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Anritsu MG3702xA Series, Maintenance Manual

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Contents-2

PN: 10370-10372  Rev. B

MG3702xA MM

Table of Contents (Continued)

2-3

Frequency Synthesis  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-7

A7 PCB  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-7
A9 PCB  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-8

2-4

ALC/Pulse Modulation  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-9

ALC Loop Operation  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-9
Pulse Generator Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-10

2-5

RF Deck Assemblies. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-10

RF Deck Configurations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-10
RF Signal Flow  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-11
0.01 to 2.2 GHz Digital Down Converter (Option 004). . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-11
Step Attenuator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  2-11

Chapter 3—Performance Verification

3-1

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-1

3-2

Test Records. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-1

3-3

Connector and Key Notation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-1

3-4

Test Equipment List  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-2

3-5

Measurement Uncertainty. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-4

3-6

Internal Time Base Aging Rate Test (Optional)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-5

Test Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-5
Procedure  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-5

3-7

Spurious Signals Tests . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-6

Harmonics and Harmonically Related Signals Test. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-7
Non-Harmonic Signals Test. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-8

3-8

SSB Phase Noise Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-11

Procedure Using Agilent Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-11
Procedure Using AeroFlex Equipment  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-16

3-9

Power Level Accuracy and Flatness Tests . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-21

Test Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-21
Power Level Log Conformity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-22
Power Level Accuracy (Models without Option 002) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-24
Power Level Accuracy (Models with Option 002)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-25
Power Level Flatness  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-29
Maximum Leveled Power  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-31

3-10 Pulse Modulation Tests. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-34

Test Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-34
Pulse Rise Time, Fall Time and Overshoot . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-35
Pulse Power Accuracy. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-37
External Pulse Power Accuracy. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  3-38
Pulse On/Off Ratio. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-41

Chapter 4—Adjustment

4-1

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  4-1

4-2

Test Equipment List  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  4-1

4-3

Test Records. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  4-1

Summary of Contents for MG3702xA Series

Page 1: ...rators Fast Switching Microwave Signal Generator 100 µsec Switching Speed 10 MHz to 20 GHz Anritsu Company 490 Jarvis Drive Morgan Hill CA 95037 2809 USA http www anritsu com Part Number 10370 10372 Revision B Published July 2015 Copyright 2015 Anritsu Company ...

Page 2: ...ANY OR ITS SUPPLIERS BE LIABLE FOR ANY SPECIAL INCIDENTAL INDIRECT OR CONSEQUENTIAL DAMAGES WHATSOEVER INCLUDING WITHOUT LIMITATION DAMAGES FOR LOSS OF BUSINESS PROFITS BUSINESS INTERRUPTION LOSS OF BUSINESS INFORMATION OR ANY OTHER PECUNIARY LOSS ARISING OUT OF THE USE OF OR INABILITY TO USE THE PRODUCT EVEN IF ANRITSU COMPANY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES BECAUSE SOME STATE...

Page 3: ...e and copyrights in and to the SOFTWARE PRODUCT including but not limited to any images photographs animations video audio music text and applets incorporated into the SOFTWARE PRODUCT the accompanying printed materials and any copies of the SOFTWARE PRODUCT are owned by Anritsu or its suppliers The SOFTWARE PRODUCT is protected by copyright laws and international treaty provisions Therefore you m...

Page 4: ......

Page 5: ......

Page 6: ...rective of the European Union EU C tick Conformity Marking Anritsu affixes the C tick marking onto its conforming products in accordance with the electromagnetic compliance regulations of Australia and New Zealand in order to indicate that these products conform to the EMC regulations of Australia and New Zealand Mercury Notification This product uses an LCD backlight lamp that may contain mercury...

Page 7: ...out Wheelie Bin symbol complies with the European Parliament and Council Directive 2002 96 EC the WEEE Directive in the European Union For Products placed on the EU market after August 13 2005 please contact your local Anritsu representative at the end of the product s useful life to arrange disposal in accordance with your initial contract and the local law ...

Page 8: ...TG 8 PN 10370 10372 Rev B MG3702xA MM ...

Page 9: ...attached to products that are not shown in the diagrams in this manual This indicates a prohibited operation The prohibited operation is indicated symbolically in or near the barred circle This indicates a compulsory safety precaution The required operation is indicated symbolically in or near the circle This indicates a warning or caution The contents are indicated symbolically in or near the tri...

Page 10: ...vice technicians with a knowledge of electrical fire and shock hazards should service this equipment There are high voltage parts in this equipment presenting a risk of severe injury or fatal electric shock to untrained personnel In addition there is a risk of damage to precision components Warning Use two or more people to lift and move this equipment or use an equipment cart There is a risk of b...

Page 11: ...epair 1 4 1 9 ESD Requirements 1 4 1 10 Preventive Maintenance 1 4 Cleaning LCD Display Touch Screen 1 4 Maintain Operating System Integrity 1 4 Antivirus Protection 1 4 Windows Updates 1 4 Hard Disk Drive Data Backup 1 5 Air flow 1 5 Microprocessor Battery 1 5 Updating Instrument Operating Software 1 5 1 11 Communicating with Anritsu Customer Service 1 6 1 12 Test Equipment List 1 6 Chapter 2 Fun...

Page 12: ...l 3 5 Test Setup 3 5 Procedure 3 5 3 7 Spurious Signals Tests 3 6 Harmonics and Harmonically Related Signals Test 3 7 Non Harmonic Signals Test 3 8 3 8 SSB Phase Noise Test 3 11 Procedure Using Agilent Equipment 3 11 Procedure Using AeroFlex Equipment 3 16 3 9 Power Level Accuracy and Flatness Tests 3 21 Test Setup 3 21 Power Level Log Conformity 3 22 Power Level Accuracy Models without Option 002...

Page 13: ...rmal Operation Error and Warning Status Messages 5 4 Error Log 5 4 5 4 No Error Message 5 5 5 5 Troubleshooting Tables 5 5 Checking DC Voltages 5 16 Chapter 6 Removal and Replacement Procedures 6 1 Introduction 6 1 6 2 Replaceable Parts 6 2 6 3 Calibration and Verification after Subassembly Replacement 6 3 6 4 Removing the Instrument Covers 6 6 Tool Required 6 6 Preliminary 6 6 Procedure 6 6 6 5 F...

Page 14: ...nics and Harmonically Related Signals Test with Option 15 A 3 Section 3 7 Non Harmonic Signals Test Part 1 A 4 Section 3 7 Non Harmonic Signals Test Part 2 A 7 Section 3 8 SSB Phase Noise Test Agilent Test Equipment A 8 Section 3 8 SSB Phase Noise Test Agilent Test Equipment A 10 Section 3 8 SSB Phase Noise Test AeroFlex Test Equipment A 13 Section 3 8 SSB Phase Noise Test AeroFlex Test Equipment ...

Page 15: ...ance specifications can be found in the MG3702xA technical data sheet Anritsu part number 11410 00429 which is also available online Updated versions of this manual and the technical data sheet may be downloaded from the Anritsu Internet site at http www anritsu com 1 3 Identification Number Anritsu synthesizers are assigned a unique six digit or seven digit ID number such as 090101 The Model numb...

Page 16: ... A general description of the GPIB and the bus data transfer and control functions A listing of the IEEE 488 Interface Function Messages recognized by the signal generator with a description of its response A complete listing and description of all the Standard Commands for Programmable Instruments SCPI commands that can be used to control signal generator operation with examples of command usage ...

Page 17: ...cation procedures fail Refer to Chapter 4 Adjustment for a listing of requirements and procedures MG37022A 011 Rack Mount without Slides Kit contains mounting ears and front panel handles for a standard 19 inch equipment rack MG37022A 015 High Power Adds high power RF components to the instrument to increase the output power level MG37022A 017 Delete Front Panel Deletes the front panel for use in ...

Page 18: ...andling subassemblies or components found in the MG3702xA instrument 1 10 Preventive Maintenance Cleaning LCD Display Touch Screen The touch screen is protected by a plastic display filter To clean the display filter dampen a soft cloth with a mild soap and water solution Do not use abrasive cleaners tissues or paper towels that can scratch the plastic surface Gently wipe the display filter to cle...

Page 19: ...screwdriver to remove the four screws that fasten the filter guard to the rear panel see Figure 1 1 Retain the screws for reassembly 3 Vacuum the honeycomb filter to clean it 4 Reinstall the filter and guard Microprocessor Battery The processor RTC battery on the CPU assembly has a finite lifespan and may need replacement refer to Chapter 6 Updating Instrument Operating Software Installing new ver...

Page 20: ...s also found in one or more software menus Specially modified instruments for specific customer requirements are often created and are identified with an SM number printed on a label on the rear panel When ordering parts or corresponding with Anritsu Customer Service the instrument model serial number options and SMxxxx number if present will usually be required In rare instances the operating sof...

Page 21: ...GHz to 20 GHz Input impedance 50 Resolution 1 Hz Other External time base input Anritsu model MF2412B C Power meter Frequency 100 kHz to 20 GHz Power range 70 to 20 dBm Anritsu model ML2437A 38A C P Power sensor for power meter Frequency 0 01 to 40 GHz K Power range 70 to 20 dBm Anritsu model MA2474D C P Power sensor for power meter Frequency 100 kHz to 18 GHz N Power range 70 to 20 dBm Anritsu mo...

Page 22: ... Anritsu PN 60 114 and Anritsu PN K220B C P Attenuator Frequency range DC to 40 GHz Attenuation 3 6 10 and 20 dB sizes and counts are determined depending on options and maximum output power of instrument Anritsu part number SC7879 K set of attenuators 41KC 3 41KC 6 41KC 10 41KC 20 calibrated from 100 K to 40 GHz C P BNC 50Ω terminator Any common source C P BNC Tee connectors Any common source C P...

Page 23: ...bration data 1 GB available space Any common source C P BNC to Banana Adapter for DMM Any common source P Inline BNC 6 dB attenuator Any common source P a P Performance Verification Tests C Calibration T Troubleshooting b Only needed if option 2X is installed Table 1 2 Test Equipment List 4 of 4 Instrument Critical Specification Manufacturer Model Usage a ...

Page 24: ...1 12 Test Equipment List Chapter 1 General Information 1 10 PN 10370 10372 Rev B MG3702xA MM ...

