* MLMS Main Test Menu Final Test Data Summary *

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1 ***** MLMS Main Test Menu Final Test Data Summary ***** Time: 9:35:57 AM Date: 10/17/2016 Frequency Step Size: MHz External 100 MHz PLL Reference Frequency: 10.0 MHz Maximum RF Level (Min.): 11.0 dbm Maximum RF Level (Max.): 20.0 dbm Minimum Operating Temperature: 0 Degrees C. Maximum Operating Temperature: 60 Degrees C. MLMS Firmware Version: 2.0 Sep MLWI Sales Order #: 21*003D MLWI Outline Drawing #: A Final Test Data Check Point Status: Config data file backup = Coarse Cal file = Fine Cal file = Frequency Lock test file = RF Max Power test file = Harmonics test file = Random Spur test file = Switching Speed test file = Phase Noise test file = NOVO Locked = Unit Health = Xtal SN Exists = Last Self Test = Full Cal Status = Coarse Cal = Fine Cal = PLL Locked Status = MLWI Job # = MLWI Drawing # = Current Self Test Run = - Unit is Ready to Ship Label unit per outline drawing listed above. Fill out all paperwork and submit to QA for inspection. Copy all paperwork to include in shipping box. SHIPPING CHECKLIST: Check box 1. Labeled unit with SMA connector protectors installed 2. USB cable (1 per unit) 3. MLMS support CD Rom (1 per lot) 4. J1 mating connector (1 per unit) 5. J1 connector pins (9 per unit) 6. MLMS quick start guide (1 per lot) 7. Copy of completed C of C 8. Copy of test data packet (1 per unit) 9. Copy of outline drawing (1 per unit) 10. Copy of completed Packing list (1 per unit) Notes: Place labeled unit into anti-static pouch. Place CD and USB cables in a separate large anti-static pouch. Staple bags with J1 mating items to paperwork. Box and ship product. Initials: Date:

2 ***** Frequency Lock Test from MHz to MHz in 10 MHz Steps ***** Time: 8:49:38 AM Date: 10/17/2016 Temperature: +34.1C Deg. C NOVO State: UnLocked Power Supply Spec: +5.0 VDC +/ < 550 ma Power Supply Spec: VDC +/ < 350 ma Accuracy Tested to: +/ MHz Begin Frequency Lock Test from MHz to MHz in 10 MHz Steps Total Frequency Errors: 0 Finish Time: 8:50:05 AM Begin Random Frequency Lock Test from MHz to MHz (1000 Frequencies) Total Ramdom Frequency Errors: 0 Finish Time: 8:50:55 AM Internal Power Supply Voltage Readings: +2.5V = +2.5V +3.3V = +3.2V +5.0V = +5.1V -5.0V = -5.0V +6.75V = +6.7V +13.5V = +13.4V 100 MHz PLL V = +1.7V YIG PLL V = +7.3V External Power Supply Voltage and Current Readings: +5.0 VDC Voltage = 5.002V +5.0 VDC Current = 529mA VDC Voltage = V VDC Current = 298mA Finish Time: 8:50:57 AM Total Errors: 0

3 Model #: MLMS-0260B Serial #: 0006 Min Power: 11 dbm Max Power: 20 dbm Temp. : +34.9C Deg. Date: Time: 09:17:26 Status = Maximum RF Output Power vs. Frequency Frequency, MHz Max Leveled Pwr: Yes dbm Min Leveled Pwr: N/A dbm Leveled Pwr Set: Max dbm Level Flatness Spec: +/-2.0 db

