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Calibration and Testing

Manual 21568, Rev. F, March 2008

50 MHz, -30 dBm

Pulse output settings:

PRF 100 Hz

Width: 2 msec

Pulse State: ON

NOTE:

Applies to 80350A, 80353A and 80354A sensors only.

1.

Set the Pulse Sensor trigger to Internal and sample delay to 1 ms.

2.

Set the sensor trigger level to -5 dBm. Set the pulse amplitude of the RF source to 0 dBm
and verify triggering by noting that the sample delay pulse is present

3.

Set the RF source level to -20 dBm verify triggering does not occur.

4.

Set the sensor trigger level to -10 dBm and set the RF source level to 0 dBm and verify
trigger operation.

5.

Set the Pulse Sensor to external trigger (EXT TRIG). Set the sensor external trigger level to
1.7 V

DC

. Verify triggering with +5 V pulse input. Set the input level to 0 dBm. Verify that the

sensor is triggered and the meter displays a valid power reading.

6.

Disable the external trigger then set the input level to -10 dBm. Verify that the sensor is not
triggered. The peak sensor should not trigger.

4.4.2.2

High Power Peak Sensors

Set the RF source to the following settings:

50 MHz, -30 dBm

Pulse output settings:

PRF 100 Hz

Width: 2 msec

Pulse State: ON

NOTE:

Applies to 80351A, 80352A or 80355A sensors only.

1.

Remove the attentuator before connecting the sensor to the pulse source.

Do not

23 dBm peak input power to the sensor.

2.

Set the Pulse Sensor trigger to Internal and sample delay to 1 ms.

3.

Select the appropriate table on the datasheet based on the model number of the sensor
being tested.

4.

Set the sensor trigger level to +15 dBm for the 80351A sensor and +25 dBm for the
80352A and 80355A sensors. Set the syntehsizer level to 0 dBm and verify trigger
operation.

5.

Set the RF source level to -20 dBm and verify triggering does not occur.

6.

Set the trigger level to +10 dBm for the 80351A sensor and +20 dBm for the 80352A and
80355A sensors. Set the RF source level to 0 dBm and verify trigger operation..

7.

Set the Pulse Sensor to external trigger (EXT TRIG). Set the external trigger to 1.7 V

DC

.

Verify triggering with +5 V pulse input. Set the input level to 0 dBm. Verify that the sensor
is triggered and the meter displays a valid power reading.

8.

Disable the external input trigger then set the RF source level to -10 dBm. Verify that the
sensor is not triggered. The peak sensor should not trigger.

NOTE:

Reset the sensor trigger when testing for a non-triggered state after the sensor has

been triggered. Resetting the sensor trigger can be acheived by varying the sample delay by

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Summary of Contents for 80350A

Page 1: ...800 444 2878 Customer Service v 925 328 4702 CS Fax www gigatronics com Certified Product ISO 9001 Certified Process Registrar BSI Certification No FM 34226 v Registered 04 June 1996 v Amended 01 March 2000 Manual Part Number Revision Print Date Series 8035XA Peak Power Sensors Operation Maintenance Manual 21568 F March 2008 8035XA ...

Page 2: ...rranted against defective materials and workmanship for one years from date of shipment Giga tronics will at its option repair or replace products that are proven defective during the warranty period This warranty DOES NOT cover damage resulting from improper use nor workmanship other than Giga tronics service There is no implied warranty of fitness for a particular purpose nor is Giga tronics lia...

Page 3: ...s Canyon Road San Ramon California 94583 U S A Type of Equipment Model Series Number Standard s to which Conformity is Declared Model Numbers In Series 80350A 80351A 80352A Declaration of Conformity Application of Council Directive s Declaration of Conformity on file Contact Giga tronics Inc 4650 Norris Canyon Rd San Ramon CA 94583 Ph 1 925 328 4650 Fx 1 925 328 4700 80353A 80354A 80355A Peak Powe...

Page 4: ......

Page 5: ...sors 2 2 2 2 2 Triggering 2 3 2 2 3 Zeroing 2 4 2 2 4 Sensor Triggering 2 5 2 3 Sample Delay 2 6 2 3 1 Sample Delay Display 2 7 2 3 2 Setting Sample Delay 2 8 2 3 3 Sample Delay Limits 2 9 2 3 4 Setting Sample Delay Offset 2 10 2 3 5 Single Peak Sample Measurements 2 10 2 3 6 Real Time Pulse Profile and Sample Position Display 2 11 2 3 7 Sample Delay Offset 2 12 2 3 8 Measuring Pulse Droop 2 13 2 ...

Page 6: ...ction 5 1 5 1 1 Rise Time Adjustments 5 1 Maintenance 5 5 1 2 Zero Adjustment 5 2 5 2 Troubleshooting 5 2 5 2 1 Sensor Not Present 5 4 5 2 2 Calibration 5 4 5 2 3 INTernal 5 5 5 2 4 EXTernal 5 6 5 2 5 Delay 5 6 5 2 6 Output Problems 5 6 5 3 Sensor Element Replacement 5 7 5 3 1 Disassembly of the Sensor 5 7 5 3 2 Replacing the Sensor Element 5 7 5 3 3 Reassembly of the Sensor 5 8 6 Parts Lists 6 1 ...

Page 7: ... 21568 Rev F March 2008 iii 21350 ANALOG PCB ASSY A1 Rev P 6 8 21353 DIGITAL PCB ASSY A2 Rev Z 6 10 6 2 List of Manufacturers 6 12 7 Diagrams 7 1 Introduction 7 1 Index Series 8035XA Peak Power Sensors Index Index 1 ...