Page 25: ...factory calibration files The hard drive has the same functional capabilities as a standard hard drive on a Windows based PC The A2 PCB provides other functionality including processing temperature voltage and current monitoring transient protection processor RTC battery power monitoring debugging ports address and data buffering JTAG and other programmable logic control The A2 PCB utilizes a PCI ...

Page 26: ...er Diplexer RF Switch Driver PCB Optional Hardware Optional Hardware 0 01 GHz to 20GHz 0 01 GHz to 2 2GHz 2 0 GHz to 2 0 GHz to 4 4GHz 20GHz Band switch control to Diplexer Control to step attenuator Control from A6 Control from A6 Ext ALC in ALC Sample voltage Detects 2 GHz to 20 GHz ALC control to DDC Bandswitch control Optional Pulse control Optional Pulse control Optional Pulse control ALC con...

Page 27: ... Main Power Supply Auxilary Standby Power Supply A3 PCB Voltage Regulators AC Line Module Filter 3 3v 5 0v 7 0v 8 0v 10 0v 12 0v 15 0v 15 0v 24v 12v 5 v standby to A2 through A9 PCBs rear panel to A2 through A9 PCBs most RF components to A2 through A9 PCBs all RF components to A3 A7 PCBs fans to A3 through A9 PCBs to A3 A9 PCBs switched filter to switched filter to A2 through A9 PCBs HDD rear pane...

Page 28: ... Fine Loop The A9 PCB also houses the steering loop the fine loop and the frequency multiplication section The A7 PCB contains 100MHz oscillator Coarse loop 100MHz reference loop 10 MHz reference Refer to Section 2 3 for a functional overview of the frequency synthesis subsystem ALC Pulse Modulator This ALC circuit subsystem shown in Figure 2 4 on page 2 14 consists of the A6 ALC PCB and the A4 Au...

Page 29: ...connection from the AC power and should not be used for normal power on off purposes When the rear panel switch is set to the ON position the standby power supply is always on regardless of the state of the instrument The standby supply provides constant power to the internal 100MHz oscillator power supply fan and the front panel switch in addition to a control signal for the main power supply Whe...

Page 30: ...al external frequency multiplication modules 15VC for RF components 5VA All 5V power 24V_TUNE Not currently used 24VB General purpose high voltage use 3 3VA All 3 3V power 12VF Rear panel fan 12VPSF Power supply fan from standby power supply 12VS Oscillator heaters power up circuitry from standby power supply 5V_SB Front panel switch from standby power supply 10VB A9 PCB 8VA Not currently used 8VB...

Page 31: ...e fixed references 10 MHz 100 MHz and 300 MHz with a fast switching coarse loop The coarse loop section provides coarse frequency steps on the output of the fast switching frequency synthesizer The two main parts are the 100 MHz Reference Loop and the Coarse Loop 100 MHz Reference Loop The 100 MHz Reference Loop has 3 methods for controlling the 100 MHz heater stabilized crystal oscillator Table 2...

Page 32: ...d The 300 MHz is again multiplied by a factor of 3 to create the 900MHz used by the coarse loop and is routed to two paths Path 1 Part of the 900 MHz not actually a phase locked loop is multiplied by a factor of 2 to create the 1800 MHz and then multiplied by a factor of 2 to create the 3600 MHz which is routed to the PLL Path 2 Part of the 900 MHz is sent to the mixer The result from the mixer an...

Page 33: ... modulation of the RF output signal is provided by circuits on the A6 ALC PCB These circuits interface directly with the switched filter assembly located on the RF deck via coaxial cables In instruments with Option 4 these circuits interface directly with the digital down converter and are looped through the digital down converter to the switched filter assembly The ALC subsystem is shown in Figur...

Page 34: ... quadruplet pulse trains at variable pulse rates widths and delays In addition the A6 internal pulse generator produces a sync pulse and video pulse output that goes to the rear panel The sync pulse output is for synchronizing auxiliary instruments to the internally generated pulse the video pulse is a TTL level copy of the RF output pulse and the sample hold signal synchronizes the ALC loop to th...

Page 35: ...priate path the RF signal is multiplexed by the PIN switches and routed through a 20 GHz low pass filter to the switched filter assembly output connector J2 From J2 the RF signal goes to the input of the directional coupler or to an amplifier if the instrument is fitted with Option 015 Instruments fitted with option 015 all use a fixed gain amplifier before the directional coupler as shown in Figu...

Page 36: ...A9 PCBs switched filter to switched filter to A2 through A9 PCBs HDD rear panel to A3 through A9 PCBs to 100MHz oscillator and PS fan standby to front panel switch Power Supply Rear Panel Rear Panel A10 A To A7 Ref Coarse Loop 10 MHz Ref Out 10 MHz Ref In From A7 Ref Coarse Loop Inputs Outputs Pulse Video Out From A6 ALC Pulse Sync Out From A6 ALC To A6 ALC Pulse Trigger In To A6 ALC via Ribbon Ca...

Page 37: ...From CPU DPS System PCB Control Sweep Control From A8 A7 Reference Loop and Coarse Loop X2 X3 X3 100 MHz OCXO Mixer 100 MHz Tune DAC Ext Ref Detect Ext Ref Detect 1 10 100 MHz LVDS to A9 via mother board 100 MHz Optional to rear panel 300 MHz X2 900 MHz PLL 800 1000 MHz VCO Mixer 4 30 90 MHz 3600 MHz Coarse Loop Output J1 Frequency 202 5 MHz to 217 MHz or 300 MHz VCO Tune J5 EFC from rear panel Ex...

Page 38: ...h control to Diplexer Control to step attenuator Control from A6 Control from A6 Ext ALC in Internal DVM Ramp Generator Marker control 10V Reference Temperature Sensor ALC Sample voltage Detects 2 GHz to 20 GHz ALC control to DDC Bandswitch control Optional Pulse control Optional Pulse control Optional Pulse control ALC control to Switch Filter 2 0 GHz to 20GHz From CPU DPS System PCB Control Swee...

Page 39: ... Optional Hardware 0 01 to 20GHz 0 01 to 2 2GHz 2 0 to 4 4GHz 2 0 to 20GHz Control from A6 Control from A6 ALC Sample voltage Detects 2 to 20GHz ALC control to DDC Bandswitch control Pulse Control from A6 Pulse Control from A6 ALC control to Switch Filter 2 0 to 20GHz 2 0 to 20GHz From Frequency Synthesis RF Output Connector 3 3 GHz LPF 5 5 GHz LPF 8 4 GHz LPF 13 5 GHz LPF A10 Switched Filter Modu...

Page 40: ...A Option 002 Step Attenuator Control From A6 ALC Sample voltage Detects 2 to 20GHz Bandswitch From A6 From A6 Control ALC control to Switch Filter 2 0 to 20GHz From Frequency Synthesis RF Output Connector 3 3 GHz LPF 5 5 GHz LPF 8 4 GHz LPF 13 5 GHz LPF A10 Switched Filter Module 8 5 GH z LPF 2 2 to 20 GHz Out 0 GHz LPF to A6 Directional Coupler Option 015 Amplifier ...

Page 41: ...Attenuator Control from A6 ALC Sample voltage Detects 2 to 20GHz ALC control to DDC Bandswitch From A6 From A6 From A6 Control Pulse Control from A6 Pulse Control from A6 ALC control to Switch Filter 2 0 to 20GHz From Frequency Synthesis RF Output Connector 3 3 GHz LPF 5 5 GHz LPF 8 4 GHz LPF 13 5 GHz LPF A10 Switched Filter Module 8 5 GH z LPF 2 2 to 20 GHz Out 0 GHz LPF ALC Sample Voltage from D...

Page 42: ...2 5 RF Deck Assemblies Chapter 2 Functional Description 2 18 PN 10370 10372 Rev B MG3702xA MM ...

Page 43: ...st Records A blank copy of a sample performance verification test record for the MG3702xA models is provided in Appendix A Each test record contains the model specific variables called for by the test procedures It also provides a means for maintaining an accurate and complete record of instrument performance We recommend that you copy these pages and use them to record the results of your initial...

Page 44: ...or Network Dell or other common source C P National Instrument PCI GPIB card PCI GPIB card for computer National Instrument C P Anritsu RF verification and calibration software Requires the Mixer box and BNC low pass filters listed below Anritsu 2300 497 C P Spectrum Analyzer Frequency 100 kHz to 50 GHz Resolution bandwidth 10 Hz Agilent 8565EC C P Phase noise measurement system Frequency range 5 ...

Page 45: ...tricom Datum Model 9390 6000 P Measuring receiver b Noise floor 140 dBm 500 MHz Anritsu model ML2530A C P Local oscillator b Frequency 0 01 to 20 GHz Power 13 dBm 10 MHz to 20 GHz Anritsu Model MG3692C with Options 3 4 16 and SM6191 unit must not have options 15x 22 or 2B C P One of the following b Mixer Box for low level calibration b and Low Pass Filter 2 each b or Mixer b and M to M Adapter b F...

Page 46: ...ured values it is not possible to make a statement of compliance with specification2 BNC to SMA adapter Any common source P K m to K m flex cables or semi rigid cables K m to K m flex cables or Semi rigid cables Anritsu SC3855 3670K50 2 K m to K m flex cable or Anritsu K120mm 60CM custom semi rigid cable C P If the unit does not have a front panel the following items are required Monitor USB Keybo...

Page 47: ...onstant This test should be performed upon receipt of the instrument and again after several days or weeks to fully qualify the aging rate Test Setup Connect the MG3702xA rear panel 10 MHz REF OUT to the Symmetricom Datum model 9390 9600 frequency standard rear panel BNC connector labeled J10 using a BNC cable with 50 ohm termination and BNC tee The frequency standard must be actively tracking at ...

Page 48: ... frequency offset displayed in row 1 column 9 through 17 as the frequency error value after 24 hours 9 The aging rate is the difference between frequency error value and frequency value after 24 hours Compare it to the upper limit and record the computed result in Appendix A Section 3 6 Internal Time Base Aging Rate Test Optional 3 7 Spurious Signals Tests For the following tests refer to the test...

Page 49: ...0 to 10 dBm or to the maximum specified power level whichever is less Refer to Appendix B MG3702xA Technical Data Sheet for the maximum specified power levels For the electronic version refer to the MG3702xA Technical Data Sheet PN 11410 00429 on the Anritsu Internet site http www anritsu com 3 Set up the spectrum analyzer as follows a Press the AMPLITUDE key Press REF LVL and enter the current po...

