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Operating Instructions-60S 

FUNCTI ONAL  C H ECK 

The  following  procedure  is  provided  to  aid  in  obtaining 

a  display  on  the  608  Monitor  and  may  be  used  as  a 

check  of  basic  instrument  operation. The  procedure 
may  be  used  for  incoming  inspecti on  to  verify  proper 

operation,  and  may  also  be  used  by  the  operator  for 

instrument  familiarization.  Only  instrument  functions, 

and  not  measurement  quantities  or  specifications,  are 

checked  in  these  procedures.  Therefore,  a  minimum 

amount  of  test  equipment  is  required.  If  performing 

the  Functi onal  Check  procedure  reveals  i mproper 

performance  or  instrument  malfunction,  first  check  the 

operati on  of  associated  equipment;  then  refer  to 

qualified  service  personnel  for  repair  or  adj ustment  of 

the  instrument. 

NOTE 

Functional  Check  Procedures  for  the 

a vailable  options  are  located in  the 

Instrument  Options  section  of this  manual. 

TEST  EQ U I PM ENT  R EQ U I R E D  

The  following  test  equipment  was  used  a s  a  basis  to 

write  the  Functional Check  procedure.  Other  test 

equip ment,  which  meets  these  requirements,  may  be 

substituted.  When  other  equipment  is  substituted,  the 

control  settings  or set  up  may  need  to  be altered. 

1. Power  Module 

Description: 

Tektronix  TM  5OO-series  power  module 

with  one  or  more  plug-in  compartments. 

Type  Used: 

TEKTRONIX  TM  501  (used  with  the 

FG  503  Function  Generator). 

2.  Function  Generator 

Description: 

Frequency  range,  one  hertz  to  50  kilo­

hertz;  output  amplitude,  one  volt  peak-to-peak  into 

50  ohms,  waveform  output,  sine 

wave. 

Type  Used: 

TEKTRONIX  FG  503  (used  with  TM  501 

Power  Module). 

3.  Cables  (2  Required) 

Description: 

Length,  42  inches  (1  required),  1S 

inches  (1  required);  connectors,  BNC. 

Type  Used: 

Type  RG-58/U,  50-ohm  coaxial, 

Tektroni x  Part  012-0057-01  (42  inch),  Tektronix  Part 

012-0076-00  (18  inch). 

4.  T Connector 

Description: 

Connectors,  BNC-to-BNC. 

Type  Used: 

B NC-to-BNC 

connector,  Tektronix  Part 

1 03-0030-00. 

2-4 

5.  50-Ohm  Termination 

Description:  Impedance,  50  ohm;  connectors,  BNC. 

Type Used:  Tektronix  Part  0 1 1 -0049-01 . 

P R E LI M I NARY  S ET  U P  

1 .   Install  the  function  generator  in  the  power  module 

and  turn  on  the  power  module. 

2.  Connect  the  608  power  cord  to  a  suitable  power 

source. 

NOTE 

Check  the  line  voltage  information  recorded 

on  the  rear  panel.  If  the  source  voltage  is 

not  within  this  range,  refer  qualified  service 

personnel  to  the  servicing  information 

sections  of  the  608  Instruction  Manual. 

3.  Open  the  access  door  on  the  front  panel  and  set 
the  controls  as  follows: 

Vertical and 
Horizontal Position . .. . . . . .  Midrange 

INTENSITY  .. . . . .. .  ,  . . . . . .  Fully counterclockwise 

FOCUS  ......... , ........ Midrange 

ON/OFF  . . . . . .. . . ... . . . . .  O N  (pushbutton in) 

4.  Allow  at  least  one  minute  for  the  instrument  to 

warm  up. 

D I S PLAY  F UN CTI ON S 

1.  Perform  the  Preliminary  Set  Up  procedure. 

2.  Notice  that  a  spot  will  appear  on  the  crt,  increasing 

in  brightness  as  you  slov'.;ly  turn  the  INTENSITY  control 
clockwise. 

� 

A  high  intensity  level  combined  with  a 

stationary  spot  will  damage  the  crt 

phosphor.  Therefore,  set  the  INTENSITY 

control  to  the  minimum  necessary  for  good 

visibility. 

