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Wavetek 5100, Instruction Manual, Page: 1 / 129

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Summary of Contents for 5100

Page 1: ...EK AND IS PROVIDEDSOLELY FOR INSTRUMENT OPERATION AND MAINTENANCE THE INFORMATION IN THIS DOCUMENT MAY NOT BE DUPLICATED IN ANY MANNER WITHOUT THE PRIOR APPROVAL IN WRITING FROM WAVETEK WAVETEK SAN DI...

Page 2: ...tails This can often be done very reasonably in consideration for adding your manual to our library Typically the scans in our manuals are done as follows 1 Typed text pages are typically scanned in b...

Page 3: ...Buyer shall prepay shipping charges taxes duties and insurance for products returned to Wavetek for warranty service Except for products returned to Buyer from another country Wavetek shall pay for r...

Page 4: ...INDICATOR 3 1 3 3 SYSTEM CLOCKS 3 1 3 3 1 Internal Reference 8 MHz Crystal Oscillator 3 1 3 3 2 External Reference REF IN Signal 3 1 3 3 3 Phase Locking to an External 1 MHz Standard 3 1 3 3 4 Phase...

Page 5: ...5100 Only 6 2 6 5 SAMPLEGENERATOR 6 2 6 6 DC OFFSET 6 2 6 7 FRONT PANEL FREQUENCY Model 5100 Only 6 5 6 8 REMOTE MODE 6 6 6 9 INTERNAL OSCILLATOR 6 6 6 10 STANDARD ATTENUATOR Model 5100 Only 6 7 6 11...

Page 6: ...Zero Phase Line Circuitry 3 6 Remote Programming Chart 3 8 Loading Timing Diagram 3 10 Direct Digital Synthesis 4 1 Sine Wave Generation 4 2 Motherboard Assembly A1 6 3 Waveform at Point DC 6 4 Wavef...

Page 7: ...Schematic Mainboard Assembly Mainboard Assembly Parts List Attenuator Schematic Local Attenuator Assembly and Parts List Local Front Panel Assembly Front Panel Parts List Final Assembly Final Assembly...

Page 8: ...List Option 013 Mainboard Schematic Option 013 Mainboard Assembly Option 013 Mainboard Parts List Front Panel Assembly Front Panel Parts List Option 013 Final Assembly Option 013 Final Assembly Parts...

Page 9: ...to the chassis ground terminal marked with or Don t hold your eyes extremely close to an rf output for a long time The normally nonhazardous low power rf energy generated by the instrument could possi...

Page 10: ...2 1 Frequency Range 0 001 Hz to 2 000 000 000 Hz 0 001 Hz to 3 000 000 000 Hz Option 013 Resolution 0 001 Hz throughout entire range Control Local Model 5100 Only Ten 10 position rotary switches Remot...

Page 11: ...ro Phase Reset Output signal may be asynchronously reset to zero phase via one control bit There is a delay of approxi mately 800 nsec to the output This line may also be used as a load acknowledge ou...

Page 12: ...on of the carton and the contents It is recommendedthat the initial conformance test pro cedure be performed on receipt as described in paragraph 2 4 This instrument will operate on 115 Vac 1 10 50 60...

Page 13: ...ument is now ready for rack installation Model5110FrequencySynthesizeris readyfor installa tion into a standard 19 inch wide rack 2 4 INITIAL CONFORMANCE TEST PROCEDURE To verify that the instrument i...

Page 14: ...either phase locked to an external 1 MHz referencesignal or completely replacedby anexternal 8 MHz signal which becomes the system clock An external 8 MHz reference signal is required for Model 5110...

Page 15: ...itch 11 POWER Indicator 12 POWER Switch 1 Output Signal Jack 6 Fuse Holder 2 REFerence OUTput 7 Line Selector Switch 3 High Stability Crystal FREQ ADJUST 8 Line Cord 4 Ext REFerence INput 9 Standard C...

Page 16: ...t The source impedance is 509 and the maximum amplitude is 10 Vp p with no load or 5 Vp p into 50R as determined by the LEVEL and ATTENUA TION control settings 3 4 2 Model 5110 Main Outputs Main outpu...