Page 50: ...n page 3 6 1 Connect a BNC 6 dB pad to the MG3702xA rear panel 10 MHz REF OUT port 2 Connect a BNC cable to the 6 dB pad on the MG3702xA rear panel 10 MHz REF OUT to the spectrum analyzer s EXT REF IN port 3 Connect the MG3702xA RF Output to the spectrum analyzer s RF Input 4 Set up the spectrum analyzer as follows a Press the PRESET key b Press AUX CTRL c Press Rear Panel d Press 10MHz and set to...

Page 51: ...the reading from the Spectrum Analyzer Delta MKR reading in Appendix A Section 3 7 Non Harmonic Signals Test Part 1 Part 1 7 Repeat Step 4 through Step 6 for same specified MG3702xA frequency listed in the test record part 1 8 Repeat Step 1 through Step 7 for same each MG3702xA frequency groups listed in the test record part 1 Non Harmonic Test Procedure Part 2 with option 004 installed For the fo...

Page 52: ...t record 3 Press the PEAK SEARCH key and then select MARKER DELTA which sets the reference for the following measurements 4 Set up the spectrum analyzer as follows a Press the FREQUENCY key b Press Center Freq c Enter the next spectrum analyzer center frequency from the test record d Press the BW key e Press Res BW to MAN f Enter the next spectrum analyzer RBW value from the test record 5 Press PE...

Page 53: ...ng Set L0 to 10 dBm or the maximum leveled power of the instrument whichever is lower 5 Connect the MG3702xA as shown in Figure 3 3 on page 3 12 a Connect the output of the MG3702xA to the input of the splitter b Connect one of the outputs of the splitter to the RF input of the E5052B c Connect one of the outputs of the splitter to the RF input of the down converter Table 3 2 Recommended Equipment...

Page 54: ... 10 kHz e Press Marker 5 enter 100 then press k m to obtain 100 kHz f Press Marker 6 enter 1 then press M u to obtain 1 MHz 7 Press Avg BW then press Correlation and set to 10 Phase Noise Measurement 1 Refer to the section in Appendix A Section 3 8 SSB Phase Noise Test Agilent Test Equipment 2 Determine the test frequency 3 Set the MG3702xA F0 to the frequency called out in the test record 4 Press...

Page 55: ...est frequencies are from 99 MHz to 1 5 GHz press 99M 1 5GHz d If the test frequencies are from 250 MHz to 5 GHz press 250M 7GHz e If the test frequencies are from 5 GHz to 10 GHz requires that downconverter is on and is the selected input press 3G 10GHz f If the test frequencies are from 9 GHz to 26 5 GHz requires that downconverter is on and is the selected input press 9G 26 5GHz 7 Set IF Gain to...

Page 56: ...purious List and a new screen will appear d This screen gives the spurious signal s frequency and power levels The format is Frequency in hertz Power level in dBc as shown in Figure 3 5 12 Compare these values to the appropriate frequency in Appendix A Section 3 8 SSB Phase Noise Test Agilent Test Equipment Power Line and Fan Rotation Emissions Record any values which are out of specification Figu...

Page 57: ...the screen to locate b Press OMIT 15 Record the phase noise marker values in the test record table in Appendix A Section 3 8 SSB Phase Noise Test Agilent Test Equipment 16 Refer to the next frequency in the Single Sideband Phase Noise Test 17 Press Trigger then press Continuous 18 Go back to Step 2 and repeat this until all test frequencies are verified for the particular model and option configur...

Page 58: ...ore continuing with this procedure Connect the equipment shown in Figure 3 7 on page 3 17 as follows 1 Connect a GPIB interface cable from the PN9000 system to the MG3694B LO rear panel IEEE 488 GPIB connector 2 Connect a GPIB interface cable from the PN9000 system to the MG3702xA DUT rear panel IEEE 488 GPIB connector 3 Connect the MG3694B LO RF Output to the LO INPUT of the PN9000 phase detector...

Page 59: ...Config The System Configuration menu is displayed b Press GPIB to display the Configure GPIB menu c Press GPIB Address to change the current address of the MG3702xA DUT d Enter a new address using the cursor control key or the data entry keypad and the Enter terminator key e The new address will appear on the display The entry must be between 1 and 30 to be valid Figure 3 7 Equipment Setup for Sin...

Page 60: ...t test frequency e For test frequencies greater than 1 8 GHz set RF Phase Detection Transposition For test frequencies less than 1 8 GHz set RF Phase Detection Standard 5 dBm and connect the LO EFC to the PN9000 Tune Voltage using a BNC tee 5 Select the Calib RF menu a Set Freq to the frequency indicated in the test record b Set Level Value stated in Table 3 4 for the current test frequency c Set ...

Page 61: ... the 1 kHz offset on the MG3702xA then press Enter to continue 5 For test frequencies greater 1 8 GHz select the Lock AutoLock menu a Set Vmin 0 V b Set Vmax 10 V c Select OK MWAVE to perform the automatic locking process The system will check that conditions for locking are met measure the tune slope of the reference source and look for the locking voltage d When this process completes press Ente...

Page 62: ...andard Transposition CALIB RF MENU RF Freq 15 MHz 30 MHz 60 MHz 120 MHz 250 MHz 499 MHz 600 MHz 1 99 GHz 2 19 GHz 6 0 GHz 10 GHz 19 99 GHz Power Level 10 dBm 10 dBm 10 dBm 10 dBm 10 dBm 10 dBm 10 dBm 10 dBm The lesser of 10 dBm or maximum specified leveled output power CALIB LO MENU LO Frequency 15 1 MHz 30 1 MHz 60 1 MHz 120 1 MHz 250 1 MHz 499 1 MHz 600 1 MHz 2 09 GHz 2 09 GHz 6 0 GHz 10 GHz 19 ...

Page 63: ... 3 Connect the special AUX I O interface cable Anritsu PN 806 97 to the MG3702xA rear panel AUX I O connector Connect the cable BNC connectors as follows a Connect the cable labeled SEQ SYNC to the power meter rear panel INPUT 1 DIGITAL connector b Connect the cable labeled HORIZ OUT to the power meter rear panel INPUT 2 ANALOG connector Note Accurate power level measurements below 100 dBm are not...

Page 64: ... the Measurement MODE field 3 Configure the power sensor s calibration factor source by pressing Sensor CalFactor SOURCE V GHz until V GHz is displayed 4 Setup the minimum V GHz range by pressing Setup Start F 5 Enter the minimum frequency of the MG3702xA under test or minimum of the power meter 6 Setup the maximum V GHz range by pressing Setup Stop F 7 Enter the maximum frequency of the MG3702xA ...

Page 65: ...ection 3 9 Power Level Accuracy and Flatness Tests 8 On the MG3702xA use the cursor control key Arrow keys to decrement L0 to the next test power level in the test record Measure and record the power meter reading in the test record 9 Repeat Step 4 for each of the test power levels listed in the test record for the current CW frequency 10 Repeat Step 3 through Step 9 for all CW frequencies listed ...

Page 66: ...rs as follows a Connect the cable labeled SEQ SYNC to the power meter rear panel INPUT 1 DIGITAL connector b Connect the cable labeled HORIZ OUT to the power meter rear panel INPUT 2 ANALOG connector 4 Set up the power meter as follows a Reset the power meter by pressing System Setup more PRESET RESET b Configure the power meter to perform power measurements by pressing Sensor Setup MODE Press MOD...

Page 67: ...d Power Level Accuracy Models with Option 002 For the following test refer to the test record table in Appendix A Section 3 9 Power Level Accuracy and Flatness Tests Power Level Accuracy Models with Option 002 Power level accuracy for power levels below 50 dBm is tested in two methods Measuring the MG3702xA s RF output directly on a measuring receiver Down converting the MG3702xA s RF output and m...

Page 68: ...he MG3702xA and the local oscillator 10 MHz REF IN connectors Test Setup Using Anritsu T2579 Mixer Box Use the following setup when using a T2579 box See Figure 3 11 1 Perform a Range Cal on the ML2530A with a bandwidth of 10 Hz at 8 51 MHz a Set the Frequency to 8 51 MHz and Bandwidth to 10 Hz b Press Cal Range Cal R1 R2 c Apply a 8 51 MHz signal that is approximately 30 dBm and choose Execute d ...

Page 69: ... Press Edit frequency to open the current frequency parameter for editing b Set F0 to the CW frequency indicated in the test record c Press Edit level to open the current power level parameter for editing d Set L0 to 40 dBm 5 If measuring using the T2579 Mixer Box skip to Step 8 6 If measuring frequencies below 2400 MHz connect the MG3702xA RF Output directly to the measuring receiver s RF input a...

Page 70: ...h e 9 On the MG3702xA set L0 to the power level indicated in the test record starting with 55 dBm 10 Measure the relative output power level and record the reading in the test records 11 Repeat Step 9 and Step 10 for each of the test power levels listed in the test record for the current CW frequency 12 Repeat Step 4 through Step 11 for all CW frequencies listed in the test record Note When measur...

Page 71: ...abeled SEQ SYNC to the power meter rear panel INPUT 1 DIGITAL connector b Connect the cable labeled HORIZ OUT to the power meter rear panel INPUT 2 ANALOG connector c Connect a BNC cable from the BNC tee on the INPUT 2 ANALOG connector to the DMM via a BNC to Banana adapter 4 Set up the power meter as follows a Reset the power meter by pressing System Setup more PRESET RESET b Configure the power ...

Page 72: ... Level to open the current power level parameter for editing 4 Set L0 to the power level indicated in the test record 5 Press Frequency 6 Press the Freq Mode upper left hand corner of screen 7 Press Step Sweep to place the instrument in the sweep frequency mode and to display the Step Sweep menu 8 With the Step Sweep menu displayed press Edit Setup 9 Press Single to put the trigger into single swe...

Page 73: ...ange value in the test record d Setup the maximum V GHz range by pressing Setup Stop F e Enter the upper frequency of the MG3702xA under test using the next frequency range value in the test record f Press any hard key to begin the measurement 4 Repeat the setup and test starting at Step 2 of MG3702xA Setup on page 3 30 until all tests are completed in the test record Maximum Leveled Power For the...

Page 74: ...n of the test record e Setup the maximum V GHz range by pressing Setup Stop F Enter the upper frequency of the MG3702xA under test using the value in the frequency range column of the test record f Press any hard key to begin the measurement MG3702xA Setup 1 Preset the instrument by pressing Preset The CW menu is displayed 2 Press Level 3 Press Edit Level to open the current power level parameter ...

