26E-112ABC-RF Purchase Description Rev 3 DRAFT.pdf

PURCHASE DESCRIPTION

FOR

Signal Generator

26E-112A-RF/26E-112B-RF/26E-112C-RF

1.0 SCOPE:

AFMETCAL is seeking to purchase Signal Generators for its Precision Measurement Equipment Laboratories (PMEL’s) and Air Force Primary Standards Laboratory (AFPSL). This Signal Generator is used in conjunction with the Microwave Measuring Receiver (MMR) as the Microwave Measurement System (MMS) to calibrate: Attenuators (Stick & Step), Power Splitters, Directional Couplers, Various Test Sets, and Spectrum Analyzers.

Frequency Configuration Overview: This purchase description is organized into three distinct sections, each representing a unique frequency range configuration tailored to the specific calibration needs of the Air Force's Precision Measurement Equipment Laboratories (PMELs).

1.1 Historical Background: This procurement seeks to replace the Signal Generator purchased in 2006 for the MMS system.

2.0 PERFORMANCE REQUIREMENTS:

2.1. 50 GHz Signal Generator (26E-112A-RF)

2.1.1. Frequency Range: The Signal Generator output frequency must be as defined in the specification requirements below:

2.1.1.1. Frequency: 100 kHz to 50 GHz

2.1.1.2. Frequency Resolution: ≤ 1 Hz

2.1.2. Connector Type: Precision 2.4 mm male or precision 1.85mm male, as preferred by the vendor.

2.1.3. 10 MHz Time Base Reference Output: The Signal Generator shall have a reference time base with the specified parameters below.

2.1.3.1. The Signal Generator shall provide a 10 MHz REF OUTPUT used to phase lock other TMDE to the Signal Generator.

2.1.3.2. The Signal Generator shall provide for a 10 MHz REF INPUT.

2.1.3.3. Reference Oscillator Range: 10 MHz

2.1.3.4. Aging/day: ≤ 1.0 X 10-8

2.1.4. Output Power: The Signal Generator leveled output power must be as defined in the specification requirements below:

2.1.4.1. ≥ 7dBm @ ≥ 100 kHz to ≤ 50GHz

2.1.4.2. Level Accuracy: ± 1.0 dB

2.1.5. Output Power Step Attenuator: The Signal Generator output power step attenuator adjustment must be as defined in the specification requirements below:

2.1.5.1. Maximum Output Leveled Power: ≥ 12 dBm @ 100 kHz to 50 GHz

2.1.5.2. Minimum Output Leveled Power: ≤ -120 dBm @ 100 kHz to 50 GHz

2.1.6. Spectral Purity: The Signal Generator harmonics and spurious signal content must be as defined in the specification requirements below:

2.1.6.1. Worst Case Harmonics in CW mode @ 10 MHz to 50 GHz: -40 dBc

DRAFT

2.1.6.2. Worst Case Spurious in CW mode @10 MHz to 50 GHz: -40 dBc

2.1.7. Sweep (Ramp Sweep): The Signal Generator shall provide an analog ramp sweep function. The Signal Generator shall provide a synthesized frequency sweep start/stop and center/span. The Signal Generator shall provide an amplitude power sweep start/stop. The Signal Generator shall provide for a Manual sweep function. The Signal Generator shall also have a Sweep Output BNC female connector as defined by the contractor. The Maximum Sweep Rate, Frequency Accuracy, Sweep Time, Trigger, and Markers shall be defined by the contractor. All Signal Generator sweep function parameters shall be capable of being controlled via the IEEE 488 bus.

2.1.8. Trigger Output: The Signal Generator shall provide a trigger output synchronization pulse used to trigger/sync the MMR during swept output mode. The Trigger Output shall be a BNC female connector as defined by the contractor.

2.1.9. Internal Pulse Modulation: The Signal Generator internal pulse modulation must be as defined in the specification requirements below:

2.1.9.1. Frequency Range: 10 MHz to 50 GHz

2.1.9.2. On/Off Ratio: 80 dB

2.1.9.3. Rise/Fall Time: ≤ 10ns

2.2. 26.5 GHz Signal Generator (26E-112B-RF)

2.2.1. Frequency Range: The Signal Generator output frequency must be as defined in the specification requirements below:

2.2.1.1. Frequency: 100 kHz to 26.5 GHz (allowable up to 33 GHz)

2.2.1.2. Frequency Resolution: ≤ 1 Hz

2.2.2. Connector Type: Precision 3.5 mm, male

2.2.3. 10 MHz Time Base Reference Output: The Signal Generator shall have a reference time base with the specified parameters below.

