertical serration 4 7 ms 50 ns equalizing pulse 2 3 ms 50 ns 66 Amplitude 4 0 V 0 5 V 67 Rise and fall times 140 ns 20 ns 68 Amplitude and position 69 Amplitude and position Composite Sync...

Page 214: ...up for this procedure Connect probe as directed in the procedures Figure 5 1 Setup to check crystal frequency 1 Oscillator Frequency 14 31818 MHz 28 Hz NOTE After initial delivery or long storage allo...

Page 215: ...rat INT ABS Units mV Vector readout ON WFM readout ON Front panel Left display VECT Right display WFM WFM horizontal ONE LINE REF INT Filter FLAT Waveform gain OFF Figure 5 2 Basic performance check s...

Page 216: ...own in Figure 5 2 b Display CH A on the waveform monitor c Select the steps 5 step signal in NTSC YC format from the signal generator d With the WFM CAL function of the measurement set match the DC le...

Page 217: ...he DC level of the upper waveform f CHECK that the signal amplitude is 100 IRE 1 IRE g Note the value for use in step 8 7 Chrominance accuracy 1 a Connect the test equipment as shown in Figure 5 2 kee...

Page 218: ...baseline and the top of the signal passes through 100 IRE at its midpoint e Center the signal over a horizontal graticule f CHECK that the line tilts no more than 0 5 0 5 IREp p over its length Ignor...

Page 219: ...e line display mode c Set the waveform monitor to display the 2T pulse on the pulse and bar signal in NTSC YC format d Use the variable gain control to normalize the pulse to 100 IRE and use the horiz...

Page 220: ...waveform monitor d Set the waveform monitor to display the rise from 0 100 IRE e Use the variable vertical gain to normalize the signal to 0 100 IRE and use the horizontal magnification to display th...

Page 221: ...19 Frequency response flat to 4 2 MHz 2 a Connect the test equipment as shown in Figure 5 2 b Display CH A on the waveform monitor c Select the Multiburst signal in NTSC YC format from the signal gen...

Page 222: ...phase of the signal e CHECK that the SC H phase error is 5 f Return the waveform monitor to external reference 22 Blanking level 0 mVDC 50 mVDC a Connect the test equipment as shown in Figure 5 2 b Di...

Page 223: ...test equipment as shown in Figure 5 2 b Display CH B1 on the waveform monitor in the line display mode c Set the waveform monitor to display the sync on any signal generator test signal in the NTSC Y...

Page 224: ...ine and the top of the signal passes through 100 IRE at the midpoint of the line tilt e Center the bar horizontally over a graticule f CHECK that the signal tilts no more than 0 5 0 5 IRE over its len...

Page 225: ...th signal in NTSC YC format d CHECK that the inverted pulse tip is within 1 of blanking level using the WFM CAL signal 30 Sine squared pulse accuracy HADs accurate within 25 ns a Connect the test equi...

Page 226: ...lse 2 3 ms 50 ns a Connect the test equipment as shown in Figure 5 2 b Select any signal in the NTSC YC format c Display CH B1 on the waveform monitor d CHECK that horizontal sync duration between 50...

Page 227: ...RE 35 Burst rise times 400 ns 40 ns a Connect the test equipment as shown in Figure 5 2 b Set the signal generator to output the chroma response signal in the NTSC YC format c Display CH B2 on the wav...

Page 228: ...tandard performance checks EXT REF cable moved to Y G output NOTE If the signal generator under check has an optional black burst signal installed use that signal as the waveform monitor EXT REF input...

Page 229: ...timing cursor if necessary h With the timing cursors set to track 400 ns move the cursors to other rising and falling edges and observe 10 and 90 points i Set the signal generator to output 5 Step an...

Page 230: ...ine to a convenient reference graticule f Return to DC coupling g CHECK that the blanking level is on the reference graticule 50 mV 41 R Y rise times color bars 400 ns 40 ns other signal transitions 2...