Page 8: ...Range Offset Display 2 10 Figure 2 12 Pulse Profile and Sample Delay Test Setup 2 11 Figure 2 13 Sample Delay 2 12 Figure 2 14 Using SD to Offset a 0 ns Time Reference 2 12 Figure 2 15 SD Setting for Measuring Pulse Droop 2 13 Figure 2 16 Using SD to Measure a 3 dB Pulse Width 2 14 Figure 3 1 8035XA High Level Block Diagram 3 2 Figure 3 2 Analog PC Assembly Block Diagram 3 3 Figure 3 3 Analog Circ...

Page 9: ... Sample Delay Limits 4 6 Table 7 80350A 80353A 80354A Trigger Test 4 9 Table 8 80351A Trigger Test 4 9 Table 9 80352A 80355A Trigger Verification 4 9 Table 10 External Trigger Verification 4 9 Table 11 Sample Delay Test 4 10 Table 5 1 Sensor Malfunction Symptoms 5 3 Table 5 2 Digital Board Components and Signals 5 6 Table 6 1 List of Manufacturers 6 12 ...

Page 10: ...Series 8035XA Peak Power Sensors vi Manual 21568 Rev F March 2008 ...

Page 11: ... Power Meters and the Model 58542 VXIbus Universal Power Meters Chapter 3 Theory of Operation This chapter provides a block diagram level description and its circuits for maintenance and applications Chapter 4 Calibration Testing Procedures for inspection calibration and performance testing are outlined in this chapter Chapter 5 Maintenance This chapter contains procedures for maintenance and trou...

Page 12: ...ines and centered in the page This calls attention to a situation or an operating or maintenance procedure or practice which if not strictly corrected or observed could result in temporary or permanent damage to the equipment or loss of effectiveness Notes NOTE A NOTE Highlights or amplifies an essential operating or maintenance procedure practice condition or statement Logic Not A logic NOT or LO...

Page 13: ...Manual 21568 Rev F March 2008 ...

Page 14: ...aintain a permanent record of manual change data Corrected replacement pages will be issued as Technical Publication Change Instructions and will be inserted at the front of the binder Remove the corresponding old pages insert the new pages and record the changes here Change Instruction Number Change Instruction Date Date Entered Comments ...

Page 15: ...n the accompanying product has been configured for user specific application s supplemental pages will be inserted at the front of the manual binder Remove the indicated page s and replace it them with the furnished Special Configuration supplemental page s ...

Page 16: ...Series 8035XA Peak Power Sensors xii Manual 21568 Rev F March 2008 ...

Page 17: ...Manual 21568 Rev F March 2008 ...

Page 18: ...Series 8035XA Peak Power Sensors xiv Manual 21568 Rev F March 2008 ...

Page 19: ...ncy response variations This unique approach can be configured for automatic frequency response correction A detector output signal is provided for viewing the detected envelope of the pulsed RF waveform on an oscilloscope Use of a digital oscilloscope is recommended 1 1 1 Accessories Included 3 each SMB plug to BNC m cables 2 m 6 ft long 3 each Cable Harness Wraps 1 2 m 4 ft long Optional Option ...

Page 20: ...to 40 GHz 20 to 0 0 dBm Peak 30 to 0 0 dBm CW 30 to 20 dBm 0 00 dB 20 to 0 0 dBm 0 2 dB 10dB 1 12 0 045 2 GHz 1 22 2 12 4 GHz 1 37 12 4 18 GHz 1 50 18 26 5 GHz 1 92 26 5 40 GHz 5W Peak Power Sensor 2 5 80351A 45 MHz to 18 GHz 0 0 to 40 dBm Peak 10 to 37 dBm CW CW 37 dBm 5 W Avg Peak 43 dBm 10 to 0 dBm 0 00 dB 0 to 40 dBm 0 05 dB 10 dB Type N m 50Ω 200 mm 7 9 in 37 mm 1 25 in 0 4 kg 0 9 lb 1 15 0 0...

Page 21: ...erformance Typical performance shown in italics is non warranted Specifications are subject to change without notice Rise Time 10 to 90 0 dBm 100 100 ns Fall Time 90 to 10 0 dBm 100 250 ns System Linearity 50 MHz for Standard Peak Power Sensors 0 13 dB from 30 to 16 dBm 0 13 dB 0 dB 0 05 dB dB from 16 to 20 dBm ...

Page 22: ... ns Trigger Level Set Range Internal 30 to 20 dBm Resolution 0 01 dB External 0 0V to 4 0V Resolution to 0 01V Trigger Jitter 2 0 ns Settling Time 50 to within 3 250 ns Control Inputs and Outputs Trigger Input SMB jack connector TTL External Trigger Input absolute maximum 10 V 110 kΩ Impedance Detector Out SMB jack connector Monitor real time pulse waveform on an oscilloscope with this voltage out...

Page 23: ...y traceable to NIST 2 Square root of sum of the individual uncertainties squared RSS 3 Cal Factor numbers allow for 3 repeatability when connecting attenuator to sensor and 3 for attenuator measurement uncertainty and mismatch of sensor pad combination Attenuator frequency response is added to the Sensor Cal Factors which are stored in the sensor s EEPROM 1 2 2 Compatible Power Meters 8541X Single...