3.  Adjust  the  FOCUS  and  ASTIG  controls  for  a  sharp, 

well-defined  display. 

4.  Turn  the  Vertical  and  Horizontal  Position  controls 

and  notice  that  the  spot  pOSition  can' be controlled  by 

both  controls. 

Summary of Contents for 070-2305-00

Page 1: ...bsite of Cornell Law School at http www4 law cornell edu uscode 17 107 html and is here reproduced below Sec 107 Limitations on exclusive rights Fair Use Notwithstanding the provisions of sections 106...

Page 2: ...Verso Filler Page...

Page 3: ...TEK INSTRUCTION MANUAL First Printing AUG 19n Revised JUL 1984 608 Part No 070 2305 00 Product Group 11 MONITOR WITH OPTIONS Please Check for CHANGE INFORMATION at the Rear of This Manual...

Page 4: ...on of Tektronix Inc Products of Tektronix Inc and its subsidiaries are covered by U S and foreign patents and or pending patents TEKTRONIX TEK SCOPE MOBILE and are reg istered trademarks of Tektronix...

Page 5: ...ENANCE PREVENTIVE MAINTENANCE 5 1 CLEANING 5 1 EXTERIOR 5 1 CRT 5 1 INTERIOR 5 1 PAGE VISUAL INSPECTION 5 SEMICONDUCTOR CHECKS 5 2 PERIODIC ELECTRICAL ADJUSTMENT 5 2 TROUBLESHOOTING 5 2 TROUBLESHOOTIN...

Page 6: ...Z Axis Amplifier boards Location of screws securing A 3 Dynamic Focus and AS Low Voltage Power Supply boards Location of screws securing A4 High Voltage Power Supply board Exploded view of circuit bo...

Page 7: ...ection to the power source a qualified service person should verify that the instrument is set to match the voltage of the power source and has a suitable two pole three terminal grounding type connec...

Page 8: ...id electric shock operating personnel must not remove protective instrument covers Component replacement and internal adjustments must be made by qualified service personnel only LI MIT I N PUT SIGNAL...

Page 9: ...ponents CRT HAN DLI N G Use care when handling a crt Breakage of the crt causes a high velocity scattering of glass fragments implosion Protective clothing and safety glasses should be worn Avoid stri...

Page 10: ...play applications as in ultrasonic detection systems electron microscope systems volume and vibration analysis auger probes and medical biophysical systems The 608 Monitor may also be used to provide...

Page 11: ...lists are computer printouts and use computer supplied abbreviations Information on the options available for the 608 Monitor is located in section 9 of the Instruction Manual I NSTRUMENT DESCR IPTION...

Page 12: ...deflects beam down X I NPUT Positive signal applied deflects bea m to the right negative signal deflects beam to the left Settling Time Spot must reach new writing position within 0 05 cm 0 02in with...

Page 13: ...terminated into 1 kO or less 1 MO within 1 paralleled by 60 pF or less Maximum Nondestructive Input Voltage Fault 100 V or 100 V dc peak ac with crt beam positioned Condition Only off the viewing area...

Page 14: ...output does not vary more than 20 in the crt quality area at moderate intensity 34 cd m2 10 fL Measured with the quality area flooded by a raster 60 Hz refresh rate 320 horizontal lines 0 031 cm 0 01...

Page 15: ...tion Net Weight Overall Dimensions Characteristic 0 to 50 C 32 to 122 F 40 to 70 C 40 to 15So F To 4 6 km 15 000 ft To 12 6 km 50 000 ft To 95 at 40 C Qualified under National Safe TransitCommittee Te...

Page 16: ...UM POINTS 1 21 3em I 51 gem I 8 4in I T 2 4in I 13 26cm f I 5 jin I I I UL I NOTE DIMENSIONS ARE GIVEN WITH TOP FIGURE IN CENTIMETERS AND BOTTOM FIGURE IN INCHES REfER TO DIAGRAMS AND CIRCUIT BOARD IL...

Page 17: ...ed to you If the original packaging is unfit for use or is not available repackage the instrument as follows Obtain a carton of corrugated cardboard with a 275 pound test strength and having inside di...

Page 18: ......