Page 231: ...to make the pulse fill the waveform monitor display e Using the timing cursors measure the time between the 50 IRE points f CHECK that the HAD of the 4T pulse is 500 ns 25 ns g Set the waveform monito...

Page 232: ...signal from the signal generator in the GBR format d Using the WFM CAL match the signal level of the lower waveform to the sync tip of the upper waveform e CHECK that the sync amplitude is 300 0 mV 2...

Page 233: ...generator in the GBR format d Normalize the signal gain so that blanking level of the waveform is on the baseline and the top of the signal passes through 100 IRE at its midpoint e Center the signal...

Page 234: ...the top of the lower waveform with the bottom of the upper e CHECK that the sweep portion of the signal is flat within 1 out to 5 0 MHz and flat within 2 out to 5 5 MHz 53 Staircase linearity 1 a Conn...

Page 235: ...nce c Select the red field signal from the signal generator in GBR format d Normalize the signal gain so that blanking level of the waveform is on the baseline and the top of the signal passes through...

Page 236: ...nnect the equipment as shown in Figure 5 3 b Display CH B1 B3 on the waveform monitor using external reference c Select Y B Y R Y format and the bowtie test signal from the signal generator d Use 5X w...

Page 237: ...on the waveform monitor using EXT REF c Select line sweep from the signal generator in the NTSC Y C mode d CHECK that the signal is flat within 2 to 4 2 MHz e Display CH B1 on the waveform monitor usi...

Page 238: ...nalyzer s and terminals to represent the system load c Set the distortion analyzer to measure THD d CHECK that the THD on CH 1 is 0 5 e Return jumper J12 to pins 1 and 2 f Move the cable at the signal...

Page 239: ...WFM CAL mode c CHECK that the amplitude of the signal is 7 5 IRE 1 IRE 0 IRE 1 IRE Option 2J 64 Black burst blanking width 10 9 0 2 ms a Connect the equipment as shown in Figure 5 7 b Display CH A on...

Page 240: ...ync pulses so that its width covers the entire horizontal display e Use the variable vertical gain to normalize the pulse to 6 or 8 divisions f Use the horizontal position control to place the midpoin...

Page 241: ...ns 20 ns g Repeat for the rising edge 68 Amplitude position a Connect the signal generator black sync output to one of the oscilloscope inputs using a 75 W coax and a 75 W feed through terminator Set...

Page 242: ...composite to the other b Select the 0 flat field from the signal generator in NTSC YC mode c CHECK that the amplitude of the color frame square wave is 5 V within 200 mV d CHECK that the timing of the...

Page 243: ...Adjustment Procedure...

Page 244: ......

Page 245: ...st unless these parts are out of spec 13 Interchannel gain matching R79 R60 R98 14 Composite blanking level and gain R20 R18 15 Composite chrominance gain R23 16 Composite sin x x compensation and chr...

Page 246: ...lastic cap from the top of the oscillator Y1 d Fine adjust the oscillator frequency to bring 4Fsc to 14 31818 MHz 28 Hz e Reinstall the plastic cap Connect probe as directed in the procedures Figure 6...

Page 247: ...lick by moving jumper J12 to pins 2 and 3 c Adjust R123 to obtain the desired output level for audio 1 factory setting is 8 dBm d Return jumper J12 to the 1 2 position e Move the TSG130A cable from au...

Page 248: ...ID click frequency adjustment setup 3 Audio ID click frequency R126 a Connect the equipment as shown in Figure 6 3 b Adjust R126 for the desired interval between ID clicks The range of adjustment is...

Page 249: ...in Table 6 3 and Fig ure 6 4 and select channel B1 as the input b Select the 0 flat field signal in NTSC YC format from the TSG130A c Set the 1780R to GND coupling and center the trace on a reference...

Page 250: ...and L18 to make the frequency response as flat as possible Use WFM CAL to confirm that the full amplitude sweep is 700 14 mVp p for the duration of the sweep d Select the pulse bar signal from the TS...