Page 24: ...Series 8035XA Peak Power Sensors 1 6 Manual 21568 Rev F March 2008 ...

Page 25: ... the Model 58542 VXIbus Power Meter The Series 8650 Power Meter display lines vary from the Series 8540 but include the same parameters 2 2 Power Sweep Calibration Procedures for calibrating sensors to the meter are detailed in the specific power meter manual The 8035XA Peak Power Sensors are calibrated to the meter using the same procedure as other sensors used with the 8540 8650 Series Power Met...

Page 26: ...number on the sensor housing and the serial number on the high power attenuator should match During manufacture the frequency response of the attenuator is calibrated and entered into the peak power sensor EEPROM as frequency calibration factors This technique improves the accuracy and repeatability of your measurements CAUTION Do not exceed 200 mW 23 dBm Peak or Average Excessive in put power wil...

Page 27: ...ETUP select sensor A or B if necessary and then select INT triggering You can then enter a new internal trigger level Be sure that the value is 3 dB or greater below the peak power level of the signal being measured If you are attempting to trigger at excessively low power levels measurement repeatability and noise performance can be improved by using external EXT triggering Figure 2 2 Internal Tr...

Page 28: ...s EXT trigger port is on the back of the sensor not the power meter A set of three SMB f to BNC m cables are included with each 8035XA Series sensor The EXT trigger input impedance is 110 kΩ This allows you to use TTL level signals without damaging the input circuit However the input impedance match might cause triggering line reflections and potential false triggering when fast 50 Ω trigger sourc...

Page 29: ...ables provided with the sensor Set the scope channel to dc coupling 1 0 µs per division Use rising edge Normal triggering at about 0 5 V trigger level Set the sensor sample delay to 2 0 µs 2 The sample delay pulse will appear each time the sensor is triggered If a pulse does not appear on the scope display the sensor is not triggering Check the triggering configuration and adjust it if necessary A...

Page 30: ...imal and three to the right of the decimal can be edited in the microsecond ns and millisecond ms ranges see Figure 2 4 for an example The nanosecond range allows four digits to the left of the decimal but only a 0 or 5 to the right of the decimal The 0 0 ns time delay setting will be close to the trigger level when internal triggering is used If your measurements require definition of the 0 0 ns ...

Page 31: ...in Figure 2 5 Figure 2 5 Channel A Default Sample Delay The default for channel B will be as shown in Figure 2 6 Figure 2 6 Channel B Default Sample Delay The default displays will also be used when the meter is preset The default for two sensors will display power readings on both lines as shown in Figure 2 7 Figure 2 7 Channel A B Default Sample Delay If a sensor is uncalibrated the word UNCALIB...

Page 32: ...ght of the decimal The right and left arrow keys move a cursor to select a digit or unit to be changed The cursor will stop only at valid digit or unit locations valid digits are shown by below The cursor will stop under valid blank spaces so that large numbers can be entered quickly XXXX XXX uS Press the up key to increment the digit value by 1 or the down key to decrement the digit value by 1 If...

Page 33: ...igure 2 10 Sample Dely Over Range Indication When the arrow keys are used to change the units the digits in the display will simply use the new units The only exception is going from µS to nS The digits to the right of the decimal point will be reduced to one digit and that last digit will be either 0 or 5 as shown in the following example Starting Display Action Resulting Display 15 678 uS 15 5 n...

Page 34: ...e the S at the end of the line see Figure 2 11 to indicate an out of range condition If you exit the menu without correcting the out of range condition no power measurement will be made Figure 2 11 Sample Delay Over Range Offset Display For example if the max delay available from a sensor is 100 mS and the sample delay is set to 75 mS the maximum offset permitted is 25 mS Anything larger will caus...

Page 35: ...d especially for sample delay setting 500 µs as shown in Figure 2 12 Figure 2 12 Pulse Profile and Sample Delay Test Setup Use the Sample Delay output as an oscilloscope trigger source This waveform rises at the trigger point and falls at the sample point thus it provides both a stable scope trigger source and a precise indicator of the trigger point and sample point The time length of the sample ...

Page 36: ...point The second marker on the waveform is the sample marker The sample marker is located slightly behind the actual sample point There may be small markers at the end of the sample transfer and when the trigger signal occurs Because the visibility of these markers varies greatly with signal level and horizontal sweep rate the use of the SAMPLE DELAY output is recommended In Figure 2 14 triggering...

Page 37: ...or to the meter 3 Upon successful completion of power sweep calibration connect the sensor to a pulsed signal source The power level must be above the trigger level 4 Connect the 8035XA Detector Out and Sample Delay leads to a digital oscilloscope 5 Set the sample delay DLYA to the t1 position just after the rising edge as shown in Figure 2 15 6 Press REL The display should now read approximately ...

Page 38: ...down the sample delay value 6 Press MENU and use the up down arrow keys to display SETUP MENU Press ENTER Select PEAK SNSR SETUP then select the current triggering method INT or EXT When DLY Offset appears set the offset value to the same time value from Step 4 This sets the 3 dB down time point to a 0 0 ns reference position 7 Press ENTER to return to the measurement display 8 Set the sample dela...

Page 39: ... the display reads approximately 90 The sample delay currently displayed is the 10 to 90 rise time 2 4 GPIB Commands These commands supplement the commands given in the Series 8540C Universal Power Meter Operation and Maintenance Manual 2 4 1 Setting Trigger Modes These commands set the trigger method for the 8035XA sensor The sensor can be set to trigger on the rising RF envelope of the power sig...