Page 17: ...z the MHz switch is set to 1 and the 100 kHz switch is set to 1 0 This is the only fre quency which requires the use of an unmarked switch position When any frequency switch is changed on the Model 51...

Page 18: ...EMOTE Line is used as a device select or a load enable ine As described in paragraph 3 5 the instru ment may be called into the remote mode either by the REMOTEswitch onthe front panel Model 5100 only...

Page 19: ...CY Notes 1 All signals are referencedto pin50 COM GND 2 All lines are internally pulledto 5V by 3 3 kR resistors and assume logical 1 level if connected 3 Seefigures 3 6 for programmingchart Figure 3...

Page 20: ...1 MHz The programming chart infigure 3 6 shows howdata is formatted and weighed in each mode Binary Word In this mode N1 N2 logical 0 as shown in the MODESELECTcolumninfigure 3 6 All linesare loaded w...

Page 21: ...SINGLE LOAD 1 LOAD 2 LOAD 3 LOAD 4 LOAD 1 LOAD 2 LOAD 3 LOAD 4 Hz I 4 20 8 4 4 0 2 0 1 0 8 1 I 80 1 4 8 4 2 2 4 DB 4 10 1 8 0 0 4 0 0 2 0 0 1 0 0 40 mHz 2 8 40 80 2 f 1 20 20 1 1 Ik 512256128 10 128 1...

Page 22: ...for all byte inputs h e s e sets of lines are arranged adjacent to each other on the rear panel connector see figure 3 3 so that pins I through I 0 may be easily connected to pins 26 through 35 respec...

Page 23: ...I I S j I I I ZERO PHASE OUT I t r 1 1 c 1 1 e 1 I I I I I I 1 2 1 1 4 5 ps MAX 7 I c I I I I 4 e 375 ps 1 1 I I I I I t 3 7 5 ps l 1 I I I 4 5 I I I I 3 r 375 ps VVVVWI S H 5 I I 9 p0 8 ps TYPICAL 6...

Page 24: ...rovided by the internal crystal reference the function of the external reference phase lock loop is only to provide The frequency value of the output sinusoid is stored in the Frequency Register in bi...

Page 25: ...step of 0 18 During one sine cycle there are 2 000 samples 2 000 x 0 18 360 4 Each of the nine address bits may be monitored and verified by displaying DAC 1on scope See paragraph6 4 and figure 6 4 DA...

Page 26: ...uresthat whenswitchingbetween two levels of attenuation the settling of the relays will never cause attenuation less than either of the two valid levels Remote attenuator drawings suffix 3077 are loca...

Page 27: ...T BE REPRODUCED FOR ANY REASON EXCECT CALIBRATION OPERATIOW AND I MAINTENAWE WMOUT WRITTEN A R I Z I T I O W 1 1I PART DESCRIPTION it6 WASHER FLT NYL Y6 5 16D 1 16T ORIG MFGR PART NO 173 6001 9024 112...

Page 28: ...4 VCC R29 2 tb I c 1 Q 1 2 4k U3 4 8 C 4 CP 7 l A 5 CKISIC 3 2 U3B 4 k H I S 3 I00s c IR l d l l 4 6 4v 9 A 6 _ W3 L C 1 3 b c411 7 5 1 D U I Y A L K A U M A I N T mL I IV cm W t K maw S Lw t UurrA9 l...

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Page 30: ...W TO RES H F L 51 I OW 1 1 8W TO RES M L M 6 1 9 OHM 1 1 BW TO RES MFLH 7 1 9 O M 1 1 8W TO RES HFLM 9 7 1 OHM 1 I BW TO U DUAL PRPHL DRIVER 75451 ASSY PC ED PREPPED 3100 3077 U QUAD 2 I N NAND GATE U...

Page 31: ...OCAITYHI YO YIIaluunce Wm 0u r m U TION QTY PT 1 1 REV A WAVETEK NO 110 2210 110 4321 REFERENCE DESIGNATORS NONE NONE ORIQ MFGR PART NO RN53C2210F RNSSC4320F PART DESCRIPTION RES HFLM 221 OHtl 1 1 8W...