Page 251: ...annel frequency response and ringing L8 L9 L10 L11 L12 NOTE The parts in this step are factory set Do not adjust these parts unless they are out of spec a Begin with the reference setup and select cha...

Page 252: ...f the lower sweep with the bottom of the upper use the dual trace to aid adjustment d Adjust C99 for as flat a frequency response as possible from the beginning of the sweep out to 5 0 MHz within 1 an...

Page 253: ...mposite blanking level and gain R20 R18 a Begin with the reference setup and select channel A as the input b Select the steps 5 step signal in NTSC YC format from the TSG130A c Set the 1780R to GND co...

Page 254: ...e WFM CAL to create a dual trace to aid adjustment g Set the WFM CAL to 40 IRE h Adjust C21 to match the top of the burst of the lower waveform to the bottom of the burst of the upper waveform NOTE St...

Page 255: ...feature to measure the chrominance to luminance delay If necessary adjust C30 for a delay of 5 ns 19 SC H phase a With channel A as the input change the 1780R REF setting to INT and the LEFT DISPLAY...

Page 256: ...nce graticule c Switch to DC coupled and adjust R231 so that the blanking level of the signal is on the reference graticule d Select WFM CAL at the right display section of the 1780R set CAL for 7 5 I...

Page 257: ...and select channel A as the input using external reference b Select the 0 flat field in NTSC YC format from the TSG130A c Put the vectorscope in SCH mode d CHECK that the phase difference SCH between...

Page 258: ...just R231 so that the comp sync blanking level is on the reference graticule d Adjust R226 for a sync tip level of 5 V e Repeat these procedures as necessary to get satisfactory results 25 Comp sync c...

Page 259: ...select channel A as the input using external reference b Select the 0 flat field in NTSC YC format from the TSG130A c Put the vectorscope in SCH mode d CHECK that the phase difference SCH between the...

Page 260: ...Adjustment Procedures 6 16 TSG130A Instruction Manual...

Page 261: ...Maintenance...

Page 262: ......

Page 263: ...follow this procedure WARNING Dangerous voltages are present in the power supply Remove the power cord from the electrical mains supply before attempting this procedure Failure to remove the power co...

Page 264: ...rear panel audio tone connectors five screws Figure 7 1 Remove 5 screws with Pozidriv screwdriver to remove audio board 4 Pull the two audio connectors straight out from the rear panel 5 Gently slide...

Page 265: ...atrix 100 color bars 100 multiburst Bowtie Bowtie markers 12 5T pulse and bar 10 step Blue field Component matrix 100 multiburst NTC7 chroma frequency response Green field GBR field square wave Altern...

Page 266: ...burst or comp J112 Installed Black burst from black sync output sync J124 Installed Composite sync from black sync output Y G channel test J7 1 2 Normal signal disable 2 3 Y channel output disable C...

Page 267: ...Replaceable Electrical Parts...

Page 268: ......

Page 269: ...information in your order H Part number H Instrument type or model number H Instrument serial number H Instrument modification number if applicable If you order a part that has been replaced with a di...

Page 270: ...hich the part was discontinued No entry indicates the part is good for all serial numbers 5 Name description An item name is separated from the description by a colon Because of space limitations an i...

Page 271: ...TRIC CO 267 LOWELL ROAD HUDSON NH 03051 26364 COMPONENTS CORP 6 KINSEY PLACE DENVILLE NJ 07834 2611 27014 NATIONAL SEMICONDUCTOR CORP 2900 SEMICONDUCTOR DR SANTA CLARA CA 95051 0606 32997 BOURNS INC T...

Page 272: ...INC 33 PERRY AVE PO BOX 779 ATTLEBORO MA 02703 2417 91637 DALE ELECTRONICS INC 2064 12TH AVE PO BOX 609 COLUMBUS NE 68601 3632 93907 TEXTRON INC CAMCAR DIV 600 18TH AVE ROCKFORD IL 61108 5181 S3629 S...