4 ***** Harmonic Test from MHz to MHz in 100 MHz Steps ***** Time: 9:31:00 AM Date: 10/14/2016 Minimum Frequency: MHz Maximum Frequency: MHz Current Unit Temperature: +36.8C Deg. C Harmonic Spec Level (In Band): -8.0 dbc Frequency Level Harm # Status 250 MHz -10 dbc 3 PASS 350 MHz -10 dbc 3 PASS 450 MHz -11 dbc 3 PASS 550 MHz -11 dbc 3 PASS 650 MHz -11 dbc 3 PASS 750 MHz -12 dbc 3 PASS 850 MHz -12 dbc 3 PASS 950 MHz -12 dbc 3 PASS 1050 MHz -13 dbc 3 PASS 1150 MHz -13 dbc 3 PASS 1250 MHz -13 dbc 3 PASS 1350 MHz -13 dbc 3 PASS 1450 MHz -13 dbc 3 PASS 1550 MHz -13 dbc 3 PASS 1650 MHz -14 dbc 3 PASS 1750 MHz -15 dbc 3 PASS 1850 MHz -15 dbc 3 PASS 1950 MHz -17 dbc 3 PASS 2050 MHz -16 dbc 2 PASS 2150 MHz -15 dbc 2 PASS 2250 MHz -15 dbc 2 PASS 2350 MHz -15 dbc 2 PASS 2450 MHz -15 dbc 2 PASS 2550 MHz -16 dbc 2 PASS 2650 MHz -17 dbc 2 PASS 2750 MHz -16 dbc 2 PASS 2850 MHz -15 dbc 2 PASS 2950 MHz -15 dbc 2 PASS 3050 MHz -14 dbc 2 PASS 3150 MHz -14 dbc 2 PASS 3250 MHz -14 dbc 2 PASS 3350 MHz -14 dbc 2 PASS 3450 MHz -14 dbc 2 PASS 3550 MHz -13 dbc 2 PASS 3650 MHz -14 dbc 2 PASS 3750 MHz -14 dbc 2 PASS 3850 MHz -13 dbc 2 PASS 3950 MHz -13 dbc 2 PASS 4050 MHz -13 dbc 2 PASS 4150 MHz -13 dbc 2 PASS 4250 MHz -16 dbc 2 PASS 4350 MHz -18 dbc 2 PASS 4450 MHz -23 dbc 2 PASS 4550 MHz -23 dbc 3 PASS 4650 MHz -24 dbc 3 PASS 4750 MHz -25 dbc 3 PASS 4850 MHz -25 dbc 2 PASS 4950 MHz -23 dbc 2 PASS 5050 MHz -22 dbc 2 PASS 5150 MHz -21 dbc 2 PASS 5250 MHz -20 dbc 2 PASS 5350 MHz -20 dbc 2 PASS 5450 MHz -22 dbc 2 PASS 5550 MHz -23 dbc 2 PASS 5650 MHz -24 dbc 2 PASS 5750 MHz -25 dbc 2 PASS 5850 MHz -27 dbc 2 PASS 5950 MHz -29 dbc 3 PASS Number of Failures: 0 Finish Time: 9:40:28 AM Harmonic Readings complete

5 ***** Random Spur Test from MHz to MHz ***** Time: 2:48:51 PM Date: 10/14/2016 Analyzer Frequency Span Tested: 2 khz to 2000 MHz - or Max span = 1.9 * CF if <=1000 MHz Spur Level Spec <=: dbc Number of Frequencies Tested: 25 Temperature: +33.6C Deg. C NOVO State: UnLocked Random Frequency Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Frequency Tested = MHz Status Total Spur Errors: 0 Finish Time: 3:21:06 PM Test Completed

6 ***** Switching Speed Test from to MHz in MHz & Full Band Steps ***** Time: 1:38:36 PM Date: 10/14/2016 Current Unit Temperature: +33.8C Deg. C Switching Speed Spec: For a 100 MHz Step: 1.0 ms For a 1000 MHz Step: 2.0 ms For a Full Band Step: 3.0 ms For 25 Random Jumps - Max Time Range: 1.0 to 3.0 ms Frequency Step Meas. Speed Status 100 MHz Step Up = 1.0 ms 100 MHz Step Down = 1.3 ms 1000 MHz Step Up = 1.0 ms 1000 MHz Step Down = 0.9 ms Full band Step Up = 1.6 ms Full band Step Down = 2.0 ms Frequency Step (MHz) Step Size (MHz) Meas. Speed Status Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Random Jump From To ms Number of Failures: 0 Finish Time: 1:48:25 PM Switching Speed Readings complete

7 ***** Phase Noise Test from MHz to MHz in 250 MHz Steps ***** Time: 9:00:59 AM Date: 10/17/2016 Number of Frequencies Tested: 24 Current Loop Gain (LG) Setting: Current Unit Temperature: +32.9C Deg. C Phase Noise 100 Hz = khz = khz = khz = MHz = MHz = -150 dbc/hz Measured: Frequency 100 Hz 1 khz 10 khz 100 khz 1 MHz 10 MHz Status RF Power dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm Number of Failures: 0 Finish Time: 9:10:20 AM Phase Noise Readings Complete

HMC7053. Block Upconverters. Typical Applications. General Description. Features. Functional Block Diagram. Satellite communications.

HMC7053. Block Upconverters. Typical Applications. General Description. Features. Functional Block Diagram. Satellite communications. Typical Applications Satellite communications Commercial Features Compact Design Dual L Band Inputs Dual Upconversion to ensure no phase inversion SMA(F) Input Connectors K(F) Output Connector Digital