Page 19: ...his manual DETAILED O PERATI N G INFORMATIO N I N PUT SIG NAL R EQUI R EM E NTS The horizontal X and vertical Y deflection factors are set at the factory to one volt for eight divisions of deflection...

Page 20: ...ctor for crt full screen deflection of at least 0 5 volt V to 2 5 volts CD CD CD INTENSITY Controls brightness of the crt display and is the offset control for the Z Axis INPUTS Y GAIN Provides an adj...

Page 21: ...240V O 4A SLOW BLOW n PRIMARY TAPS SET F R 1 v sl CD TRACE ROTATION Adjustment to align the trace with the horizontal axis 25V SEE MANUAll 0 4 t 25V SEE MANUAL 0 2 X INPUT BNC input connector to allow...

Page 22: ...ave Type Used TEKTRONIX FG 503 used with TM 501 Power Module 3 Cables 2 Required Description Length 42 inches 1 required 1S inches 1 required connectors BNC Type Used Type RG 58 U 50 ohm coaxial Tektr...

Page 23: ...50 ohm termination and 42 inch cable O perating Instructions 60S 4 Center the display with the Horizontal Position control and check that the X GAIN control will adjust for 8 divisions of horizontal d...

Page 24: ......

Page 25: ...mating outlet with a safety earth contact Do not defeat the grounding connection Any interruption of the grounding connection can create an electric shock hazard Before making external connections to...

Page 26: ...xtremely important that the interconnection is made in accordance with NFPA 76B T Tentative Standard for the Safe Use of Electricity in Patient Care Areas of Health Care Facilities section 3038 Signal...

Page 27: ...nges Line Voltage R egulating Range and Fuse Data Selector Position 120 Volts Nominal 220 Volts Nominal LO 90 V ae to 1 10 V ae 1 80 V ae to 220 V ae MED 9 9 V ae to 12 1 V ae 1 9 8 V ae to 242 V ae H...

Page 28: ...bient temperature higher than 500 C Forced ventilation methods may be needed CAB I N ET TO RACK M O U NT CONVE RSION Tektronix Part 040 0601 00 Mounts one 608 Monitor in a standard 19 inch wide rack T...

Page 29: ...mic Focus circuit compensates for geometric defocusing The High Voltage and Low Voltage Power Supplies provide all the voltages necessary for operation of this instrument DETAILED CIRCUIT OPERATION Co...

Page 30: ...wdriver adjustment Y Gain R125 provides an adjustable amplification factor to allow crt full screen deflection range of at least 0 5 to 2 5 volt This control is normally set to a nominal 1 volt for 8...

Page 31: ...ct transistors from excessive input voltages Front panel screwdriver adjustment R325 X GAIN provides an adjustable amplification Theory of O peration 608 factor to allow a crt full screen deflection r...

Page 32: ...e a single ended current signal Transistors 0580 0680 0590 0690 Q596 0696 are connected as an operational amplifier with the feedback path provided through R692 H igh current low impedance drive is pr...

Page 33: ...determined by zener diode VR750 and transistor 0750 As the beam is deflected to the bottom region of the crt display area the output of 0730 falls below 4 5 volts forward biasing CR730 CR740 is revers...

Page 34: ...tentials see Fig 4 4 4 6 Modulator When the secondary winding output of T850 pin 1 0 swings positive C872 charges through R860 and C860 to a voltage level determined by the setting of the Crt B ias ad...

Page 35: ...4 Simplified diagram of Control Grid DC Restorer increase in positive voltage across C929 When the secondary winding output swings negative CR925 turns off Then CR927 conducts and clamps the negative...

Page 36: ...the position of the crt beam 2025 1 2305 10 Figure 4 6 Simpiified diagram of Focus Element DC Restorer repetitive cycles from C929 C930 will charge to the positive level of waveform 3 Capacitor C930 f...

Page 37: ...current rating of the fuse must be 0 8 A slow blowing type Thermal cutout S960 provides thermal protection for this instrument If the internal temperature of the REV A JAN 1 981 Theo ry of Operation...

Page 38: ...lator nullifies the output variation to maintain a steady level from the supply 4 10 Diode C R993 protects the 1 5 volt series regulator 0976 If excess current is demanded from this supply Essentia ll...

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