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Attachment 3: Compliance Matrix
| Requirement |
| Description |
| Compliance (Yes or No) |
Electrical Configuration Factors
| R-EC-3.2.1 |
| The output frequency shall be one of 21 frequencies spaced by 25 MHz covering a range from 16.95 GHz to 17.45 GHz |
| R-EC-3.2.2 |
| The oscillator output frequency shall be selectable via a 5- bit digital control word with the characteristics specified in note 3.2.12.1 and digital values per TABLE A of the Technical Requirements Document. |
| R-EC-3.2.3 |
| The oscillator output power shall be within 1.5 dB of +12 dBm for all conditions of operation specified herein |
| R-EC-3.2.4 |
| The oscillator output power shall not vary by more than ±1.0dB over any 500 MHz bandwidth within the specified frequency range for all conditions of operation specified herein. |
| R-EC-3.2.5 |
| The oscillator output frequency shall settle to within 10 MHz of the desired output frequency (as per TABLE A) within 1.5 microseconds after a new frequency control word is made available. The spacing between any two settled frequencies shall be within ± 4 MHz of the desired multiple of 25 MHz |
| R-EC-3.2.6 |
| The oscillator output frequency shall not vary by more than 3 MHz, minimum to maximum, in the time interval from 1.5 microseconds to 1 millisecond relative to when the new frequency control word is made available. The oscillator shall be designed to meet all frequency stability and accuracy requirements specified herein for a minimum period of 5 years without requiring adjustment. |
| R-EC-3.2.7 |
| The oscillator phase noise shall be at least 60 dB below the carrier per hertz bandwidth for frequency offsets of 100 KHz or greater from the carrier. |
| R-EC-3.2.8 |
| All harmonically and non-harmonically related spurious signals shall be at least 50 dB below the carrier. Power supply ripple induced outputs shall be at least 50 dB below the carrier when the ripple has a peak to peak amplitude of 0.1% maximum and frequency components of up to 20 MHz. |
| R-EC-3.2.9 |
| The oscillator shall meet all specified requirements when connected to a load having a VSWR as high as 1.5:1 at any phase. |
| R-EC-3.2.10 |
| The oscillator shall meet all specified requirements when connected to a load having a VSWR as high as 1.5:1 at any phase. |
| R-EC-3.2.11 |
| The oscillator shall meet all specified requirements within 3 minutes after the application of all DC power. |
| R-EC-3.2.12 |
| The digital frequency control word shall be a 7 bit parallel TTL compatible signal. Each input line shall represent no more than 5 low power Schottky unit loads in either the low or high logic state. |
The oscillator shall operate with any combination of the following voltages:
A) +5 V @ 0.1 A MAX
B) +15 V @ 0.75 A MAX
C) -15 V @ 0.1 A MAX
Mechanical Configuration Factors
| R-MC-3.3.1 |
| The oscillator shall conform to the outline dimensions and configuration shown in Figure 1 of the Technical Requirements Document. |
| R-MC-3.3.2 |
| The weight of the oscillator shall be 2 lbs or less. |
| R-MC-3.3.3 |
| RF connector shall be type SMA female in accordance with MIL-C-39012. |
Power, ground, and digital control word input lines shall be brought into the unit through a multi-pin connector (J1) which shall be compatible with a type M24308/2-2 mating connector. The multi-pin connector pin assignments shall be in accordance with TABLE B. Spring latches, part number 95542-185200-177, shall be provided as shown in Figure 1 of the Technical Requirements Document..
| R-MC-3.3.4 |
| The oscillator will be mounted in an enclosed assembly and heat transfer will be via natural convection and conduction through the mounting surface. |
| R-MC-3.3.5 |
| The unit enclosure and all hardware shall be of corrosion resistant material or be treated with corrosion resistant finish. |
| R-MC-3.3.6 |
| Printed wiring board designs shall comply with IPC-D-275 Class 2 requirements. |
| R-MC-3.3.7 |
| All input and output connections shall be marked with jack numbers and function names. |
| R-MC-3.3.8 |
| The oscillator shall be permanently and legibly marked with the source control activity cage code, the notation, “SOCN”, and the source control part number per MIL-STD-130. Example: 95542SOCN189970. |
| R-MC-3.3.9 |
| Each unit shall be serialized beginning with the number 1000. |
Environmental Configuration Factors
| R-ENVC-4 |
| The unit shall meet or exceed all operational environmental conditions: |
Operating Environmental Conditions:
Temperature: -10° to +65° Humidity: 5% to 90% Altitude: 0 to 10,000 feet Non-Operating Environmental Conditions:
Temperature: -50° to +70° Humidity: 0% to 100% Altitude: 0 to 50,000 feet Shock: Per MIL-STD-810. Method 516, bench handling.