Page 32: ...of setting all data lines Unit PGM individually to TTL 0 or I and generating bounceless LOADpulse see paragraph 3 7 2 1 LOAD Line Frequency 1 MHz signal with TTL O hnd Source l61 See paragraph 7 3 for...

Page 33: ...8 code for each switch left to right 7 Rotate S1 through its 12 positions verifying the negative logic BCDcode inthe first division of FPB as described in step 6 See figure 6 3 waveforms a through Ii...

Page 34: ...Figure 6 1 MotherboardAssembly A1 Bottom Side...

Page 35: ...Figure 6 3 Waveform for FPD...

Page 36: ...0through position9 verify ing the correct frequency on the counter TS 7 4 Repeat step 3 with switches S5 through S9 TS PI 5 Removethe HzCARRYjumper shownonmainboard assembly drawing Connect the blue m...

Page 37: ...5 12 Remove the blue jumper and replace the black jumper NOTE Steps 13 14 and 15 pertain only to Model 5100 For Model 5110 skip to step 16 13 Set PGM to binary word local 2 kHz Set 5100 to local 1 kH...

Page 38: ...6 11 PROGRAMMABLE ATTIENUATOR OPTION 002 EQUIPPED UNITS ONLY Equipment required RMSvoltmeter andaprogramming unitcapableof settingthe attenuatordatalinesto logical O br logical 1 as directed 1 Verify...

Page 39: ...ously If the test still fails return to the troubleshooting chart and resume testing with the last step performed above Ifthetroubleisnotfoundafterexhaustingthestepswithin one procedure do not continu...

Page 40: ...wer by the power sele tion switch on the back panel Correct Point Observation Check fuse A5TI Measure 5Vac PRI I 0 115 A5T1 Measure 5Vac PRI 2 0 115 Measure O 4Vac Measure 0 75Vac Remedy Replace if ne...

Page 41: ...Voltage Cont 1 If voltages are all zero replace transformer 2 If one or more voltages are low check far switch on the back Measure 0 8Vdc I Check for shorted C7 Q5 and replace 7 s 2 Low or Zero Regula...

Page 42: ...ve pulse waveform K K Width 40 ns period 125 n s Negative pulse waveform Width 48 ns period 125 ns Replace U95 U89 U70 U81 U96 Replace U6 U7 U8 lJ9 U22 Negative pulse Rqplae U 5 U 4 U1B U7O waveform B...

Page 43: ...122 7474 14 PlNS TO GZ I 1 IC NO I PART NO 1 PlNS TO VCC I PlNS TO GND 1 NOTES Dl D2 D3 D4 are active pulse waveforms asdrawn only during a chans ogrequency Normally D l is at logical 0 and D2 D3 D4 a...

Page 44: ...emedy 1 Replace U22 U10 2 Test and replace S 2A if necessary Replace U19 UlO U70 Replace L1 l Correct 0bservation Positive pulse waveform Width 125 ns period 4 5 s Remedy Replace U95 A2U1 thru A2U8 A2...

Page 45: ...ct it 2 Replace U79 U98 U50 Go to TS 11 Replace U2 U13 U24 U15 U26 U25 U3 U14 Correct 0bservation Negative pulse waveform Width 40 ns period 125ns Logical 1 Logical 0 Logical 1 Positive pulse waveform...

Page 46: ...ogical 1 NOTES 1 For each column set frequency shown and sync on top waveform Verify each signal from bottom to top 2 If top waveform is missing or incorrect start with bottomsignal and work upwards u...

Page 47: ...I3 to 15 on U35 U35 12 U64 13 Pins I 2 to 15 on U1 U12 U23 U35 U46 U55 U72 U80 Pins I 3 to 15 on U63 Correct 0bservation Logical 0 Logical 1 Positive pulse waveform Width 125 ns period 125 ps See fig...

Page 48: ...gative edge of U53 14 or D2 2 Set front panel switches to 555 555 555 Hz 1 Sync on negative edge of U53 13 or 03 2 Set front panel switches to 819 819 819 Hz Test Point U53 12 or 0 4 U60 8 U51 12 U51...