Page 75: ...he Minimum power reading d Add the attenuation value of the attenuator to the minimum power reading and record this value to the test record Verify that the reading is above the specification noted in the test record 3 Setup the power meter for the next measurement a Configure the power sensor s calibration factor source by pressing Sensor CalFactor SOURCE until V GHZ is displayed b Setup the mini...

Page 76: ...inputs 3 Connect a RF coaxial cable to the 6 dB attenuator at the oscilloscope s Channel 1 input 4 Use a BNC to SMA adapter to connect a 50 BNC cable from the MG3702xA s PULSE SYNC OUT to the 6 dB attenuator at the oscilloscope s Trigger input 5 Set up the oscilloscope as follows a Press the Default Setup key b From the title bar select Measure Math Function 1 c Set the operator to MAX and turn on...

Page 77: ...el to open the current power level parameter for editing f Set L0 to the maximum specified leveled output power level for the frequency and instrument being tested refer to Appendix B MG3702xA Technical Data Sheet g Connect a fixed attenuator with the proper attenuation value seeTable 3 5 to the MG3702xA RF Output then connect the RF coaxial cable from the Channel 1 input of the oscilloscope to th...

Page 78: ...n oscilloscope select Setup Info on bottom right of screen then put the cursor on top of Fall Time and select Remove 9 Set up the MG3702xA as follows a Turn RF output off b Press Edit Frequency to open the current frequency parameter for editing c Set F0 to the first next applicable frequency in the test record d Press Edit Level to open the current power level parameter for editing e Set L0 to th...

Page 79: ...ion value to the MG3702xA RF Output refer to Table 3 5 on page 3 35 and then connect the RF coaxial cable from the Channel 1 Input of the Oscilloscope to the fixed attenuator h Turn RF output ON i Press Modulation Internal to select the Internal source j Press PRI and enter 4 µs k Press W1 and enter 1 µs or 0 5 µs for 1 µs test l Press Off to turn the internal pulse mode off 2 Set up the oscillosc...

Page 80: ...est record 10 For models with internal pulse repeat step Step 2 Step b through Step 8 using a pulse width of 0 5 µs External Pulse Power Accuracy The following procedure ensures the external pulse input to the MG3702xA is operational The external pulse power accuracy is tested with a 1 µs and a 0 5 µs pulse width Test Setup Connect the equipment shown in Figure 3 14 as follows 1 Disconnect the MG3...

Page 81: ...ing j Select the left module as the source k Select Close to close the open window l Turn off channel 1 on the oscilloscope by pressing the 1 key above the module LED off 7 Set up the Function Generator as follows a Turn the Function Generator off then back on to reset the instrument b Press the key to select the square wave function c Press the Freq key then the green Enter Number key and enter 2...

Page 82: ... result on the display and record the result as Vref in the test record 4 On the MG3702xA press On to turn pulse modulation on 5 On the oscilloscope press the Source button near the trigger until Left Module is illuminated 6 Set up the oscilloscope as follows a Select Time Delay and Scale so that only the positive peak portion of the pulse fills the display typically set the scale to 90 ns div and...

Page 83: ...t by pressing Preset After preset the CW menu is displayed b Press Edit Frequency to open the current frequency parameter for editing c Set F0 to the first next applicable frequency in the test record for the model being tested d Press Edit Level to open the current power level parameter for editing e Set L0 to the maximum specified leveled output power level for the instrument being tested refer ...

Page 84: ...er delta value and record the value as Pdepth in the test record 5 Repeat steps Step 1b through Step 4 for each frequency listed in the test record Note The signal level may drift slowly after the pulse mode is turned on Make the measurement as soon as possible after turning the pulse mode on This drift is the result of the Sample Hold circuit not holding the level because of a very low pulse duty...

Page 85: ... the adjustment of out of tolerance MG3702xA circuits or the adjustment of the MG3702xA following replacement of subassemblies or RF components Note The adjustment procedures in this chapter support operating firmware version 1 7 0 and above Anritsu recommends that you upgrade your instrument operating firmware to the latest available version prior to calibration Table 4 1 Required Test Equipment ...

Page 86: ...r PCB None A4 Auxiliary PCB Section 4 6 Utility DVM Adjustment Section 3 10 Pulse Modulation Tests A6 ALC PCB Section 4 8 Level Detector Tables and Level Flatness Adjustment Section 4 9 Level SWF Band Adjustment Section 4 10 Level ALC Adjustment Section 3 9 Power Level Accuracy and Flatness Tests Section 3 10 Pulse Modulation Tests A7 Coarse Ref Loop PCB Section 4 7 Frequency Reference Adjustment ...

Page 87: ... SWF Band Adjustment Section 4 10 Level ALC Adjustment Section 3 6 Internal Time Base Aging Rate Test Optional Section 3 7 Spurious Signals Tests Section 3 8 SSB Phase Noise Test Section 3 9 Power Level Accuracy and Flatness Tests Section 3 10 Pulse Modulation Tests Output Connector K f Section 4 7 Frequency Reference Adjustment Section 4 8 Level Detector Tables and Level Flatness Adjustment Secti...

Page 88: ...evel Accuracy and Flatness Tests Section 3 10 Pulse Modulation Tests Table 4 3 Adjustment List 1 of 2 Calibration Adjustments Calibration Files Updated by Manual Calibration or Levels Calibration Station Utility DVM Cal Dvm xml Manual Calibration Dvm log Manual Calibration Frequency Reference Cal FrequencyRefCal log Manual Calibration Level Detector Tables Cal DetectorTableLowGain xml Levels Calib...

Page 89: ...rm up for 1 hour 2 Preset the unit by pressing the Preset hard key 3 Press SYSTEM Maint 12345 Enter Calibration Utility 4 Press DVM Run Cal Next The 10 V and 10 V values are displayed on the screen 5 Press Next 6 Press Save to Nonvolatile 7 Choose Yes to overwrite existing values 8 The adjustment is complete record as completed in the test record Level SWF Band Cal AlcBandwidth xml Manual Calibrat...

Page 90: ...wer on the MG3702XA and allow the unit to warm up for 1 hour 2 Preset the unit by pressing the Preset hard key 3 Press System Maint 12345 Enter Calibration Frequency 4 Press Reference Cal 5 Connect the 10 MHz Output from the Frequency Reference to the 10 MHz REF IN connector at the rear panel of the MG3702XA 6 Press Run Cal Next to continue The values are displayed on the screen 7 Press Next 8 Pre...

Page 91: ...Circuits Filter Model BLP 1 9 Qty 2 MG3692C synthesizer Equipment Setup Connect the equipment as shown in Figure 4 2 Procedure 1 Power on the MG3702XA and allow the unit to warm up for 1 hour 2 Connect the GPIB from the Level Cal Station to the MG3702xA 3 Open the AMS Test Executive software Figure 4 2 Levels Calibration Station Setup Connect to DUT RF Output as directed by procedure DUT RF Output...

Page 92: ...s 13 Select the power sensor model being used 14 Connect the sensor to the power meter calibrator port and zero cal the sensor 15 Follow the directions on the monitor to perform the calibration and verification tests 4 9 Level SWF Band Adjustment This adjustment updates the SWF Band Calibration table Required Equipment None Procedure 1 Power on the MG3702xA and allow the unit to warm up for 1 hour...

Page 93: ...cal factor to 1 GHz 6 Connect the power sensor to a 10 dB attenuator and then connect the 10 dB attenuator directly to the RF Output of the MG3702XA 7 Press Run Cal Next 8 Adjust the DAC value so the power meter reads 25 0 dBm which is 10 dB below the desired level 9 Press Next 10 Adjust the DAC value so the power meter reads 15 0 dBm which is 10 dB below the desired level 11 Press Next 12 Adjust ...

Page 94: ...tep 8 through Step 18 to complete Main Band Detector Cal 21 When the adjustment is complete press Next to continue 22 Press Save to Nonvolatile 23 Choose Yes to overwrite 24 Choose the tab called Log Amp Zero 25 Press Run Cal Next 26 When adjustment is finished press Next 27 Press Save to Nonvolatile 28 Choose Yes to overwrite 29 The calibration is complete Record as completed in the test record 4...

Page 95: ...n allows you to draw a line on the screen with your finger to test the calibration settings The Click Settings tab controls the touchscreen right click and double click settings The Touch Settings tab sets the touch screen sound feedback options The Capacitive tab is not used in calibration of the MG3702xA touch screen 4 To continue with the manual touch screen calibration touch the calibration ta...

Page 96: ... 6 Now test the calibration by dragging the target around the screen as instructed Figure 4 6 Touch Screen Control Panel Figure 4 7 Touch Screen Calibration Note The calibration process has an automatic time out feature to ensure that you are able to exit the calibration in the event of a problem ...

Page 97: ...3 Press the tab Preset 4 Locate Master Reset and then press Reset A cursory inspection of the instrument exterior may show the presence of problems such as a damaged RF output connector swapped side covers or other conditions causing reduced airflow or evidence of the instrument being dropped Note Troubleshooting procedures presented in the this chapter may require the removal of the instrument s ...

Page 98: ... Self Test At power on the instrument performs a short self test and reports errors that were encountered A more comprehensive self test performed under the System key Self Test Run Self Test may be used for identifying system problems excluding Windows environment problems The list of self test errors and probable causes is found in Table 5 1 on page 5 3 The error number will be displayed at the ...

Page 99: ...able 5 12 5 19 Error 102 DVM Negative 10V Reference Table 5 12 5 19 Error 108 Crystal Oven Cold Table 5 13 5 20 Error 109 The 100 MHz Reference is not Locked to the External Reference Table 5 14 5 20 Error 121 Unleveled Indicator Failed Table 5 15 5 20 Error 122 Level Reference Failed Table 5 15 5 20 Error 144 RF was Off when Self test started Some tests were not performed Table 5 16 5 21 Error 14...

Page 100: ...rting may be disabled by pressing the System key pressing Maint and selecting OFF under Error Log To determine the probable failed assembly causing the error message s refer to the Error Tables starting on table 5 13 and the circuit descriptions Table 5 2 Possible Error Status Messages during Normal Operation Error Message Description Locked The RF output frequency is phase locked to the internal ...