2.2.3.1. The Signal Generator shall provide a 10 MHz REF OUTPUT used to phase lock other TMDE to the Signal Generator.

2.2.3.2. The Signal Generator shall provide for a 10 MHz REF INPUT.

2.2.3.3. Reference Oscillator Range: 10 MHz

2.2.3.4. Aging/day: ≤ 1.0 X 10-8

2.2.4. Output Power: The Signal Generator leveled output power must be as defined in the specification requirements below:

2.2.4.1. ≥ 7dBm @ ≥ 100 kHz to ≤ 26.5 GHz (allowable up to 33 GHz)

2.2.4.2. Level Accuracy: ± 1.0 dB

2.2.5. Output Power Step Attenuator: The Signal Generator output power step attenuator adjustment must be as defined in the specification requirements below:

2.2.5.1. Maximum Output Leveled Power: ≥ 12 dBm @ 100 kHz to 26.5 GHz (allowable up to 33 GHz)

2.2.5.2. Minimum Output Leveled Power: ≤ -120 dBm @ 100 kHz to 26.5 GHz (allowable up to 33 GHz)

2.2.6. Spectral Purity: The Signal Generator harmonics and spurious signal content must be as defined in the specification requirements below:

2.2.6.1. Worst Case Harmonics in CW mode @ 10 MHz to 26.5 GHz (allowable up to 33 GHz: -40 dBc

2.2.6.2. Worst Case Spurious in CW mode @ 10 MHz to 26.5 GHz (allowable up to 33 GHz: -40 dBc

2.2.7. Sweep (Ramp Sweep): The Signal Generator shall provide an analog ramp sweep function. The Signal Generator shall provide a synthesized frequency sweep start/stop and center/span. The Signal Generator shall provide an amplitude power sweep start/stop. The Signal Generator shall provide for a Manual sweep function. The Signal Generator shall also have a Sweep Output BNC female connector as defined by the contractor. The Maximum Sweep Rate, Frequency Accuracy, Sweep Time, Trigger, and Markers shall be defined by the contractor. All Signal Generator sweep function parameters shall be capable of being controlled via the IEEE 488 bus.

2.2.8. Trigger Output: The Signal Generator shall provide a trigger output synchronization pulse used to trigger/sync the MMR during swept output mode. The Trigger Output shall be a BNC female connector as defined by the contractor.

2.2.9. Internal Pulse Modulation: The Signal Generator internal pulse modulation must be as defined in the specification requirements below:

2.2.9.1. Frequency Range: 10 MHz to 26.5 GHz (allowable up to 33 GHz)

2.2.9.2. On/Off Ratio: 80 dB

2.2.9.3. Rise/Fall Time: ≤ 10ns

2.3. 18 GHz Signal Generator (26E-112C-RF)

2.3.1. Frequency Range: The Signal Generator output frequency must be as defined in the specification requirements below:

2.3.1.1. Frequency: 100 kHz to 18 GHz (allowable up to 20 GHz)

2.3.1.2. Frequency Resolution: ≤ 1 Hz

2.3.2. Connector Type: Precision N-Type, female

2.3.3. 10 MHz Time Base Reference Output: The Signal Generator shall have a reference time base with the specified parameters below.

2.3.3.1. The Signal Generator shall provide a 10 MHz REF OUTPUT used to phase lock other TMDE to the Signal Generator.

2.3.3.2. The Signal Generator shall provide for a 10 MHz REF INPUT.

2.3.3.3. Reference Oscillator Range: 10 MHz

2.3.3.4. Aging/day: ≤ 1.0 X 10-8

2.3.4. Output Power: The Signal Generator leveled output power must be as defined in the specification requirements below:

2.3.4.1. ≥ 7dBm @ ≥ 100 kHz to ≤ 18GHz (allowable up to 20 GHz)

2.3.4.2. Level Accuracy: ± 1.0 dB

2.3.5. Output Power Step Attenuator: The Signal Generator output power step attenuator adjustment must be as defined in the specification requirements below:

2.3.5.1. Maximum Output Leveled Power: ≥ 12 dBm @ 100 kHz to 18 GHz (allowable up to 20 GHz)

2.3.5.2. Minimum Output Leveled Power: ≤ -120 dBm @ 100 kHz to 18 GHz (allowable up to 20 GHz)

2.3.6. Spectral Purity: The Signal Generator harmonics and spurious signal content must be as defined in the specification requirements below:

2.3.6.1. Worst Case Harmonics in CW mode @ 10 MHz to 18 GHz (allowable up to 20 GHz): -40 dBc

2.3.6.2. Worst Case Spurious in CW mode @10 MHz to 18 GHz (allowable up to 20 GHz): -40 dBc

2.3.7. Sweep (Ramp Sweep): The Signal Generator shall provide an analog ramp sweep function. The Signal Generator shall provide a synthesized frequency sweep start/stop and center/span. The Signal Generator shall provide an amplitude power sweep start/stop. The Signal Generator shall provide for a Manual sweep function. The Signal Generator shall also have a Sweep Output BNC female connector as defined by the contractor. The Maximum Sweep Rate, Frequency Accuracy, Sweep Time, Trigger, and Markers shall be defined by the contractor. All Signal Generator sweep function parameters shall be capable of being controlled via the IEEE 488 bus.

2.3.8. Trigger Output: The Signal Generator shall provide a trigger output synchronization pulse used to trigger/sync the MMR during swept output mode. The Trigger Output shall be a BNC female connector as defined by the contractor.

2.3.9. Internal Pulse Modulation: The Signal Generator internal pulse modulation must be as defined in the specification requirements below:

2.3.9.1. Frequency Range: 10 MHz to 18 GHz (allowable up to 20 GHz)

2.3.9.2. On/Off Ratio: 80 dB

2.3.9.3. Rise/Fall Time: ≤ 10ns

2.4. Accessory Kit: Contains a set of metrology grade adapters used to connect the Signal Generator. It should contain the following adapters:

2.4.1. 18 GHz Accessory Kit (20E-102A-RF): A storage container to be included.

2.4.1.1. N-type (f) to APC-7, Qty 2

2.4.1.2. 18 GHz Cable, Type-N (m) to Type-N (m)

2.4.2. 33 GHz Accessory Kit (20E-102A-RF): A storage container to be included.

2.4.2.1. 3.5mm (f) to APC-7, Qty 2

2.4.2.2. 3.5mm (f) to Type-N (f), Qty 2

2.4.2.3. 3.5mm (f) to 3.5mm (f), Qty 2

2.4.2.4. 26.5 GHz Cable, 3.5mm (m) to 3.5mm (m)

2.4.3. 50 GHz Accessory Kit (20E-102B-RF): A storage container to be included. 1.85mm can be substituted in place of a 2.4mm connector.

2.4.3.1. 2.4mm (m) – APC 7mm, Qty 2

2.4.3.2. 2.4mm (f) – Type-N (f), Qty 2

2.4.3.3. 2.4mm (f) – APC 3.5mm (m), Qty 2

2.4.3.4. 2.4mm (f) – APC 3.5mm (f), Qty 2

2.4.3.5. 2.4mm (f) – 2.4mm (f), Qty 2

2.4.3.6. 50 GHz Cable, 2.4mm (m) to 2.4mm (m)

3.0 FUNCTIONAL REQUIREMENTS(26E-112A/B/C-RF):

3.1. Automated and Manual Control: The Signal Generator shall be able to be operated from a front panel and remotely. This includes both hard keys & touch screen displays.

3.1.1. Communications Interface: The Signal Generator shall be able to be controlled through a GPIB IEEE-488 interface, as well as any other peripherals as needed.

3.1.2. Automated Command Set: The contractor shall provide full command set and operating control codes.

3.2. Power: An assembled power cord of at least 6 feet in length for 110 to 120 volt operation shall be provided with each AC powered instrument. Each AC powered instrument shall have an AC power switch and a front panel indication when AC power is applied.

3.3. Warm up: The equipment shall meet all specifications contained in this Purchase Description after a warm-up time not to exceed 1 hour.

3.4. Time Base: The time base of the Signal Generator shall have the capability to be adjusted at the field level. Adjustment of the time base must be able to be accomplished in one of the following methods: a manual tweaker, through front panel control or through GPIB controller.

3.5. Rack Mounting: The Signal Generator shall also be optionally rack mountable into a standard 19-inch (483 mm) rack-mount frame.