Page 40: ...turned will be the average of all measurements in the buffer MEAS will display with one of the asterisk lines rotating for each measurement while the averaging buffer is being filled TR3 The last measured value will be returned This mode will not wait for the peak sensor to trigger 2 4 2 Setting Delays When the sensor is configured for internal triggering the delay from trigger to measurement samp...

Page 41: ...xamples OUTPUT 713 PEAK A Query the current sensor A trigger setting ENTER 713 TRIG Query the trigger mode setting of the sensor and return CW or INT_TRIG or EXT_TRIG OUTPUT 713 PEAK A DELAY Query the current sensor A delay setting ENTER 713 Delay OUTPUT 713 PEAK B OFFSET Query the current sensor B offset ENTER 713 Offset ...

Page 42: ...peak delay value to any desired time from 20e 9 to 100e 3 seconds with 1e 6 seconds being the default setting SENSe sensor 1 or 2 TRIGger OFFSet MAGnitude 0 20e 9 100e 3 This command sets the sensor 1 or 2 trigger offset time to any desired value from 20e 9 to 100e 3 seconds with 0 seconds being the default setting SENSe sensor 1 or 2 TRIGger LEVel MAGnitude 10 dBm 30 dBm 20 dBm When the INTernal ...

Page 43: ... hundreds of microseconds The Sample and Hold S H function acquires the S H output and holds it for hundreds of milliseconds The timing circuitry generates the sample pulses from the trigger input or if the sensor is in the free run mode from an internal oscillator The block diagrams circuit descriptions and the troubleshooting information in Chapter 4 are written around the circuit test points Th...

Page 44: ... Diagram in Figure 3 3 and schematic diagram 21351 in Chapter 7 to follow the discussion of the Analog PC assembly circuit operation The rectified signal from the detector goes into the resistors R1 or R2 TP1 and TP2 The signal sees 2 kΩ to ground from either input the negative input sees 2 kΩ to a virtual ground inside R100 R3 helps to balance the input bias current U1 and U2 delay the signal so ...

Page 45: ...on the hold capacitor is the same as the input tracks until the track gate goes off after which the level is held until the track goes on and the hold capacitor again follows the input The INTernal or EXTernal trigger source is selected by U10D and U11A U11B functions as an inverter for HIGHGAIN U6 amplifies the trigger signal by 1 or 41 Trigger DAC U9 is loaded with a count from the serial chain ...

Page 46: ...ng Diagram DIF AMP TP3 1ST DELAY TP4 2ND DELAY TP5 MONITOR TP9 TRACK HOLD TP7 OUTPUT TP12 TRIG AMP J2 5 SAMP DELAY TIME TRANSFER TIME TP1 NEG INPUT POS INPUT TP2 TP6 Series 8035XA Peak Power Sensors 3 4 Manual 21568 Rev F March 2008 ...

Page 47: ... host which causes READY to be set When an input trigger is received it is latched and delayed by a FINE delay and then starts a 10 MHz clock The clock increments a COARSE counter until it reaches FFFFF or all ones and then outputs a Ripple Carry Out RCO signal This is latched as SAMPle delayed by one count and then compared to the count of 51µs out of the counter to allow the SAMPle to be 51µs wi...

Page 48: ... 10 MHz clock off SAMP TP11 going high turns the Track and Hold T H to Hold on the Analog board and turns the Sample and Hold S H to Sample When it goes low the T H goes back to tracking the input and the S H holds the sampled signal level U10B POST TP5 the major reset circuit resets READY TP17 to prevent the trigger circuit from restarting continues to reset TRIG TP14 except in the CW mode which ...

Page 49: ...Figure 3 5 Digital Timing Diagram INT EXT Trig Mode Theory of Operation Manual 21568 Rev F March 2008 ...

Page 50: ...Figure 3 6 Digital Timing Diagram CW Mode Figure 3 7 Digital Serial Data Cycle Timing Diagram Series 8035XA Peak Power Sensors 3 8 Manual 21568 Rev F March 2008 ...

Page 51: ...e tests will only be valid if the power meter and the sensor s have been calibrated at an ambient temperature between 20 C and 30 C 68 F to 86 F and are operating within 3 C 5 4 F of the calibration temperature 4 2 Equipment Required The following items of test equipment or equivalent are required for completing the Performance Tests described in this chapter Description Instrument Model Requireme...

Page 52: ...ad at least 24 hours of warm up time To take accurate measurements it is essential to take out any drift that might occur a Calibrate the Peak Power Sensor as described in the applicable Power Meter Operation and Maintenance manual b Place the peak sensor into the CW mode c Set the power meter to display power in linear units mW d Set Averaging to 4 e Set the CW frequency to 50 MHz 2 Start with no...

Page 53: ...d an additional 10 dB of attenuation between the coupler and the Peak Power Sensor and repeat Steps 3 through 9 filling in the 10 dB through 40 dB through 30 dB in Peak Mode attenuation rows of the data sheet On these rows add the current linearity error to the accumulated linearity error in the row above Verify that this accumulated error is less than the specified values given on the data sheet ...

Page 54: ...1 mS Delay Offset 0 mS NOTE If the sensor under test is has an external attenuator remove it before connecting to the sensor to the RF source Figure 4 9 Detector Output and Trigger Level Setup 4 4 1 Detector Output Test Leave the test setup as shown in Figure 4 9 Connect the 1 MΩ oscilloscope input to the Detector Output Verify that the pulse has an amplitude of approximately 200 mV peak to peak f...