Page 49: ...3 Connect U19 4 to U31 4 4 Connect U22 1 to U22 7 Test Point U10 9 U10 5 U70 6 U60 8 U51 12 U51 6 U51 8 Remedy Replace U60 U51 U52 U61 U41 U40 U4 Replace U70 U62 Replace U1 U12 U23 U35 U46 U55 U63 U7...

Page 50: ...imes during logical 0 portion of m Bit spacing is 125ns 36 bits dur ing D3 Follow procedure in paragraph 6 8 Test TS 16 1 MHz Operation lncorrect Remedy Replace U32 U30 U43 U54 U44 U42 U33 U40 U39 Rep...

Page 51: ...c voltage test points and verify these voltages Test Point Remedy Replace defective components TS 19 Programmable Attenuator Model 5100 with Option 002 Only Remedy See TS 4 Replace A3QI Replace A2U8 R...

Page 52: ...U7 U12 K7 Test Conditions Removejumpers above Test each attenuator bit in local and remote modes as per CTP 6 11 Test Conditions 1 Power On 1 Disconnect Programmer 2 Connect jumper from U31 4 or LD to...

Page 53: ...D SCHEMATICS 8 3 ERRATA Under Wavetek s product improvement program the latest electronic designs and circuits are incorporated intoeachWavetek instrumentasquicklyasdevelopment andtesting permit Becau...

Page 54: ...E A f POWER ATTENUATION dB W 1 2 O l l I 0 a l l 4 Z 9 LEVEL wrmr I V O L T d l FRONT V f W 5EE SEPARATE PARTS LIST BY I DATE fh 71 I REMOVE W BURRS I I i NOTE UNLESS OTHERWISE SPECIFIED I AND BREAKSH...

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Page 56: ...ON S I M FRAME THRU CABLE TIE5 ON FAN TO GROUND LUG M O U N T E D WlrH REAR CONNECTOR HARDWARE 6 3 2 X 1 4 SUPPLIED WlTH CHASSIS 2 RACE TOP VlEW b FRONT VlEW SIDE VIEW F REAR VIEW f l LLINE CORD 7 FT...

Page 57: ...T ZN 4 4 0 X 3 8 PH M SCR S T ZN PHP 4 40X7 8 P H M SCR S T ZN P H 8 32X1 2 P H M SCR S T Z N SL 6 32X3 8FPH TYPE F NUT HEX SS 2 56X5 32 AF NUT HX S T ZN 4 40X1 4 AF ASSEMBLY NO 0 0 2 3 1 0 0 PAGE 1 A...

Page 58: ...PAOPRIETARY INFORMATION AND MIKIN RMHTS nELoualna TO WAVCTEK AND Y C Y M T E D F O R U Y l l U g W a U L M M OCERIllOU AND MAINTENAMCE WlTHWT WRlTlEN MlmomzATlOW LOCAL HEMOTE REMOTE I I 0 5 V C M N A...

Page 59: ...5VCMN I I I I i THIS DOCUMENT CON AND DESIGN RIGHTS 0 REAR PANEL CONIJECTOR i 0...

Page 60: ...NOTES I OMIT C23 01 OPTION 01 UNITS 2 FI1 l NIJYIBERS ON XTAL YI OUTSIDE FARENTHEZIS REFER TO STANDARD X T A L PIN NUtiBERC INSIDE PARENTtiESIS R E F E k TO 1 i l STAEILITY XTAL CJPTION 01...

Page 61: ...DOCUMENT CONTAINS PROPRIETARY INFOPMATION AND DESIGN RIGHTS BELONGING TO WAVETEK AND MAY NOTBEREPRODUCED FORANY REASONEXCEPTCALIBRA TION OPERATION AND MAINTENANCE WITHOUT WRITTEN 0 REAR PANEL CONlJEC...

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Page 63: ...lum DOQlYfWT tOW1AlW P I O P I I I n m lwo U TY O D E U O T O U Y C I U UD S W T I I...