Page 273: ...OPTION 04 ONLY 80009 671 2718 04 A2 671 5139 00 B040000 CIRCUIT BD ASSY MAIN OPTION 05 ONLY 80009 671 5139 00 A3 671 2183 01 CIRCUIT BD ASSY TOP BNC 80009 671 2183 01 A4 671 2184 01 CIRCUIT BD ASSY BO...

Page 274: ...BRZ GLD PL 80009 131 0608 00 QUANTITY 16 A1R201 322 3143 00 RES FXD FILM 301 OHM 1 0 2W TC T0 57668 CRB20 FXE 301E A1R204 322 3143 00 RES FXD FILM 301 OHM 1 0 2W TC T0 57668 CRB20 FXE 301E A1R207 322...

Page 275: ...7 160 9064 00 671 2651 01 IC DGTL CMOS PROM 2048 X 8 RGTR 7C245 35 PRGM DIP24 80009 160 9064 00 A1U207 160 9206 00 671 2710 01 MICROCKT DGTL CMOS 2048 X 8 RGTR PRON PRGM 7C245 35 DIP24 80009 160 9206...

Page 276: ...8 281 0797 00 CAP FXD CER MLC 15PF 10 100V SAF 0 100 X 0 170 AX 80009 281 0797 00 A2C19 281 0166 00 CAP VAR AIR DI 1 9 15 7 PF 250V TOP ADJ 74970 187 0109 055 A2C20 281 0186 00 CAP VAR PLASTIC 1 1 3 5...

Page 277: ...4MAA A2C64 283 0177 05 CAP FXD CER DI 1UF 80 20 25V 04222 SR303E105ZAAAP1 A2C65 283 0220 00 CAP FXD CER MLC 0 01UF 20 50V X7R 0 20 X 0 20 RDL 04222 SR205C103MAA A2C68 281 0898 00 CAP FXD CER DI 7 5PF...

Page 278: ...5 01 CAP FXD CER MCL 0 1UF 20 50V Z5U 0 170 X 0 100 AXIAL 04222 SA105E104MAA A2C142 281 0775 01 CAP FXD CER MCL 0 1UF 20 50V Z5U 0 170 X 0 100 AXIAL 04222 SA105E104MAA A2C151 290 1301 00 CAP FXD ALUM...

Page 279: ...LY 80009 283 0359 00 A2C254 281 0775 01 CAP FXD CER MCL 0 1UF 20 50V Z5U 0 170 X 0 100 AXIAL 04222 SA105E104MAA A2C255 281 0775 01 CAP FXD CER MCL 0 1UF 20 50V Z5U 0 170 X 0 100 AXIAL 04222 SA105E104M...

Page 280: ...PF 1 500V 09023 CDA10FD221F03 A2C284 283 0625 01 671 2718 01 CAP FXD MICA DI 220PF 1 500V 09023 CDA10FD221F03 A2C285 283 0631 01 CAP FXD MICA DI 95PF 1 500V 80009 283 0631 01 A2C286 283 0784 01 CAP FX...

Page 281: ...131 0608 00 TERM PIN 0 365 L X 0 025 BRZ GLD PL QUANTITY 2 80009 131 0608 00 A2J31 131 0608 00 TERM PIN 0 365 L X 0 025 BRZ GLD PL QUANTITY 2 80009 131 0608 00 A2J106 131 0608 00 TERM PIN 0 365 L X 0...

Page 282: ...ON PWRD IRON FORM 76493 B6310 1 A2L31 114 0411 00 671 2715 01 COIL RF VAR 0 9UH 1 0UH 80009 114 0411 00 A2L31 114 0411 00 671 2650 01 COIL RF VAR 0 9UH 1 0UH 80009 114 0411 00 A2L31 114 0411 00 671 27...

Page 283: ...50100 O A2P31 131 0993 02 BUS CNDCT SHUNT ASSY RED 00779 1 850100 O A2P108 131 0993 05 671 2715 01 BUS CNDCT SHUNT ASSY GRN 00779 850100 5 A2P108 131 0993 05 671 2650 01 BUS CNDCT SHUNT ASSY GRN 00779...