Page 55: ... ON NOTE Applies to 80351A 80352A or 80355A sensors only 1 Remove the attentuator before connecting the sensor to the pulse source Do not exceed 23 dBm peak input power to the sensor 2 Set the Pulse Sensor trigger to Internal and sample delay to 1 ms 3 Select the appropriate table on the datasheet based on the model number of the sensor being tested 4 Set the sensor trigger level to 15 dBm for the...

Page 56: ... a frequency width counter and measure the pulse width of the SAMPLE DELAY output at the settings listed in Table 6 The sample delay measurements in the chart are referenced at 1 7 V Table 6 Sample Delay Limits Delay Setting Lower Limit Upper Limit 20 ns 10 ns 30 ns 60 ns 40 ns 110 ns 1 µs 900 ns 1100 ns 10 µs 9 µs 11 µs 100 µs 90 µs 110 µs 1 ms 900 µs 1100 µs 100 ms 90 ms 110 ms 5 Record the test...

Page 57: ...1 Linearity Error 3 Linearity Specification 2 Accumulated Linearity Error 0 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB Same as Lin error above 10 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB 20 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB 30 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB 40 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 ...

Page 58: ... Reading Ratio 1 Linearity Error 3 Linearity Specification 2 Accumulated Linearity Error 0 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB Same as Lin error above 10 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 0 17 dB 20 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 4 5 0 20 dB 30 dB 10 00 mW 0 25 P1 R1 P1 P2 R1 R2 1 0 mW 0 025 P2 R2 9 0 37 dB Notes 1 Linearity ...

Page 59: ...ting dBm Pulsed Input Level dBm Meter Trigger State Pass Fail 15 0 Triggered Pass Fail 15 20 Not Triggered Pass Fail 10 0 Triggered Pass Fail Table 9 80352A 80355A Trigger Verification Trigger Level Setting dBm Pulsed Input Level dBm Meter Trigger State Pass Fail 25 0 Triggered Pass Fail 25 20 Not Triggered Pass Fail 20 0 Triggered Pass Fail Table 10 External Trigger Verification Trigger Level Set...

Page 60: ...er Limit Measured Pass Fail 20 ns 10 30 ns Pass Fail 60 ns 40 110 ns Pass Fail 1 µs 900 1100 ns Pass Fail 10 µs 9 11 µs Pass Fail 1 ms 900 1100 µs Pass Fail 100 ms 90 110 ms Pass Fail Series 8035XA Peak Power Sensors 4 10 Manual 21568 Rev F March 2008 ...

Page 61: ...the delay triggered mode by pressing MENU step to PEAK SNSR SETUP ENTER A or B ENTER EXT 1 7 ENTER Set Delay to 1µs ENTER Set Delay Offset to 0 00 ENTER 2 The 8541 2 will read the settled power of the pulse approximately 10 mW 3 Press REL 4 Increase the delay of the pulse generator to 900 ns Vary the delay until the maximum power is found Subtract 100 from this number to calculate the overshoot 5 ...

Page 62: ...lsed 1 GHz waveform of about 0 dBm for troubleshooting to trace the signal through the sensor The waveform should have a rep rate of about 1 kHz pulse width about 100 µs to start INT trigger at 20 dBm and delay 0 At times it may be required to carefully check voltages at IC pins Since the PC boards are surface mount careless probing can short two pins break leads damage boards and in extreme cases...

Page 63: ...eing present 5 2 1 Will not calibrate zero 5 2 2 INTernal will not trigger or level error 5 2 3 EXTernal will not trigger or level error 5 2 4 Delay error 5 2 5 In these procedures the component prefix A1 designates parts located on the Analog PC Board The prefix A2 is for parts located on the Digital PC Board Voltage levels at Monitor Out and at test points are approximate These values vary from ...

Page 64: ...ld be checked for oscillation especially if drifting occurs NOTE Over score indicates a logic NOT condition 1 Check for a signal present at MONITOR OUT or A1TP9 Should be near 0 mV with no signal input and about 3 Vdc at 20 dBm No Check as appropriate A1TP4 then A1TP5 or A1TP3 A1TP1 and A1TP2 Replace as required as isolated by test points and supply tests A1U3 A1U4 or A1U5 Yes Continue to Step 2 2...

Page 65: ... that requirement If the DAC appears not to program check A1CR1 before checking the DATA 4 timing or replacing the IC 1 Set the trigger level to 20 dBm Check the voltage at A1TP8 4 Vdc No A1CR1 A1U6 A1U8 A1R12 or A1C25 bad Yes Continue to Step 2 2 Set the trigger level to 30 dBm Check the voltage at A1TP8 0 1 Vdc No A1U6 A1U8 A1R12 or A1C25 bad Yes Continue to Step 3 3 Check for pulses about 4 2 V...

Page 66: ...LE DELAY output pulse This signal is about 40 ns wider than the delay setting For the first line of the table below verify that each step is about 25 ns wider than the previous step All of the components listed in Table 5 2 are located on the Digital A2 board Table 5 2 Digital Board Components and Signals Signal Comp Signal Comp Signal Comp Signal Comp 0 ns U13 25 ns U13 50 ns U13 75 ns U5 200 ns ...