Page 101: ... that are displayed as self test errors to a replaceable subassembly or RF component In those cases where any of several subassemblies or RF components could have caused the problem subassembly RF component replacement is indicated The recommended replacement order is to replace first the subassemblies RF components that are most likely to have failed Figure 5 2 on page 5 6 and Figure 5 3 on page ...

Page 102: ...and Test Point Locations J3 J4 J5 Power Supply Assembly A9 RF Osc Fine Loop A7 RF Osc Fine Loop Output Coupler RF Output Option 002 Step Attenuator Switched Filter A2 CPU Board Fan A8 Synth Controller A6 ALC Pulse RF Control A4 Auxilliary PCB A2 HDD CPU Battery Fan Option 015 Amp Fan A10A A10B Rear Panel Option 004 DDC Diplexer With Option 004 ...

Page 103: ...5 7 Figure 5 3 Bottom View of the MG3702xA Showing Connector and Test Point Locations A1 Mother Board A9 Mounting Screws A7 Mounting Screws Swtiched Filter Mounting Screws Option 004 DDC Mtg Screws Option 009 Rear Panel Output Power Supply Mounting Screws RF Train Bracket Mounting Screws ...

Page 104: ...U 1 C0 HSYNC 1 C0 VSYNC 1 D0 ENTX 1 D0 ENTX 1 D0 ENRX 1 D0 ENRX 1 D0 JTAG_TDO 2 F5 JTAG_TMS 2 F5 JTAG_TCK 2 F5 JTAG_TRST 2 F5 JTAG_TDI 2 F5 DVM_UP 2 E4 15VB 15VB PS_INHIBIT 2 A6 PWRFAIL 2 A6 5V_SB 2 A6 3 3VA D31 2 A5 2 A2 3 A3 4 A3 D30 2 A5 2 A2 3 A3 4 A3 D29 2 A5 2 A2 3 A3 4 A3 D28 2 B5 2 B2 3 A3 4 A3 D27 2 B5 2 B2 3 B3 4 B3 D26 2 B5 2 B2 3 B3 4 B3 D25 2 B5 2 B2 3 B3 4 B3 D24 2 B5 2 B2 3 B3 4 B3 ...

Page 105: ...6A 16B 16C J21 3 552 58 DISC_DRIVE A15 1C 1B 1A 2A 2B 2C 3A 3B 3C 4A 4B 4C 5A 5B 5C 6A 6B 6C 7A 7B 7C 8A 8B 8C 9A 9B 9C 10A 10B 10C 11A 11B 11C 12A 12B 12C 13A 13B 13C 14A 14B 14C 15A 15B 15C 16A 16B 16C J22 3 552 58 CPU_3 A2 PRI_MSTR DASP_P PIDE_CS3J PIDE_CS1J PIDE_A2 PIDE_A0 CBLID_P PIDE_A1 PIDE_INTRQ PIDE_AKJ PIDE_RDY PIDE_IORJ PIDE_IOWJ PIDE_DRQ PIDE_D15 PIDE_D0 PIDE_D14 PIDE_D1 PIDE_D13 PIDE_...

Page 106: ...20C 20B 20A 19C 19B 19A 18C 18B 18A 17C 17B 17A 16C 16B 16A 15C 15B 15A 14C 14B 14A 13C 13B 13A 12C 12B 12A 11C 11B 11A 10C 10B 10A 9C 9B 9A 8C 8B 8A 7C 7B 7A 6C 6B 6A 5C 5B 5A 4C 4B 4A 3C 3B 3A 2C 2B 2A 1A 1B 1C AUX_1 J4 551 930 A4 D0 1 E2 2 E2 3 E3 4 D3 D1 1 E2 2 D2 3 D3 4 D3 D3 1 E2 2 D2 3 D3 4 D3 D4 1 E2 2 D2 3 D3 4 D3 D5 1 E2 2 D2 3 D3 4 D3 D6 1 D2 2 D2 3 D3 4 D3 D7 1 D2 2 D2 3 D3 4 D3 D8 1 D...

Page 107: ...F_13 20GHZ 4 G5 SF_20 40GHZ 4 G5 SF_8 13GHZ 4 G5 SF_01 2GHZ 4 G5 SF_5 8GHZ 4 G5 SF_3 5GHZ 4 G5 SF_2 8GHZ 4 G5 SF_2 3GHZ 4 G5 SF_ALC 4 F5 DVM_ALC 2 E4 3 3VA 10VB 24VB 15VB 15VB 5VA SEC_A_ON SEC_C_OFF SEC_D_OFF SEC_B_ON SEC_C_ON SEC_D_ON SEC_B_OFF ATT_ID SEC_A_OFF 10MHZ_DIPLX 4 C5 TMS_ALC 2 G5 TCK_ALC 2 G5 TDI_ALC 2 G5 TDO_ALC 2 G5 DC_ 15V 4 E5 DDC_IQ 4 E5 DDC_E 4 E5 DDC_D 4 E5 DDC_C 4 E5 DDC_B 4 E5...

Page 108: ...CLK 3 F0 OL_OSC_2 3 F0 OL_OSC_1 3 F0 OL_H_UP_BAND 3 F0 OL_H_DIVIDE 3 F0 OL_H_8_10 3 F0 OL_H_10_20 3 F0 OL_BANDSEL_B 3 E0 OL_BANDSEL_A 3 E0 OL_AQ_EN 3 E0 OL_AQ_DATA 3 E0 OL_AQ_CLK 3 E0 LVDS_FL 3 E0 LVDS_FL 3 E0 OL_10_20_B 3 E0 OL_10_20_A 3 E0 LVDS_VCO 3 E0 LVDS_VCO 3 E0 1C 1B 1A 2A 2B 2C 3A 3B 3C 4A 4B 4C 5A 5B 5C 6A 6B 6C 7A 7B 7C 8A 8B 8C 9A 9B 9C 10A 10B 10C 11A 11B 11C 12A 12B 12C 13A 13B 13C 1...

Page 109: ...4 LVDS_FL 3 E4 LVDS_FL 3 E4 OL_10_20_B 3 E4 OL_10_20_A 3 E4 LVDS_VCO 3 E4 LVDS_VCO 3 E4 OL_OSC_1 3 F4 OL_OSC_2 3 F4 DDS_CLK 3 F4 DDS_SDIO 3 G4 DDS_IOUD 3 G4 DDS_CS 3 G4 DDS_PS0 3 G4 DDS_PS1 3 G4 DDS_PS2 3 G4 DDS_IO_RST 3 G4 DDS_RST 3 G4 OL_DAC_DAT 3 H4 OL_DAC_CLK 3 H4 OL_DAC_STB 3 H4 LVDS_CL 3 H4 LVDS_CL 3 H4 VCO_LOCKED 3 H4 VCO_POL 3 C4 D28 1 B2 2 B5 2 B2 4 A3 D31 1 B2 2 A5 2 A2 4 A3 D30 1 B2 2 A...

Page 110: ...A 29B 29C 30A 30B 30C 31B 32A 31C 32B 32C 28C 31A 551 930 J8 SPARE_1 A5 A0 1 H2 2 E5 2 E2 3 E3 A1 1 H2 2 E5 2 E2 3 E3 TDO_SP 2 H5 IO_SPR 1 C3 TDI_SP 2 H5 SEL_SPR 1 A3 OE 1 B3 2 F5 2 F2 3 F2 D31 1 B2 2 A5 2 A2 3 A3 TCK_SP 2 H5 TMS_SP 2 H5 A2 1 H2 2 E5 2 E2 3 E3 A3 1 H2 2 E5 2 E2 3 E3 A4 1 H2 2 E5 2 E2 3 E3 A5 1 G2 2 E5 2 E2 3 E3 A6 1 G2 2 E5 2 E2 3 E3 A7 1 G2 2 E5 2 E2 3 E3 D0 1 E2 2 E5 2 E2 3 E3 D...

Page 111: ...5 1 2 3 4 5 6 7 8 J16 553 234 A13 1 SWITCHED_DOUBLER_REAR 12F_RTN 2 H6 4 A6 SDM_ID 2 F4 4 E7 SDM_01 20GHZ 2 G0 4 D7 SDM_20 25GHZ 2 F0 4 D7 SDM_ID 2 F4 4 D7 SDM_25 32GHZ 2 F0 4 C7 SDM_01 20GHZ 2 G0 4 F7 SDM_20 25GHZ 2 F0 4 F7 SDM_25 32GHZ 2 F0 4 E7 SDM_32 40GHZ 2 F0 4 E7 2GHZ_DIPLX 2 G0 10MHZ_DIPLX 2 G1 A 2 4 3 1 P6 551 937 COUPLER 15VB 15VB 12VF 2 H6 4 A6 SDM_BIAS 2 F0 4 D7 SDM_32 40GHZ 2 F0 4 C7 ...

Page 112: ... Apply power and measure the regulated voltages at A1P3 according to Table 5 5 on page 5 17 If one or more but not all of the related voltages are out of regulation a malfunction of the regulation circuitry is indicated Replace the A2 voltage regulator PCB If all of the related voltages are out of regulation a malfunction of the regulator supply source is indicated Replace the related supply sourc...

Page 113: ...istance Table 5 5 Power Supply Module Regulated Outputs A1 A3 P3 Pin Regulator Output V Related Source 32A GRN REFERENCE 1A 5V_SB Standby power supply 2A 3 3VA Main Power Supply Positive V 6A 5VA Main Power Supply Positive V 10A 12VS Standby power supply 14A 15VB Main Power Supply Positive V 16A 15VB Main Power Supply Negative V 18A 24VB Main Power Supply Positive V 20A 10VB Main Power Supply Posi...

Page 114: ...ng the instrument 4 If this does not resolve the issue contact your local Anritsu service center for assistance Table 5 6 Malfunctions Not Displaying an Error Message 3 Description Lights and fan operate when power button is pressed but no display appears Normal operation When the MG3702xA is connected to the power source and the rear panel line switch is turned on the OPERATE light should illumin...

Page 115: ... displayed go to Step 3 3 Replace the A4 PCB perform a manual DVM calibration and run self test If no error message is displayed the problem is cleared If any of the error messages 100 and 101 are displayed contact your local Anritsu service center for assistance Table 5 10 Instrument Shows Lock Error Description This error message is displayed in the frequency parameters area to indicate that the...

Page 116: ...t replace the A7 PCB If the signal is not present replace the MCX cable W158 and inspect the BNC10 MHz REF IN connector 1 Replace the A6 PCB and run self test If no error message is displayed the problem is cleared If error message 121 or 122 are displayed contact your local Anritsu service center for assistance Table 5 13 Error Message 108 Crystal Oven Cold Description Indicates that the 100 MHz ...