Page 284: ...R SM BODY 91637 CCF50 2 G1500F A2R30 322 3114 00 RES FXD MET FILM 150 OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY 91637 CCF50 2 G1500F A2R31 322 3262 00 RES FXD FILM 5 23K OHM 1 0 2W TC T0 TAPED REELED S...

Page 285: ...10 OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY 80009 322 3001 00 A2R67 317 0036 00 RES FXD CMPSN 3 6 OHM 5 0 125W 80009 317 0036 00 A2R70 322 3226 00 RES FXD MET FILM 2 21K OHM 1 0 2W TC 100 PPM AX IAL...

Page 286: ...637 CCF501G20002F A2R136 322 3218 00 RES FXD MET FILM 1 82K OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY 80009 322 3218 00 A2R137 322 3318 00 RES FXD MET FILM 20K OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY...

Page 287: ...671 2718 01 RES FXD CMPSN 3 6 OHM 5 0 125W 80009 317 0036 00 A2R224 322 3085 07 RES FXD MET FILM 75 OHM 0 1 0 2W TC 25 PPM AX IAL T R SM BODY 91637 CCF502 C75ROOBT A2R225 322 3085 07 RES FXD MET FILM...

Page 288: ...SM BODY 57668 CRB20 FXE 1K00 A2R238 322 3193 00 RES FXD MET FILM 1K OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY 57668 CRB20 FXE 1K00 A2R239 322 3126 00 RES FXD FILM 200 OHM 1 0 2W TC T0 80009 322 3126 0...

Page 289: ...NYL CLR 26364 104 01 02 A2TP11 214 4085 00 TERM TEST PT 0 070 ID 0 220 H 0 063 DIA PCB 0 015 X 0 032 BRS W RED NYL CLR 26364 104 01 02 A2TP13 214 4085 00 TERM TEST PT 0 070 ID 0 220 H 0 063 DIA PCB 0...

Page 290: ...4 01 A2U21 160 9229 00 671 2718 01 IC MEMORY CMOS PROM 32K X 8 50NS RGTR PRGM 7C277 DIP28 3 80009 160 9229 00 A2U21 163 1418 00 671 5138 00 IC MEMORY CMOS PROM 32K X 8 50NS REGISTERED 7C277 OPTION 5 O...

Page 291: ...01 IC MEMORY CMOS PROM 32K X 8 50NS RGTR 7C277 PRGM DIP28 3 80009 160 9058 01 A2U27 160 9209 00 671 2714 01 IC MEMORY CMOS PROM 32K X 8 50NS RGTR PRGM 7C277 DIP28 3 80009 160 9209 00 A2U27 160 9209 0...

Page 292: ...71 2717 01 IC MEMORY CMOS EPROM 512K X 8 150NS 27C040 PRGM DIP32 6 80009 160 9226 01 A2U102 160 9218 01 671 2716 01 IC MEMORY CMOS EPROM 512K X 8 150NS 27C040 PRGM DIP32 6 80009 160 9218 01 A2U102 160...

Page 293: ...ATOR 10H124 80009 156 2289 00 A2U108 156 2290 00 IC DGTL QUAD TTL TO MECH TRANSLATOR 10H125 80009 156 2290 00 A2U150 156 3373 00 IC DGTL ACMOS FLIP FLOP OCTAL D TYPE 3 STATE 74AC374 DIP30 3 TUBE 02735...

Page 294: ...136 1005 00 671 2717 01 SKT PL IN ELEK 00779 3 821581 1 136 1005 00 671 2718 01 SKT PL IN ELEK 00779 3 821581 1 END MOUNTING PARTS A2U166 156 3019 00 671 2715 01 IC LIN BIPOLAR V REF 1 235V 1 0 150PPM...

Page 295: ...16 28 AWG 1 9 L 2X8 0 1 CTR RECPT BOTH ENDS ACCOM 0 L025 SQ PIN 80009 174 2966 00 A4 671 2184 01 CIRCUIT BD ASSY BOTTOM BNC A4J501 131 3378 00 CONN RF JACK 00779 227677 1 A4J502 131 3378 00 CONN RF JA...