Page 67: ...or element and remove the leads from the holes in the PC board Straighten the leads 3 Remove the two PC boards 4 Unscrew the sensor housing assembly from the cap assembly Use the wrench flats on the Housing Assembly which are located closest to the cap assembly to remove the Housing Assembly The sensor element will stay attached to the Housing Assembly If the Spring Washers fall out when the senso...

Page 68: ...ins static sensitive components Use proper techniques including wrist straps anti static mats tools soldering irons desoldering tools and proper non static clothing Refer to the diagram on page 7 3 1 Make sure that the sensor element leads are straight Screw the sensor housing assembly into the cap assembly Be very careful not to damage the leads of the Element 2 Place the element leads onto the p...

Page 69: ...G 7 21469 1 58900 21469 SLEEVE 8 21470 1 58900 21470 PLATE HOUSING END 9 21484 1 58900 21484 LABEL 80350A 18GHZ 10 HIWP 00250 4 06383 T25N M 25 OD SPIRAL WRAP 11 AT00 00007 1 06915 HRT 1 SPIRAL WRAPPING TOOL 12 21568 1 58900 21568 MANUAL 80350A 13 21569 1 58900 21569 PSD MDL 80350A SENSOR 14 21575 1 58900 21575 SCD MDL 80350A SENSOR 15 60338 REF 58900 60338 8035x SERIES TEST PROC 16 32114 1 32114 ...

Page 70: ... 1 06915 HRT 1 SPIRAL WRAPPING TOOL 13 21568 1 58900 21568 MANUAL 80350A 14 21570 1 58900 21570 PSD MDL 80351A SENSOR 15 21576 1 58900 21576 SCD MDL 80351A SENSOR 16 60338 REF 58900 60338 8035x SERIES TEST PROC 101 HWSS 20200 2 58900 HWSS 20200 2 X 1 8 SPLIT LOCK 102 HBFP 25604 2 58900 HBFP 25604 2 56 X 1 4 FLAT 103 HBPP 25608 2 58900 HBPP 25608 2 56 X 1 2 PAN A1 21350 1 58900 21350 PCB ASSY ANALO...

Page 71: ... AT00 00007 1 06915 HRT 1 SPIRAL WRAPPING TOOL 13 21568 1 58900 21568 MANUAL 80350A 14 21571 REF 58900 21571 PSD MDL 80352A SENSOR 15 21577 REF 58900 21577 SCD MDL 80352A SENSOR 16 60338 REF 58900 60338 8035x SERIES TEST PROC 101 HWSS 20200 2 58900 HWSS 20200 2 X 1 8 SPLIT LOCK 102 HBFP 25604 2 58900 HBFP 25604 2 56 X 1 4 FLAT 103 HBPP 25608 2 58900 HBPP 25608 2 56 X 1 2 PAN A1 21350 1 58900 21350...

Page 72: ...NG TOOL 12 21568 1 58900 21568 MANUAL 80350A 13 21572 1 58900 21572 PSD MDL 80353A SENSOR 14 21578 1 58900 21578 SCD MDL 80353A SENSOR 15 60338 REF 58900 60338 8035x SERIES TEST PROC 101 HWSS 20200 2 58900 HWSS 20200 2 X 1 8 SPLIT LOCK 102 HBFP 25604 2 58900 HBFP 25604 2 56 X 1 4 FLAT 103 HBPP 25608 2 58900 HBPP 25608 2 56 X 1 2 PAN A1 21350 1 58900 21350 PCB ASSY ANALOG A2 21353 1 58900 21353 PCB...

Page 73: ...OD SPIRAL WRAP 11 AT00 00007 1 06915 HRT 1 SPIRAL WRAPPING TOOL 12 21568 1 58900 21568 MANUAL 80350A 13 21573 REF 58900 21573 PSD MDL 80354A SENSOR 14 21579 REF 58900 21579 SCD MDL 80354A 15 60338 REF 58900 60338 8035x SERIES TEST PROC 101 HWSS 20200 2 58900 HWSS 20200 2 X 1 8 SPLIT LOCK 102 HBFP 25604 2 58900 HBFP 25604 2 56 X 1 4 FLAT 103 HBPP 25608 2 58900 HBPP 25608 2 56 X 1 2 PAN A1 21350 1 5...

Page 74: ...0 60338 8035x SERIES TEST PROC 101 HWSS 20200 2 58900 HWSS 20200 2 X 1 8 SPLIT LOCK 102 HBFP 25604 2 58900 HBFP 25604 2 56 X 1 4 FLAT 103 HBPP 25608 2 58900 HBPP 25608 2 56 X 1 2 PAN A1 21350 1 58900 21350 PCB ASSY ANALOG A2 21353 1 58900 21353 PCB ASSY DIGITAL A3 15183 1 58900 15183 TYPE N 18 5GHZ DET HSG ASSY A4 21471 1 58900 21471 SENSOR HOUSING ASSY A5 21563 1 58900 21563 DET ELEMENT UNTESTED ...

Page 75: ... 283XX 0 04569 N304 736 3 28 GA PVC COLOR 3 10 WSPC 284XX 0 04569 N304 736U 4 28 GA PVC COLOR 4 11 WSPC 285XX 0 04569 N304 736U 5 28 GA PVC COLOR 5 12 WSPC 286XX 0 29005 1061 28 7 36 6 28 GA PVC COLOR 6 13 WSPC 287XX 0 29005 1061 28 7 36 7 28 GA PVC COLOR 7 17 21467 1 58900 21467 HOUSING 18 16939 001 REF 58900 16939 001 THREAD LOCKING ADHESIVE MLID J1 20248 1 58900 20248 MOD CONN RCPT AUDIO 14 CON...