Page 117: ...60 is displayed contact your local Anritsu service center for assistance 1 Replace the A9 board Perform the manual A9 PCB calibration Refer to Chapter 4 Run self test If error message 161 is displayed then go to Step 2 2 Replace the A8 board Run self test If no error message is displayed the problem is cleared If error message 161 is displayed contact your local Anritsu service center for assistan...

Page 118: ...the Switch Filter is out of range or is incorrect Table 5 21 Error Messages 163 and 164 A2 power supply issues Both of these errors are associated with the A2 power supply monitoring circuit Error message 163 Digital Power Indicates digital power supply voltages on A2 Processor board are not in tolerance Error message 164 Power Current Indicates current draw on 15V 5V 3 3V or 1 5V on A2 is out of ...

Page 119: ...168 169 and 170 All of these errors are associated with the A6 RAM Error message 168 ALC RAM Data Indicates failure while testing the data bus for the A6 RAM Error message 169 ALC RAM Address Indicates failure while testing the address bus for the A6 RAM Error message 170 ALC RAM device Indicates failure while testing the A6 RAM device Description On the A6 board there is a List RAM This List RAMs...

Page 120: ...5 5 Troubleshooting Tables Chapter 5 Troubleshooting 5 24 PN 10370 10372 Rev B MG3702xA MM ...

Page 121: ...garding any problem with the system motherboard Warning Hazardous voltages are present inside the MG3702xA whenever AC line power is connected Turn off the instrument and remove the line cord before removing any covers or panels Troubleshooting and repair procedures should only be performed by service personnel who are fully aware of the potential hazards Caution ESD Requirements The MG3702xA cont...

Page 122: ...semblies except fuses fans power supplies EMI filters and front panel Model ID plates Table 6 1 MG3702xA Replaceable Subassemblies and Part Numbers 1 of 2 ASSEMBLY NUMBER SUBASSEMBLY OR PART NAME MG3702xA Anritsu CS Part Number Alternate Anritsu Part Numbera OPTION LIST Line Fuse 5 Amp Slow Blow 631 33 AC Input Module with EMI Filter 260 23 Power Supply Main 40 147 3 40 147 Power Supply Standby 40...

Page 123: ... PCB Assembly with option 088 ND71078 A9 Output fine loop PCB Assembly ND68060 A10 Rear Panel PCB Assembly BNC ITF ND68066 A10 Rear Panel PCB Assembly CPU ITF ND68067 A11 Digital Down Converter Assembly ND55519 004 Leveling Coupler 40 GHz Assy ND68062 A12 Switched Filter HP D45198 no 026 or no 015 A12 Switched Filter Pulsed HP D45200 026 and no 015 A12 Switched Filter Pulsed 64539 015 and 026 A12 ...

Page 124: ...e Test A8 Synthesizer Control PCB Section 4 7 Frequency Reference Adjustment A9 Output Fine Loop PCB Section 4 7 Frequency Reference Adjustment Section 4 8 Level Detector Tables and Level Flatness Adjustment Section 4 9 Level SWF Band Adjustment Section 4 10 Level ALC Adjustment A10 Rear Panel PCB None A11 Digital Down Converter PCB Section 4 7 Frequency Reference Adjustment Section 4 8 Level Dete...

Page 125: ...tion 4 9 Level SWF Band Adjustment Section 4 10 Level ALC Adjustment Section 3 6 Internal Time Base Aging Rate Test Optional Section 3 7 Spurious Signals Tests Section 3 8 SSB Phase Noise Test Section 3 9 Power Level Accuracy and Flatness Tests Section 3 10 Pulse Modulation Tests Power Supply None 2 to 20 GHz Amplifier Section 4 7 Frequency Reference Adjustment Section 4 8 Level Detector Tables an...

Page 126: ...that the bottom cover is on top 6 Remove the bottom cover the same way the top was removed All Other RF Components Section 4 7 Frequency Reference Adjustment Section 4 8 Level Detector Tables and Level Flatness Adjustment Section 4 9 Level SWF Band Adjustment Section 4 10 Level ALC Adjustment Section 3 6 Internal Time Base Aging Rate Test Optional Section 3 7 Spurious Signals Tests Section 3 8 SSB...

Page 127: ...chassis See Figure 6 2 10 Remove the side covers 11 Remove the screw that fastens the right side cover to the chassis See Figure 6 2 12 To replace the chassis covers reverse the procedure used to remove them Note It is necessary to remove the side covers only if the front panel must be removed in a later step Figure 6 1 Front Handles Rear Feet and Corners Removal Caution When re installing the sid...

Page 128: ...handles rear feet and chassis covers as described in Section 6 4 Procedure 1 With the front handles feet corners and chassis covers removed place the MG3702xA on a flat surface with the top side up 2 Carefully pull the front panel away from the chassis to gain access to the ribbon cables that connect the front panel PCB assembly to the microprocessor PCB assembly See Figure 6 3 3 Unplug the upper ...

Page 129: ... Slide the connector through the RF train bracket then slip the retaining nut over the new connector before attaching to the output component e Attach the output connector to the output component using a 5 16 8in lb torque wrench f Tighten the retaining nut against the RF train bracket 7 To replace the front panel assembly reverse the removal process 8 After replacement of the front panel RF conne...

Page 130: ... 5 A2 and Hard Drive Replacement Procedure Remove and replace the A2 CPU PCB as follows 1 To gain access the A2 CPU remove the two screws that secure the cover 2 Rotate the 2 side catches up to raise the A2 assembly slightly 3 Carefully unplug the upper ribbon cable from the PCB 4 To disconnect the more delicate lower ribbon cable use tweezers or another pointed tool to push down on the small tabs...

Page 131: ...ocedures 6 6 A2 CPU Assembly and Hard Drive MG3702xA MM PN 10370 10372 Rev B 6 11 Figure 6 4 A2 Microprocessor PCB Removal Remove A2 Screws and Cover Lift tabs to release A2 PCB Remove 2 ribbon cables from A2 PCB A2 Processor RTC Battery ...

Page 132: ...xchange Assembly then only a full verification needs to be performed If the calibration files were not able to be saved and copied onto the new A2 CPU HDD Exchange Assembly then a full calibration and verification needs to be performed Battery Replacement Procedure See Figure 6 6 below for the location of the processor battery Anritsu part number 3 633 43 for CR2032 coin battery 1 Lift the tab ove...

Page 133: ... or A9 PCB assembly 2 Using a 5 16 inch wrench disconnect the semi rigid cable that is attached between the A9 and the switched filter 3 Remove the cover from the bottom of the instrument 4 With the instrument standing on its side hold the assembly to be removed in one hand while loosening the 2 screws flathead type captivated with springs that attach the assembly to the motherboard See Figure 5 3...

Page 134: ...les rear feet and chassis top and bottom covers as described in Section 6 4 Procedure To release the A4 A6 or A8 PCB 1 Unplug all cables that are attached to the top of the board 2 Release the locking catches at both ends of the PCB 3 Lift the release tabs on each end and pull the PCB straight up to remove from the unit 4 To install the PCB reverse the removal process 5 Refer to Table 6 2 on page ...

Page 135: ... removal process Auxiliary Power Supply The auxiliary standby power supply is a small PCB mounted on the larger voltage regulator PCB 1 Unplug the connectors from the auxiliary PCB 2 Remove the 4 screws that secure the auxiliary power supply to the regulator PCB 3 To install the auxiliary power supply assembly reverse the removal process A3 Regulator PCB To remove the regulator PCB 1 Unplug all co...

Page 136: ...y Power Supply or Regulator PCB Chapter 6 Removal and Replacement 6 16 PN 10370 10372 Rev B MG3702xA MM Figure 6 8 Power Supply Replacement Main Power Supply Screws Main Power Supply Standby Auxilliary Power Supply A3 Regulator PCB ...

Page 137: ...the rear panel BNC interface 1 Unplug the ribbon cable that attaches between the BNC PCB and the motherboard 2 Unplug the snap in MCX cables 3 Using a T1451 socket remove all exterior nuts from the BNC connectors 4 The PCB is ready for removal 5 To install the new BNC interface board reverse the removal process No recalibrations are required after replacement of this item Figure 6 9 Rear Panel BNC...

Page 138: ...left side one above the line input module 3 Remove the top cover of the power supply and lay the top cover gently to the side It is not necessary to remove the main power supply from the cover 4 Grasp the front and rear of the power supply enclosure and lift the supply upwards and slide it toward the front of the instrument the bottom of the supply has tabs that prevent it from being lifted straig...

Page 139: ... the mother board 4 Remove the fan by pulling outward You may have to grasp and pull outward on the anti vibration mounts to release the fan Only a small amount of force is required If this is not successful cut the anti vibration mounts 5 Replace all damaged anti vibration mounts see Table 6 1 for part number 6 Install the new fan and attach the wired connector to P2 on the A1 mother board 7 Reas...

Page 140: ...ll the new fan Pass the wires from the new fan through rubber isolator 11 After the new fan wires are pulled into the power supply housing reassemble the pins to the connector housing to the wires according to Figure 6 12 12 Attach the fan electrical connector to its connector on the A3 regulator PC Board 13 To reassemble the system reverse the process Danger Hazardous voltages are exposed inside ...

Page 141: ... number 5 Install the new fan and attach the wired connector to P7 on the A1 mother board 6 Reassemble the system No recalibrations are required after replacement of this item Figure 6 12 Power Supply Cooling Fan Replacement Note The A7 and A9 PCBs may have to be removed if there is not enough clearance for fan removal In this case refer to Section 6 7 A7 or A9 PCB for PCB removal instructions Fan...

Page 142: ...Replacement Procedures 6 22 PN 10370 10372 Rev B MG3702xA MM Figure 6 13 A2 CPU Fan Replacement Fan Mounting Screw 3 905 2645P 4 each Vibration Isolator 3 790 285 4 each Fan Connector Mated to A1 P7 Fan Connector Wiring Key Red Wire Blue Wire ...

Page 143: ...y verification should be performed regardless of whether an RF component has been replaced If an RF component has been replaced the instrument Level Accuracy calibration must be performed Note It is often necessary to loosen all screws of all RF components in the entire line of components to allow movement during disconnection of the RF connectors Note Never cut or unsolder wires Caution When tigh...