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Page 67: ...COMPONENT5 IN F_RTED INTO BOARD Q XE IRE iT M 88 TO ALL DIFFERENT DEhIIGNATED PI115 I ATTliLH 3tWb BU55IIVU1RE J TEM TO t INSERT ABLE R W WIRE INTO tjDARD FWSN T O SLEVINO INSERT ATTACHED SROUNO WIRE...

Page 68: ...EG CFLM 5 6 0 O M 5 1 4u RES CFLM 6 2 0 OHM 5 1 4 u RES CFLM 8 2 0 OHM 5 I 4 u RES CFLM 1 OK OHM 5 1 4 U RES CFLM 2 ZK onn 3 1 4 u RES CFLM 3 3 K OHM 3 1 4 U RES CFLM 1 0 K OHM 5 1 4W RES C F L n 4 7...

Page 69: ...4 PART DESCRIPTION RES RFLM 6 1 9 OHM 1 1 8W TO RES MFLM 7 1 5 OHM 1 1 BW TO RES MFLM 9 7 6 OHM 1 1 8U TO ASSY PC ED PREPPED 5 100 3066 FINISH WAVETEK PROCESS 7 2 ORIQ HFOR PART NO 03 002 3066 RNSSCi...

Page 70: ...BELONGING TO WAVETEK AND MAY NOT BE REPRODUCED FOR ANY REASON EXCEPT CALIBRATION OPERATION AND MAINTENANCE WITHOUT WRITTEN AUTHORIZATION 70 SCANMER BOARD I ML77E rYF7 F O R S THRU S 9 0 70 S POS 4 BR...

Page 71: ...RIGHTS BELONGING TO WAVETEK AND MAY NOT BE REPRODUCED FOR ANY REASON EXCEPT CALIBRATION OPERATION AND MAINTENANCE WITHOUT WRITTEN AUTHORIZATION OWO NO C J Z O O C J LTR A R E V 4 Z 9 7 4 S E E E f r I...

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Page 73: ...K AND MAY NOT BE REPRODUCEDFOR ANY RE SOII EXCEPT CALIBRATION OPERATION AND NAlNTEWAllCE WITHOUT WRITTEN AIJTMORIZATKWI I I I 1 A REV A 8 c D E F G H J K REMOVE ALL BURRS O R AND BREAK SHARP EDGES n d...

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Page 75: ...E PAR7 3 L1 7 7 A i REMOVE ALL BURRS 1 M B R E A K U P EDGES DATE W I E K _ A YATERlU P R 2 u 7 8 F A AL A33EjYBLY FREQUEUCY SYflTHLS ZLR WAVETEK PROCESS UNLESSOTHERWISESPEClFlED NOTE UNLESS OTHERWISE...

Page 76: ...0 1 0 1 1 KNOB PUSH BUTTON ELK 8 3 0 1 CRL 3 7 0 0 7 1 3 1 2 M INST MANUAL 5 1 1 0 1ST 8 0 0 0 3 1 1 1 5 ED 8 B I 7 REV B A TWI o o c w e m C O n U I R Y M R u T K W REV ECO BY DATE UP y p O C I I Q I...

Page 77: ...ATORS 2 2 NONE 2 5 2 8 3 4 3 5 4 2 3 6 3 7 3 8 3 9 40 4 WASHER FLAT s n 1 6 147ID 312OD 028THK WASHER SPLT LK STNLS 2 WASHER EXT LK s n ZN 1 4 WASHER EXT LK STL ZN WASHER FLT NYL 4 1 4D X 1 8T 5 0 NON...

Page 78: ...Az U31 4 7VDC 700mA...

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Page 81: ...1I I I I ATTENUATOR I I I I A55EMBLY I I I I TOLICRANCU rrcmrrM7za M T E K A I_ 4 D u l Y A L xxx o o S H E E T 4 O F 5 A m DATE D U 1 H T RLOS G r n m s xx 02 n u ULI D E T A I L A I CO I C I R M m t...

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Page 83: ...RES FROM ITEM Z TO BOARD A 5 DEDsIDN TED 5UPPORT U6iE A51Y b f 5OLDERiNO if W h BU53 WiRE EM la TO CABLE A 5 i Y BOARD 45 SHI N INSERT A t i t A 5 3 WiRE INTO BORKD _dit i TO 5LfiYiNO b INSERT ATTACHE...