Page 76: ...NTALUM SMT C58 CK50 00470 1 04222 08055A470JATMA 47PF COG CHIP CERAMIC C59 CK50 00470 1 04222 08055A470JATMA 47PF COG CHIP CERAMIC C63 CK50 00470 1 04222 08055A470JATMA 47PF COG CHIP CERAMIC C66 CK50 00047 1 72982 GRH708C0G4R7D200AL 4 7PF COG CHIP CERAMIC C67 CK50 00047 1 72982 GRH708C0G4R7D200AL 4 7PF COG CHIP CERAMIC C68 CK50 00047 1 72982 GRH708C0G4R7D200AL 4 7PF COG CHIP CERAMIC C70 CK50 03100...

Page 77: ... 11000 1 65940 MCR10EZFHFX1001 1 00K OHM 1 FILM SMT R105 RK45 02430 1 RK73H2AT2430F 243 OHM 1 FILM SMT R106 RK45 11000 1 65940 MCR10EZFHFX1001 1 00K OHM 1 FILM SMT R107 RK45 01000 1 RK73H2AT1000F 100 OHM 1 FILM SMT R108 RK45 00499 1 RK73H2AT49R9F 49 9 OHM 1 FILM SMT R109 RK45 00499 1 RK73H2AT49R9F 49 9 OHM 1 FILM SMT R110 RK45 00499 1 RK73H2AT49R9F 49 9 OHM 1 FILM SMT R111 RK45 00499 1 RK73H2AT49R...

Page 78: ...3 C0805C103K5RAC 01 UF X7R CHIP C14 CK50 03100 1 31433 C0805C103K5RAC 01 UF X7R CHIP C15 CK50 03100 1 31433 C0805C103K5RAC 01 UF X7R CHIP C16 CK50 03100 1 31433 C0805C103K5RAC 01 UF X7R CHIP C17 CK50 03100 1 31433 C0805C103K5RAC 01 UF X7R CHIP C18 CK50 03100 1 31433 C0805C103K5RAC 01 UF X7R CHIP C25 CK50 00470 1 04222 08055A470JATMA 47PF COG CHIP CERAMIC C26 CK50 03100 1 31433 C0805C103K5RAC 01 UF...

Page 79: ...10EZFHFX1001 1 00K OHM 1 FILM SMT R46 RK45 21000 1 RK73H2AT1002F 10 0K OHM 1 FILM SMT RT1 RTC2 21000 1 56866 QTMC 14 10 K OHM THERMISTOR U1 UTD0 01636 1 04713 MC74ACT163D 74ACT163D BIN COUNTER SMT U2 UTD0 01642 1 04713 MC74HC164D MC74HC164D SHIFT REGISTER U3 21526 1 58900 21526 DELAY LINE ASSY U4 UTD0 00102 1 58900 UTD0 00102 74HC10D 3 INPUT NAND SMT U5 UTD0 01636 1 04713 MC74ACT163D 74ACT163D BIN...

Page 80: ...Salem St Medford MA 9Y422 AIR Air Filtration Products Inc 707 N Main Ave Tucson AZ 52750 ALAN Alan Industries 745 Greenway Dr Columbus IN 56563 ALATEC Alatec Products 21123 Nordhoff St Chatsworth CA ALCO Alco Electronics Products Inc 1551 Osgood St North Andover MA 0EUK7 ALLAME All American Transistor Corp 369 VanNess Wy Torrance CA 01121 ALLEN Allen Bradley Co 1201 S Second St Milwaukee WI ALLIED...

Page 81: ...3150 BEAU Beau Interconnect 4 Aviation Dr Gilford NH 5Y491 BECKMA Beckman Industrial 4141 Palm St Fullerton CA 16428 BELDEN Belden Corp 350 NW N St Richmond IN 55285 BERQUI Berquist Co Inc 5300 Edina Industrial Blvd Minneapolis MN 0Y1C7 BIPOLA Bipolarics Inc 108 Albright Wy Los Gatos CA 32559 BIVAR Bivar Inc 4 Thomas St Irvine CA 71034 BLILEY Bliley Electric Co 2545 W Grandview Blvd Erie PA 32997 ...

Page 82: ...omptec International LTD 7837 Custer School Rd Custer WA 18310 CONCOR Concord Electronics Corp 30 Great Jones St New York NY 08MU3 CONDUC Conductive Rubber Technology Inc 22125 17th Ave Bothell WA 26923 CONTRO Control Master Products 1062 Shary Cr Concord CA 05245 CORCOM Corcom Inc 1600 Winchester Rd Libertyville IL 14655 CORNEL Cornell Dublier Electronics 1605 E Rodney French Blvd New Bedford MA ...

Page 83: ...ternational P O Box 5052 Alameda CA 33246 EPOTEK Epoxy Technology Inc 14 Fortune Dr Billerica MA 0HAF7 EPSON Epson America Inc 20770 Madrona Ave Torrance CA 72982 ERIE Erie Technological 645 W Eleventh St Erie PA 8B808 EVAPOR Evaporated Coatings Inc 2365 Maryland Rd Willow Grove PA 65964 EVOX Evox Rifa Inc 100 Tri State International Lincolnshire IL 52063 EXAR Exar Integrated Systems 2222 Qume Dr ...