Page 144: ...6 13 RF Components Chapter 6 Removal and Replacement Procedures 6 24 PN 10370 10372 Rev B MG3702xA MM ...

Page 145: ... consists of the type B1 components The error contributions are measurement method test equipment standards and other correction factors for example calibration factors and mismatch error per the prescribed test procedure The statement s of compliance with specification2 is based on a 95 coverage probability for the expanded uncertainty of the measurement results on which the decision of complianc...

Page 146: ...easured Value dBc 1 2 Sub Harmonic MHz Measured Value dBc 1 4 Sub Harmonic MHz Measured Value dBc 3 4 Sub Harmonic MHz Measured Value dBc Harmonic Related Upper Limit dBc Measurement Uncertainty dB Frequencies 10 MHz to 100 MHz Models with Option 004 Only 10 1 10 20 30 N A N A N A 40 2 5 15 1 10 30 45 N A N A N A 40 2 5 60 1 10 120 180 N A N A N A 40 2 5 100 1 10 200 300 N A N A N A 40 2 5 Frequen...

Page 147: ...r s BW RBW VBW kHz 2nd Harmonic Frequency MHz Measured Value dBc 3rd Harmonic Frequency MHz Measured Value dBc 1 2 Sub Harmonic MHz Measured Value dBc 1 4 Sub Harmonic MHz Measured Value dBc 3 4 Sub Harmonic MHz Measured Value dBc Harmonic Related Upper Limit dBc Measurement Uncertainty dB Frequencies 10 MHz to 100 MHz Models with Option 004 Only 10 1 10 20 30 N A N A N A 40 2 5 15 1 10 30 45 N A ...

Page 148: ...2 000 2 350 100 000 40 2 34 2 650 10dBm 2 950 5 000 100 000 40 2 93 2 650 10dBm 5 600 7 650 100 000 40 3 33 2 650 10dBm 8 250 10 300 100 000 40 3 33 2 650 10dBm 10 900 12 950 100 000 40 3 33 2 650 10dBm 13 550 16 775 30 000 40 3 24 2 650 10dBm 16 775 20 000 30 000 40 3 24 4 400 10dBm 4 399 4 401 30 000 n a n a n a 4 400 10dBm 4 395 4 399 30 000 40 2 97 4 400 10dBm 4 345 4 395 100 000 40 3 02 4 400...

Page 149: ...10 945 10 949 30 000 40 3 66 10 950 10dBm 10 895 10 945 30 000 40 3 66 10 950 10dBm 10 650 10 895 30 000 40 3 66 10 950 10dBm 10 951 10 955 30 000 40 3 66 10 950 10dBm 10 955 11 005 30 000 40 3 66 10 950 10dBm 11 005 11 250 30 000 40 3 66 10 950 10dBm 2 000 3 350 30 000 40 3 49 10 950 10dBm 3 950 5 175 30 000 40 3 49 10 950 10dBm 5 775 7 913 30 000 40 3 49 10 950 10dBm 8 512 10 650 30 000 40 3 66 ...

Page 150: ...5 30 000 40 3 75 16 750 10dBm 8 675 12 263 30 000 40 3 75 16 750 10dBm 12 863 16 450 10 000 40 3 78 16 750 10dBm 17 050 20 000 10 000 40 3 63 a All specifications apply at the lesser of 10 dBm output or Maximum specified leveled output power unless otherwise noted Section 3 7 Non Harmonic Signals Test Part 1 3 of 3 MG3702xA Frequency GHz MG3702xA Output Power Level a Spectrum Analyzer Start Freque...

Page 151: ...Maximum specified leveled output power unless otherwise noted Spectrum Analyzer Center Freq GHz Spectrum Analyzer Span Spectrum Analyzer RBW Test Result dBc Specification dBc Measurement Uncertainty Exclusions 1 100000 10 dBm 1 100000 1 MHz 30 kHz n a n a n a 1 100000 10 dBm 1 500000 1 MHz 30 kHz 40 opt 4 units 2 26 1 100000 10 dBm 0 500000 1 MHz 30 kHz 40 opt 4 units 2 26 1 100000 10 dBm 2 000000...

Page 152: ... Frequency 30 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 60 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 120 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 250 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency...

Page 153: ...300 Hz 50 3 07 300 Hz to 1 kHz 60 2 38 1 kHz 60 2 0 Test Frequency 10 0 GHz 300 Hz 46 3 07 300 Hz to 1 kHz 56 2 38 1 kHz 60 2 0 Test Frequency 19 99 GHz 300 Hz 46 3 07 300 Hz to 1 kHz 56 2 38 1 kHz 60 2 0 Section 3 8 SSB Phase Noise Test Agilent Test Equipment Power Line and Fan Rotation Emissions All MG3702xA Models 2 of 2 Frequency Offset Measured Value dBc Upper Limit dBc Measurement Uncertaint...

Page 154: ...on 004 10 Hz 101 3 07 100 Hz 126 2 38 1 kHz 139 2 0 10 kHz 142 2 0 100 kHz 142 2 0 1 MHz 145 2 0 Test Frequency 30 MHz Models with Option 004 10 Hz 95 3 07 100 Hz 121 2 38 1 kHz 134 2 0 10 kHz 139 2 0 100 kHz 139 2 0 1 MHz 145 2 0 Test Frequency 60 MHz Models with Option 004 10 Hz 89 3 07 100 Hz 116 2 38 1 kHz 129 2 0 10 kHz 135 2 0 100 kHz 137 2 0 1 MHz 142 2 0 Test Frequency 120 MHz Models with ...

Page 155: ...Hz 117 2 0 100 kHz 122 2 0 1 MHz 126 2 0 Test Frequency 1 0 GHz Models with Option 004 10 Hz 65 3 07 100 Hz 92 2 38 1 kHz 111 2 0 10 kHz 111 2 0 100 kHz 116 2 0 1 MHz 120 2 0 Test Frequency 2 19 GHz Models with Option 004 10 Hz 59 3 07 100 Hz 86 2 38 1 kHz 105 2 0 10 kHz 105 2 0 100 kHz 110 2 0 1 MHz 114 2 0 Section 3 8 SSB Phase Noise Test Agilent Test Equipment All MG3702xA Models Single Sideban...

Page 156: ...0 1 MHz 105 2 0 Test Frequency 10 0 GHz 10 Hz 46 3 07 100 Hz 73 2 38 1 kHz 92 2 0 10 kHz 92 2 0 100 kHz 100 2 0 1 MHz 101 2 0 Test Frequency 19 99 GHz 10 Hz 40 3 07 100 Hz 67 2 38 1 kHz 86 2 0 10 kHz 86 2 0 100 kHz 94 2 0 1 MHz 95 2 0 Section 3 8 SSB Phase Noise Test Agilent Test Equipment All MG3702xA Models Single Sideband Phase Noise 3 of 3 Frequency Offset Measured Value dBc Upper Limit dBc Me...

Page 157: ...101 3 07 100 Hz 126 2 38 1 kHz 139 2 0 10 kHz 142 2 0 100 kHz 142 2 0 1 MHz 145 2 0 Test Frequency 30 MHz Models with Option 004 10 Hz 95 3 07 100 Hz 121 2 38 1 kHz 134 2 0 10 kHz 139 2 0 100 kHz 139 2 0 1 MHz 145 2 0 Test Frequency 60 MHz Models with Option 004 10 Hz 89 3 07 100 Hz 116 2 38 1 kHz 129 2 0 10 kHz 135 2 0 100 kHz 137 2 0 1 MHz 142 2 0 Test Frequency 120 MHz Models with Option 004 10...

Page 158: ... 117 2 0 10 kHz 117 2 0 100 kHz 122 2 0 1 MHz 126 2 0 Test Frequency 1 0 GHz Models with Option 004 10 Hz 65 3 07 100 Hz 92 2 38 1 kHz 111 2 0 10 kHz 111 2 0 100 kHz 116 2 0 1 MHz 120 2 0 Test Frequency 2 19 GHz Models with Option 004 10 Hz 59 3 07 100 Hz 86 2 38 1 kHz 105 2 0 10 kHz 105 2 0 100 kHz 110 2 0 1 MHz 114 2 0 Section 3 8 SSB Phase Noise Test AeroFlex Test Equipment All MG3702xA Models ...

Page 159: ...requency 10 0 GHz 10 Hz 46 3 07 100 Hz 73 2 38 1 kHz 92 2 0 10 kHz 92 2 0 100 kHz 100 2 0 1 MHz 101 2 0 Test Frequency 19 99 GHz 10 Hz 40 3 07 100 Hz 67 2 38 1 kHz 86 2 0 10 kHz 86 2 0 100 kHz 94 2 0 1 MHz 95 2 0 a On some AeroFlex Test Stations 10 Hz is not reported so use 10 23 Hz Section 3 8 SSB Phase Noise Test AeroFlex Test Equipment All MG3702xA Models 3 of 3 Frequency Offset Measured Value ...

Page 160: ...t Frequency 30 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 60 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 120 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequency 250 MHz Models with Option 004 300 Hz 68 3 07 300 Hz to 1 kHz 72 2 38 1 kHz 72 2 0 Test Frequenc...

Page 161: ...300 Hz 50 3 07 300 Hz to 1 kHz 60 2 38 1 kHz 60 2 0 Test Frequency 10 0 GHz 300 Hz 46 3 07 300 Hz to 1 kHz 56 2 38 1 kHz 60 2 0 Test Frequency 19 99 GHz 300 Hz 46 3 07 300 Hz to 1 kHz 56 2 38 1 kHz 60 2 0 Section 3 8 SSB Phase Noise Test AeroFlex Test Equipment Power Line and Fan Rotation Emissions All MG3702xA Models 2 of 2 Frequency Offset Measured Value dBc Upper Limit dBc Measurement Uncertain...

Page 162: ...pulse Mode dBm Measured Power Pulse Mode dBm Measured Power Non pulse Mode dBm Measured Power Pulse Mode dBm 23 dBm b 22 to 24 0 44 22 dBm b 21 to 23 0 44 21 dBm b 20 to 22 0 44 20 dBm b 19 to 21 0 44 19 dBm 18 to 20 0 44 18 dBm 17 to 19 0 44 17 dBm 16 to 18 0 44 16 dBm 15 to 17 0 44 15 dBm 14 to 16 0 44 14 dBm 13 to 15 0 44 13 dBm 12 to 14 0 44 12 dBm 11 to 13 0 44 11 dBm 10 to 12 0 44 10 dBm 9 t...