Page 296: ...47UF 20 25V 55680 UVX1E470MDA1TD A5CR1 152 0141 02 DIO SIG ULTRA FAST 40V 150MA 4NS 2PF 1N4152 DO 35 T R 80009 152 0141 02 A5CR2 152 0141 02 DIO SIG ULTRA FAST 40V 150MA 4NS 2PF 1N4152 DO 35 T R 80009...

Page 297: ...M 3 01K OHM 1 0 2W TC T0 57668 CRB20 FXE 3K01 A5R114 322 3418 00 RES FXD MET FILM 221K OHM 1 0 2W TC 100 PPM AX IAL T R SM BODY 57668 CRB20 FXE 221K A5R115 322 3039 00 RES FXD FILM 24 9 OHM 1 0 2W TC...

Page 298: ...5 00 TERM TEST PT 0 070 ID 0 220 H 0 063 DIA PCB 0 015 X 0 032 BRS W RED NYL CLR 26364 104 01 02 A5U40 156 1291 00 IC LIN BIFET OP AMP DUAL LOW POWER TL062CP DIP08 3 80009 156 1291 00 A5U41 156 1272 0...

Page 299: ...Diagrams...

Page 300: ......

Page 301: ...assembly number in numerical sequence the components are listed by component number Example Chassis mounted components have no Assembly No prefix See end of Replaceable Electrical Parts List Assembly...

Page 302: ...Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENSITIVE DEVICES Circuit Number B2 B2 G1 G1 G1 G1 G2 G2...

Page 303: ...SGNL_LED3 SGNL_LED4 SGNL_LED5 SGNL_LED6 SGNL_LED7 5 6 S202B I0 CLK 1 I1 2 I2 3 I3 4 I4 5 I5 6 I6 7 I7 8 I8 9 I9 11 F0 19 F1 18 F2 17 F3 16 F4 15 F5 14 F6 13 F7 12 U209 16V8 SGNL_LED8 RESERVED X RESERV...

Page 304: ...TSG130A Instruction Manual 9 4 A2 Main Board STATIC SENSITIVE DEVICES...

Page 305: ...L21 5 D2 F4 L22 5 E1 G4 L23 5 E1 H4 L24 5 E1 H4 L25 6 D2 E7 L26 6 F2 D8 L27 6 F2 E6 L28 6 F4 H4 L29 6 F3 J4 L31 5 D4 D5 L32 5 D4 E5 L33 5 G3 G4 L34 5 E3 E5 L35 5 E3 F5 L36 5 E3 F5 P2 3 F1 A7 P6 5 B3 F...

Page 306: ...TSG130A Instruction Manual 9 6...

Page 307: ...27 44 IO28 1 GND 10 GND 21 GND 32 GND 43 VCC 36 VCC 25 VCC 14 VCC 3 U161 EPM5064 SKT161 SOCKET TCLK TCLK DFRAME DISABLE LOCKED 5V 5V C305 100pF GENLOCK INTERFACE NOT USED 1 2 3 4 5 6 7 8 9 10 11 12 13...

Page 308: ...tom BNC Board Component Number A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly...

Page 309: ...2 AD10 CHY2_CLK HIGHMEM_EN SKT21 SOCKET A1 9 A2 6 A3 5 A4 4 A5 3 A6 2 A7 1 A8 27 A9 26 A10 25 A11 24 A12 23 D1 12 D2 13 D3 15 D4 16 D5 17 D6 18 D7 19 A0 10 D0 11 GND 20 GND 7 GND 14 GND 21 VCC 28 CLK...

Page 310: ...TSG130A Instruction Manual 9 10...

Page 311: ...CH2AD 0 10 DAC C CHANNEL TEST SIGNAL DISABLE DAC CHANNEL C B Y CH2D 0 10 P6 OUTPUT FILTER CHANNEL C B Y USE DC OFFSET L13 9 0uH R81 8 87K R82 5k C68 7 5pF R76 237 10V C258 0 1uF R77 1 0k C69 2 10pF C1...