Page 84: ...ission St Santa Cruz CA 4J532 IOTECH IOtech Inc 25971 Cannon Rd Cleveland OH 71468 ITT CA ITT Cannon Electric 666 E Dyer Rd Santa Anna CA 98291 ITT SE ITT Cannon RF Products 585 E Main St New Britain CT 05276 ITT PO ITT Pomona Electronics 1500 E Ninth St Pomona CA 31918 ITT SH ITT Schadow Inc 8081 Wallace Rd Eden Prarie MN 04426 ITW SW ITW Switches 6615 W Irving Pk Rd Chicago IL 51705 ICO RL Ico R...

Page 85: ...ox 1448 Nogales AZ 34333 LINFIN LinFinity Microelectronics Inc 11861 Western Ave Garden Grove CA 64155 LIN TE Linear Technology Corp 1630 McCarthy Blvd Milpitas CA 75915 LITTLE Littelfuse Tracor Inc 800 E Northwest Hwy Des Plaines IL 93459 LUCAS Lucas Weinschel Inc 5305 Spectrum Dr Frederick MD 0C7W7 MPULSE M Pulse Microwave 576 Charcot Ave San Jose CA 96341 M A CO M A Com 1011 Pawtucket Blvd Lowe...

Page 86: ...ll Rd Phoenix AZ 0YP31 MULTIC Multicore Solders 1751 Jay Ell Dr Richardson TX 72982 MURATA Murata Erie N America 645 W 11th St Erie PA 4T165 NEC NEC Electronics USA Inc 401 Ellis Street Mountain View CA NIC NIC 0D1M6 NMB NMB Technologies Inc 9730 Independence Ave Chatsworth CA 7T184 NTE NTE ELectronics 44 Farrand St Bloomfield NJ 60583 NARDA Narda Microwave Corp 11040 White Rock Rd Ste 200 Rancho ...

Page 87: ...Inc 6455 Lusk Blvd San Diego CA 56866 QTI Quality Thermistor Inc 2147 Centurion Pl Boise ID RFMICR R F Micro Devices Inc 7625 Thorndike Rd Greensboro NC 55566 RAF EL RAF Electronic Hardware 95 Silvermine Rd Seymour CT 53387 RICHO Richo Inc 5825 N Tripp Ave Chicago IL 53387 RLCU00 RLC Elect C O Dura 21710 Stevens Creek Bldg 240 Cupertino CA 0GP12 RADIAL Radiall Inc 150 Long Beach Blvd Stratford CT ...

Page 88: ...ra St Santa Barbara CA 24931 SPECIA Speciality Connector Co Inc 2100 Earlywood Dr Franklin IN 56289 SPRAGU Sprague Electric Co 68 Main St Sanford ME 51791 STATEK Statek Corp 512 N Main St Orange CA 0GAA9 STATIC Static Control Components 330 Wicker St Sanford NC 0KA21 STETCO Stetco Inc 3344 Schierhorn Ct Franklin Park IL 57771 STIMPS Stimpson Co 900 Sylvan Ave Bayport NY 29005 STORM Storm Products ...

Page 89: ...rings FL 53387 VPR VPR 27802 VECTRO Vectron Laboratories Inc 166 Gover Ave Norwalk CT 95275 VITRAM Vitramon Inc 10 Rte 25 Monroe CT 18736 VOLTRO Voltronics Corp 100 10 Ford St Denville NJ 53387 WARDBA Ward Bagby 1360 Piper Dr Milpitas CA 66579 WAFER WaferScale Integration 47280 Kato Rd Fremont CA 00443 WAVELI Waveline Inc 160 Passaic Ave Fairfield NJ 0AN50 WESTEC Westec Plastics Corp 2044 Concours...

Page 90: ...Series 8035XA Peak Power Sensors 6 22 Manual 21568 Rev F March 2008 ...

Page 91: ...8 Rev F March 2008 7 1 7 Diagrams 7 1 Introduction This chapter contains assembly drawings and circuit schematics for the Series 8035XA Peak Power Sensors Parts Lists for all assemblies are contained in Chapter 6 ...

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Page 108: ...35XA Peak Power Sensors 7 2 Manual 21568 Rev F March 2008 Special 11 x 17 landscape diagrams schematics follow this page continuing Chapter 7 of the Series 8035XA Peak Power Sensors Operation Maintenance manual ...

Page 109: ...alues 2 17 Setting Delays 2 16 Setting Trigger Modes 2 15 I INTernal 5 5 L List of Manufacturers 6 12 M Maintenance Diagrams 7 1 Dissembly of the Sensor 5 7 Reassembly of the Sensor 5 8 Replacing the Sensor Element 5 7 Rise Time Adjustments 5 1 Sensor Element Replacement 5 7 Troubleshooting 5 2 Zero Adjustment 5 2 Measuring 3 dB Pulse Width 2 14 Measuring Pulse Droop 2 13 Measuring Rise Time 2 15 ...

Page 110: ...Element Replacement 5 7 Dissembly of the Sensor 5 7 Reassembly of the Sensor 5 8 Replacing the Sensor Element 5 7 Sensor Not Present 5 4 Sensor Triggering 2 5 Setting 2 10 Setting Delays 2 16 Setting Sample Delay 2 8 Setting Sample Delay Offset 2 10 Setting Trigger Modes 2 15 Single Peak Sample Measurements 2 10 Special Configurations 1 xi Specifications 1 2 Performance Specifications 1 3 T Theory...

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