Page 163: ...tenuator is required to prevent damaging power sensor Section 3 9 Power Level Accuracy and Flatness Tests Power Level Log Conformity All MG3702xA Models 2 of 2 Set L0 a to Set F0 to 2 199 GHz Option 4 or skip if Opt 4 not installed Set F0 to 2 201 GHz Option 4 or 2 001 GHz All Others Specification dBm Measurement Uncertainty dB Measured Power Non pulse Mode dBm Measured Power Pulse Mode dBm Measur...

Page 164: ...UT F0 15 MH 25 dBm c N A N A N A 24 to 26 0 44 20 dBm c N A N A N A 19 to 21 0 44 15 dBm N A 14 to 16 0 44 10 dBm N A 9 to 11 0 44 5 dBm N A 4 to 6 0 44 0 dBm N A 1 to 1 0 44 5 dBm N A 6 to 4 0 44 DUT F0 60 MHz DUT F0 500 MHz DUT F0 600 MHz 25 dBm c 24 to 26 0 44 20 dBm c 19 to 21 0 44 15 dBm 14 to 16 0 44 10 dBm 9 to 11 0 44 5 dBm 4 to 6 0 44 0 dBm 1 to 1 0 44 5 dBm 6 to 4 0 44 DUT F0 2 0 GHz DUT...

Page 165: ...44 10 dBm 9 to 11 0 44 5 dBm 4 to 6 0 44 0 dBm 1 to 1 0 44 5 dBm 6 to 4 0 44 DUT F0 20 0 GHz 25 dBm c 24 to 26 0 44 20 dBm c 19 to 21 0 44 15 dBm 14 to 16 0 44 10 dBm 9 to 11 0 44 5 dBm 4 to 6 0 44 0 dBm 1 to 1 0 44 5 dBm 6 to 4 0 44 a Start with the highest power level within instrument specification b Accuracy with high power Option 015 is 1 5 dBm c Attenuator is required to prevent damaging pow...

Page 166: ... 15 MHz Receiver 15 MHz LO N A DUT F0 60 MHz Receiver 60 MHz LO N A 25 dBm c 24 to 26 0 44 20 dBm c 19 to 21 0 44 15 dBm 14 to 16 0 44 10 dBm 9 to 11 0 44 5 dBm 4 to 6 0 44 0 dBm 1 to 1 0 44 5 dBm 6 to 4 0 44 10 dBm 11 to 9 0 44 15 dBm 16 to 14 0 44 20 dBm 21 to 19 0 44 25 dBm 26 to 24 0 44 30 dBm 31 to 29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 ...

Page 167: ... 10 dBm 11 to 9 0 44 15 dBm 16 to 14 0 44 20 dBm 21 to 19 0 44 25 dBm 26 to 24 0 44 30 dBm 31 to 29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 dBm 56 to 54 0 20 60 dBm 61 to 59 0 20 65 dBm 66 to 64 0 20 70 dBm 71 to 69 0 20 75 dBm 76 to 74 0 20 80 dBm 81 to 79 0 20 85 dBm 86 to 84 0 20 90 dBm 91 to 89 0 20 95 dBm 96 to 94 0 20 Section 3 9 Power Leve...

Page 168: ... 0 44 15 dBm 16 to 14 0 44 20 dBm 21 to 19 0 44 25 dBm 26 to 24 0 44 30 dBm 31 to 29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 dBm 56 to 54 0 20 60 dBm 61 to 59 0 20 65 dBm 66 to 64 0 20 70 dBm 71 to 69 0 20 75 dBm 76 to 74 0 20 80 dBm 81 to 79 0 20 85 dBm 86 to 84 0 20 90 dBm 91 to 89 0 20 95 dBm 96 to 94 0 20 Section 3 9 Power Level Accuracy and ...

Page 169: ...Bm 6 to 4 0 44 10 dBm 11 to 9 0 44 15 dBm 16 to 14 0 44 20 dBm 21 to 19 0 44 25 dBm 26 to 24 0 44 30 dBm 31 to 29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 dBm 56 to 54 0 49 60 dBm 61 to 59 0 49 65 dBm 66 to 64 0 49 70 dBm 71 to 69 0 49 75 dBm 76 to 74 0 49 80 dBm 81 to 79 0 49 85 dBm 86 to 84 0 49 90 dBm 91 to 89 0 49 95 dBm 96 to 94 0 49 Section ...

Page 170: ... dBm 6 to 4 0 44 10 dBm 11 to 9 0 44 15 dBm 16 to 14 0 44 20 dBm 21 to 19 0 44 25 dBm 26 to 24 0 44 30 dBm 31 to 29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 dBm 56 to 54 0 49 60 dBm 61 to 59 0 49 65 dBm 66 to 64 0 49 70 dBm 71 to 69 0 49 75 dBm 76 to 74 0 49 80 dBm 81 to 79 0 49 85 dBm 86 to 84 0 49 90 dBm 91 to 89 0 49 95 dBm 96 to 94 0 49 Sectio...

Page 171: ...29 0 44 35 dBm 36 to 34 0 44 40 dBm 41 to 39 0 44 45 dBm 46 to 44 0 44 50 dBm 51 to 49 0 44 55 dBm 56 to 54 0 49 60 dBm 61 to 59 0 49 65 dBm 66 to 64 0 49 70 dBm 71 to 69 0 49 75 dBm 76 to 74 0 49 80 dBm 81 to 79 0 49 85 dBm 86 to 84 0 49 90 dBm 91 to 89 0 49 95 dBm 96 to 94 0 49 a Start with the highest power level within instrument specification b Accuracy with high power Option 015 is 1 5 dBm c...

Page 172: ... GHz to 20 GHz no Opt 015 MA2474D 100 1 60 0 539 Minimum Frequency a to 10 GHz with Opt 015 SC7400 100 3 00 0 281 10 GHz to 20 GHz with Opt 015 MA2474D 100 3 00 0 539 Section 3 9 Power Level Flatness All MG3702xA Models with Option 002 Set L1 to 15 dBm Frequency Range Power Sensor Of Steps Maximum Power dBm Minimum Power dBm Variation Max Min dB Variation Spec dB Measurement Uncertainty dB Minimum...

Page 173: ...D 100 17 0 15 0 0 539 Section 3 9 Maximum Leveled Power All MG3702xA Models with Option 015 and without Option 004 Set L0 to 30 dBm Frequency Range GHz Power Sensor of Steps Minimum Measured Power dBm Specification without Option 2 dBm Specification with Option 2 dBm Measurement Uncertainty dB 2 0 GHz to 10 0 GHz SC7400 100 23 0 21 0 0 269 10 1 GHz to 20 0 GHz MA2474D 100 23 0 21 0 0 539 Section 3...

Page 174: ...000 000 001 10 0 023 14 000 000 001 10 0 023 DUT Frequency GHz Overshoot Specification Measurement Uncertainty 0 500 000 001 10 Option 4 5 1 200 000 001 10 Option 4 5 1 900 000 001 10 Option 4 5 5 000 000 001 10 5 14 000 000 001 10 5 DUT Frequency GHz Vref Volts Vpulse Volts Paccuracy dB Specification dB Measurement Uncertainty dB 0 050 000 001 0 5 0 1 1 200 000 001 0 5 0 1 1 900 000 001 0 5 0 1 5...

Page 175: ...00 000 001 0 5 0 1 14 000 000 001 0 5 0 1 DUT Frequency GHz Pdepth dB Specification dB a a For models with Option 015 specification is 70 dB Measurement Uncertainty dB 0 010 80 0 9 1 0 80 0 9 1 4 80 0 9 2 0 80 0 9 2 2 80 1 0 2 3 80 1 0 5 0 80 1 7 8 3 80 2 6 8 4 80 2 6 14 0 80 2 5 20 0 80 2 5 Section 4 4 Adjustments after Subassembly Replacement Procedure Step Step Completion Utility DVM Adjustment...

Page 176: ...Appendix A Test Records A 32 PN 10370 10372 Rev B MG3702xA MM Model Number Firmware Revision Date Serial Number Options Operator ...

Page 177: ...al Data Sheet The latest version of the MG3702xA RF Microwave Signal Generators Technical Data Sheet Anritsu PN 11410 00429 can be downloaded from the Anritsu Internet site http www anritsu com The data sheet provides performance specifications for all of the various models in the MG3702xA series ...

Page 178: ...B 1 MG3702xA Technical Data Sheet Appendix B Performance Specifications B 2 PN 10370 10372 Rev B MG3702xA MM ...

Page 179: ...CPU pinout 5 9 DC voltage check 5 16 description 2 1 error 163 5 22 error 164 5 22 error 171 5 23 malfunction with no error message 3 5 18 malfunction with no error message 4 5 18 part number 6 2 pinout diagram 5 8 A3 adjustment 4 2 6 4 block diagram 2 2 description 2 5 outputs 5 17 part number 6 2 PCB voltage outputs 2 6 pinout diagram 5 10 replacement 6 15 6 16 A4 5 19 adjustment 4 2 6 4 block d...

Page 180: ... 5 3 5 21 crystal oven error 108 5 3 5 20 D DDS range definition 5 3 error 161 5 3 5 21 digital down converter 2 11 DVM adjustment 4 5 error 101 error 102 5 19 error messages 5 3 troubleshooting 5 19 E error messages 5 2 ESD requirements 1 4 5 1 external leveling 2 10 F flatness test 3 21 frequency synthesis 2 4 2 7 front panel description 2 4 option 017 3 1 part number 6 2 switch 2 5 test equip r...

Page 181: ...ng 2 11 RF signal flow 2 11 S safety symbols for safety Safety 2 in manuals Safety 1 on equipment Safety 1 SCPI programming manual 1 2 self test error 144 5 3 example 5 2 failure 5 18 lock error 5 4 signal filtering 2 11 step attenuator part number 6 3 synth RAM address error 166 5 3 5 22 synth RAM data error 165 5 3 5 22 synth RAM device error 167 5 3 5 22 T test equipment required 4 1 test recor...

Page 182: ...Index 4 PN 10370 10372 Rev B MG3702xA MM ...

Page 183: ......

Page 184: ...Anritsu utilizes recycled paper and environmentally conscious inks and toner Anritsu Company 490 Jarvis Drive Morgan Hill CA 95037 2809 USA http www anritsu com ...

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