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Page 85: ...10 ITLE HAINBOARD ASSY 5110 B PART DESCRIPTION _____I ASSEMBLYNO REV 004 31 10 K ORIO MFGR PART NO I WAVETEK NO B GLD CHR I CTC CTC I I CONN PLUG SHORTING I A i L CONN PLUG SHORTING LOW PROF SOCKET J...

Page 86: ...ISOL REV C A WAV TEK lwTrs LIST NOTE UNLESS OTHERWISE SPECIFIED 8 ORIQ MFGR PART NO 1207 00 2945 BP63 6CB 2180 5 15 0051 28JR10Q 1 PANEL ASSEMBLY FRONT 5 1 1 0 DONOT8ULEDRAWNQt REUOVEALLWIRRB AND m K...

Page 87: ...I ARE CONNECTED TO GROUND 7 INPUT PIN CONNECTIONS m S K N I P P CO INC BlfBl I I OUTPUT PIN CONNECTIONS I I i j 1 DECIMAL xxx 010 XX 02 FRACTIONAL 1 64 AWOUUR ASSEMBLY A 2 SCALE DRAWN 07 d 2 7 A m o v...

Page 88: ...VIEW FRONT PANEL SWITCH 1 O R IG MFGR PART NO N O T E S 1 ALL U NUMBERS ARE PREFIXED WITH A2 DESIGNATION 2 COM LINE OF FRONT PANEL SWITCHES ARE CONNECTED I D U I Y A L SCALC v l xxx xx 02 010 ASSEMBLY...

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Page 90: ...5 GOLD TERM PlrVS 1 0 9 l i SOLDER SIDE INSULATED JUMPER 30 AWG WIRE I COMPONENT SIDE OF BD I 1...

Page 91: ...1110 3 6 2 1 i l O W T 2 I1 I IUMCEM I1 1 0 7 3 0 1 I1 I I I I I WAV ETEK ASSEMBLYNO REV 1208 00 2555 SPK ASSY PRE WAVE LOAD 9100 3056 I ASSEMBLY NO 1208 00 2555 I R N I PAOE 3 L I I PAGE 1 I REFEREN...

Page 92: ...TE UNLESS OTHERWISE SPECIFIED T I I W Q Y I E O W T U I T R N ECO m 1 ECO mv DITC YT m a o W a t r a r O W A W U A Y iILI IOOUCtDrOll Il ymUCBIuu IumY m v r p n a u c r n m o r r A 1 9 2 9 I IwltJnlp...

Page 93: ...1 7 2 4 UIRE 2 4 AWG STR REC UIRE 24 AUG STR ORANQE n SCR ST ZN 4 40 x 3 8 P H NUT HX S T ZN 4 40X1 4 AF UEICO I SNO APPVL 7 Conlidential property of WP VETEK MFO APPVL not to be disclosed to others...

Page 94: ...9 I SPR THD 3 8 H X 8 32x11 1 4 5 2 E I K E Y m 1 3 8 9 2 0 0 3 12 NONE 1 8 WAVETEK NO ASSEMBLY NO 0 0 2 3 0 8 6 PAGF 3 WAVETEK f Rlsl Sr MFCR HEYCO WEICO WEICO ASSEMBLY NO 0 0 2 3 0 8 6 PANEL ASSY RE...

Page 95: ...EE NO A P P V I Confidential property of WAVETEKSAN DIEGO INC MFO PPPVL not to be disclosed to o hers reproduced or used for I any purpose except or authorized in writing by above U N L E M PTHEFM ISE...

Page 96: ...DUCED FOR ANY EXCEPT CALIBRATIOW OPERATION AND Y U m C E WITHOUT WRlITEN AUTHORIZATlOI NOTE R GH7 S DE O F UN I FOR L E F T S DF ASSEMBLY T U W TENS Z AND 3 B 0O AA D R K P LA C E TFM 5 It 7H ThM 4 A...