Page 312: ...TSG130A Instruction Manual 9 12...

Page 313: ...EL OUTPUT AMPLIFIER 3 2 6 7 4 8 5 U167 OPA603AP R226 500 A 5V C291 0 1uF C290 0 1uF 1 2 J112 R225 75 0 SINX X CORRECTION R233 1 58k R227 1 0k R232 8 87k R228 237 L33 9 0uH C277 7 5pF C278 2 10pF 10V A...

Page 314: ...TSG130A Instruction Manual 9 14...

Page 315: ...C3843 VIN C115 1 0uF R3 470 R130 75 Q3 PGND VIN VIN VIN E2 CR161 CR162 L27 10uH C82 100uF C152 2700uF TP13 PGND PGND PGND PGND PGND C2 0 1uF 5VS VCC C9 100uF A 5V C15 1 0uF 5V L29 3 9uH R131 0 33 VIN...

Page 316: ...tom BNC Board Component Number A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly...

Page 317: ...7 8 9 10 11 12 13 14 15 16 J405 MAIN BOARD J106 A2 4 A3 TOP BNC BOARD 671 2183 01 REAR PANEL COMPOSITE BNC CONNECTORS A3 A4 7 BOTTOM BNC CONNECTORS 1 2 3 4 5 6 7 8 9 10 J505 W505 MAIN BOARD J4 A2 4 N...

Page 318: ...mber A23 A2 R1234 Chassis mounted components have no Assembly Number prefix see end of Replaceable Electrical Parts List COMPONENT NUMBER EXAMPLE Assembly Number Subassembly Number if used STATIC SENS...

Page 319: ...8k J12 CHANNEL ID PULSE 1 2 ENABLE 2 3 DISABLE 5V P12 R125 24 3k R126 1M AUDIO CHANNEL ID PULSE RATE 1 2 3 J12 R105 2 00k CLICK 10V R151 4 99k 3 2 1 8 4 U41A 5532 R113 3 01k R123 20k CH1 AUDIO LEVEL C...

Page 320: ...TSG130A Instruction Manual 9 20...

Page 321: ...Replaceable Mechanical Parts...

Page 322: ......

Page 323: ...s important to include the following information in your order H Part number H Instrument type or model number H Instrument serial number H Instrument modification number if applicable If you order a...

Page 324: ...tes the quantity of parts used 6 Name description An item name is separated from the description by a colon Because of space limitations an item name may sometimes appear as incomplete Use the U S Fed...

Page 325: ...TELEC CEM ITALY 10156 TORINO VAICENTALLO 62 45S ITALY 24931 SPECIALTY CONNECTOR CO INC 2100 EARLYWOOD DR PO BOX 547 FRANKLIN IN 46131 52152 MINNESOTA MINING AND MFG CO INDUSTRIAL TAPE DIV 3M CENTER ST...

Page 326: ...RONT SAFETY CONTROLLED 80009 333 4038 00 9 1 CIRCUIT BD ASSY AUDIO SEE A5 REPL MOUNTING PARTS 10 211 0244 00 1 SCR ASSEM WSHR 4 40 X 0 312 PNH STL TK0858 211 0244 00 END MOUNTING PARTS 11 129 1394 00...

Page 327: ...4 220 0497 00 4 NUT PLAIN HEX 0 5 28 X 0 562 HEX BRS CD PL 80009 220 0497 00 25 210 1039 00 4 WASHER LOCK 0 521 ID INT 0 025 THK SST 24931 ORDER BY DESCR END MOUNTING PARTS 26 348 0844 00 4 PAD CUSHIO...

Page 328: ...Replaceable Mechanical Parts 10 6 TSG130A Instruction Manual...

Page 329: ...10 7 Figure 10 1 Mechanical exploded view TSG130A...

Page 330: ...TSG130A Multiformat Signal Generator Manual 10 8...

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