Page 97: ...line The Byte or Word mode is selected via With Option013 installed the front panel MHzknobhas an internal jumper refer to assembly drawing a 2 MHz marking extending the range by 1 MHz To 02 004 3100...

Page 98: ...W N l EMlw l U D YIlWrWUlCE WllnoVT u IIO Z TION I 1 8 REAR VIEW SEE 5EPARA7EPAR75 L ST REV A 6 W TEK MATERIAL CHECK D I 3 25 k TnLE F A AL ASSEMBLY I F F EQI EMY5YNTH 5 ZER RELEASEAPPROV k WAVETEK P...

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Page 100: ...NG PLUG SIDE VlEW C C B A SEE SEPARATE PARTS LIST REMOVE ALL BURRS AND BREAK SHARP EDGES 7 2M W A E E K MATERIAL PROJ ENGR B I A TITLE FREQUENCY SYNTHESIZER FINISH OTHERWISE SPECIFIED 5100 13 SERIES X...

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Page 102: ...NCE DESIGNATORS PART DESCRIPTION ORIG MFGR PART NO MFGR UAVETEK NO QTY PT REFERENCE DESIGNATORS PART DESCRIPTION ORXG HFGR PART NO 16 CONN PLUG SHORTING 4612871 01 03 10 47 LUG SOLDER ANGLED 6 1416 b...

Page 103: ...REMOTE I I 7VDC C700MAl ATTN7 SHEET I OF 5 TIMING TOLERANCES c m n W u w C e C ACIIDMAL n TIMIN6 LOGIC 5100 3 A M O U U n 0 7 D l A l l M O H U I D U 03 004 3 13 REV B I I...

Page 104: ...0 REAR PANEL CONNECTOR INTERNAL SIGNAL CONNECTION...

Page 105: ...70 10 RCLK SHEET 3 OF 5 xxx OIO 1X 02 m r cHQuImL 11 DAC FREQUENCY REF 5100 13 UUU D U W l N a I t I o 004 3 1 j 1 0...

Page 106: ...Q13 COM I5 VDC VARIABLE OUTPUT AMPLl FIER tl5VDC f r l i r DRAWN I Y 7 XzCRl I R35 A 5 J2 C94 VAR OUT 180Plf I v C R I 2 r 1 L J A 4 JI ATTENUATOR C32 OUT PUT ASSEMBLY I C33 820Pf A I OUT PUT FlLTER...

Page 107: ...OF 5 POWER I TOLERANCES t y I K Y 3 CR6 PRESENT ON OPTION 01 UNITS ONLY D U I Y A L KIU D R A W N m T Jtxx OlO XX 02 A m o V K D mr PRACTIONAL TITIS t 1 64 POWER SUPPLY 5100 13 J r UCO 8 C 2 8 A N O U...

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Page 109: ...ART NO MFGR WAVETEK NO QN PT REFERENCE DESIGNATORS ORIQ MFCR PART NO MFGR WAVETEK NO QTY PT PART DESCRIPTION PC 1 eu TO C1 C2 C3 CAP ELECT 1000OUF 3487BD103M016KM MEPCO 109 9100 3 15V PC U79 U DUAL PR...

Page 110: ...3 PAGE 3 WAVETEK mUST CDE CDE NSC MAINBOARD ASSY 5 1 0 0 1 3 CAP MICA FX VAL D I P 4 3 0 P F 5 TO 7OPPM C 5 0 0 v Q P V REG 5V SL 1 A TO 3 U ROM 5 1 2 x 8 CST S I N E N B Z S l l S N S I G I SPK ASSY...

Page 111: ...O BE AS FOLLOWS msr I ORANGE 3 POST 2 YELLOW WIRE T O 6E TWISTED TOGETHLR POST 3 BLACK ALL WIRES m POST 8 ON 5 1 THRU 5 9 To W M E FROM BOTTOM RlBBON CABLE ASSEMBLY i207 00 2554 WITH WJRES TO POSTS Z...

Page 112: ...RS A2 Not 33 53 D82 DS1 NOS 22 7 610 S1 S2 63 64 S5 66 87 S8 89 J1 J2 1 1 16 WAV TEK PARTS UST WIRE 4l24 A W SfR YELLOU PART DESCRIPTION SPK SCANNER ASSY 5100 SPK ASSY RIBBON CABLE 5100 SERIES WIRE AG...

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Page 114: ...4 I 3 11 2 I 1 I 1 PC 2k 4 REV A I I B A SEC SEPARATE PARTS L ST 8 Eco RELEASE REMOVE M L BURRS AND A 7 T y J my M T E 1 y 2 1 7 8 MATERIAL I A 9496 NOTE UNLESS OTHERWISE SPECIFIED CUECUED Rh K P R P...

Page 115: ...311 QTY PT 1 1 1 1 1 1 1 1 REV B UF6R BUKEY B U K N CINCH CAUBN CRL B 7 ORIQ HFQR PART NO UPV 40464 14 MPV 40463 14 57 30300 445 3306 03 03 16 8301 ASSEMBLY NO REFERENCE DESIOUATORS Ncu NOFE NotE N O...

Page 116: ...THRU CABLE TIE9 ON FAN TO GROUND LUG MOUNTED WITH REAR CONNECTOR HARDWARE TOP VlEW W T E K FREQUENCY SYNTHESIZER WDEL5110 FRONT VIEW PUG HOLE 6 32 X 1 4 SUPPLIED WITH CHASSIS z RACES I REAR VlEW L COR...

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Page 118: ...2 4 WEICO 3 7 8 1 7 1 4 6 BROWN 3 8 WIRE 2 4 AW6 EON 1 5 2 4 WEICO 3 7 8 1 7 1 5 1 2 BROWN 3 9 WIRE 2 4 AWG STR 1 1 2 4 WEICO 378 1 7 3 4 2 0 ORANGE WAVETEK ASSEMBLY NO 0 0 2 3 1 2 3 REV K PARTS LET...

Page 119: ...7VDC 70CnjA __ _ ___...

Page 120: ...5VCMN PROPRlETARl INFOIHIATION GIN0 TO WAVETLL AND A W I L X C W U U E M TENANCE wmiour m E N 0 REAR PANEL CONNECTOR...

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Page 122: ...property of WAVETEK 1 M C O ADCVL 8 not to be disclosed to others reproduced or used for any purpose except as authorired in writing by obovo I ALL D I M R N I O N rRR I N m m a r r m a m1NlmnlNo I O...

Page 123: ...w N r CONTAINS PROPRIETARY IHFORWATlon AH0 M S O N RIDHTS DELQ O M TO W A V r m L AND Y Y n m l E T m U C a F O I l m M m m OarTLu AND YUWTCNAWQ wKnou7 II IITTR Aumma4TDW SHEET 5 OF 5 POWER T o L L R...

Page 124: ...55Y B Y 53LDEPINO 151 4WO bU55 W1KE ITEM it31 TO ABLE A55Y E IS OAR A 5 5MQW N INSERT CABLE ASSY WIRE INTO BOARD FLb5H TO 5LEEVINO BL INSERT ATTKHED GROUND WIRE INTO BaARD BOY ENDS AS SWMN D 5OLDER NO...

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Page 126: ...C SOOV Q P V REG 5V 5 1A TO 3 CDlSFD431J03 Ln309K STEEL IU ROM 512x8 CST SINE N826113N SIC WVTK SIQ WVTK THERH FILTER L O W PASS 0 3 00 165 3002 IHHZ IHEATSINK TO 3 BASE 6104B ELK AND2 1208 00 2571 12...

Page 127: ...instrumentfor Option207TLoutput PIN 02 002 3050 Schematic Option 20 TTL Output PIN 03 004 3098 Assembly Option 20 TTL Output PIN 02 004 3098 The TTL output circuitry consists of an LM361 high speed di...

Page 128: ...BON RED NONE NONE 1524 1524 NOTE DELETE CABLE COAXIAL 0 2 009 0591 BETWEEN MOTHERBOARD AND A5J2 EIR 5 1 0 0 AbiD 5100 13 2 MARK REAR PANEL VAR OUT BNC TTL OUTPUT WIRE U24 AW6 BON 1 YELLOW I WIRE BLUE...

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