3.6. Weight: The Signal Generator shall not exceed 75 pounds.

4.0 Commercial Warranty:

4.1. AFMETCAL is seeking a 10-year commercial warranty on the Signal Generator that will warrant the unit to be free from defects in workmanship, manufacturing, and design and will perform to or exceed specifications.

4.2. Operational Usage: The intended usage of this instrument is that it will operate in a laboratory environment. Its movement will be minimal, in that it will rarely leave the laboratory, most likely installed in a console. It will typically be powered on (possibly in standby mode) the majority of the time. The only time it won’t be powered up is during scheduled power outages.

5.0 PHYSICAL/MECHANICAL REQUIREMENTS:

5.1. Physical Size: W x H x D, ≤ 18.75 in x 24 in x 30 in

5.2. Weight: ≤ 70 pounds

5.3. Operating Temperature: 73° ± 6° f

5.4. Operating Humidity: 20 to 50 %

5.5. Metals: Metals shall be of the corrosion resistant type or suitably treated to resist corrosion due to atmospheric conditions likely to be met in storage, service or transportation. Dissimilar metals in intimate contact with each other should be kept to a minimum.

5.6. Protective Covers: All exposed connectors shall be protected by dust covers or caps.

6.0 Display Requirements:

6.1. The Signal Generator shall have a front panel display for operation.

7.0 SOFTWARE:

7.1. If software is used to make measurements for parameters in this purchase description, it shall be provided.

7.2. Software Identification: All software used in conjunction with instrument shall be identified by Name, Version, and Date; to be displayed upon startup or located in an “About” menu in the software.

7.3. All software must run under Microsoft Windows 10 (Professional operating system, (64bit, latest version release). All software must run Windows 10 as a non-elevated user.

7.3.1. AFMETCAL approval is needed if during the period of performance, the operating system should change from Windows 10.

7.3.2. All software provided under this contract shall be at the same version, revision and revision date at the completion of the contract

8.0 UNCERTAINTY ANALYSIS (26E-112A/B/C-RF): The total Absolute Uncertainty for all functions shall be the worst case Root-Square-Sum of Reference Standard absolute uncertainty, standard-deviation, stability, temperature/power coefficients (where applicable), all other system Type A and all other system Type B uncertainties are displayed in terms of Coverage Factor of two (k=2). All sources of uncertainty/error shall be included in the analysis. Any contractor caveat conditions or requirements to meet/perform an Absolute Uncertainty Analysis shall be clearly identified and documented by the contractor.

9.0 INTERCHANGEABILITY (26E-112A/B/C-RF): The first system shall be the same as the last system in terms of firmware, software, functionality, and configuration control. All replaceable assemblies, subassemblies, components, and parts of designated model provided under a single contractor or ordered from any one manufacturer shall be fully interchangeable without interference or degradation of performance.

10.0 SAFETY: The design, materials and manufacture of the Transconductance Amplifier shall follow the best commercial safety standards and practices to ensure that it is safe for the operator and maintenance personnel throughout the life of the equipment.

11.0 FIRMWARE (26E-112A/B/C-RF): When firmware or software upgrade is anticipated by the manufacturer during the life of this contract, the contractor shall contact AFMETCAL for approval. Contractor shall provide AFMETCAL documentation detailing the changes made to the revision/upgrade. If AFMETCAL concurs with the proposed upgrade all Signal Generators delivered under this contract shall be updated to this upgrade. All firmware or software provided under this contract shall be at the same version, revision and revision date at the completion of the contract.

12.0 LICENSING (26E-112A/B/C-RF): Where licensing issues apply to any part of the Signal Generator, such licensing and associated documents shall be obtained and provided by the contractor. Licenses shall not contravene federal law, federal procurement regulations, or the requirements of this acquisition.

13.0 ENVIRONMENT, SAFETY, AND OPERATIONAL HEALTH: A combination of the system manual, other documentation, and/or the system itself shall identify potential environment, safety and operational health hazards and how they are mitigated when the design itself cannot mitigate them. This will be accomplished through stating the hazard and accompanying mitigation through the use of safety devices, use of warnings, or use of special operational procedures to counter such hazards.

14.0 TESTING (26E-112A/B/C-RF): This item shall be inspected and tested at destination, as specified elsewhere in this contract. This item shall be checked with test equipment with parameters equal to or better than those required to assure that specified performance requirements are met. Test equipment used shall have first echelon certification directly traceable to a National Metrology Institute or other AFMETCAL approved equivalent laboratory when required. Tests shall be performed to assure the item meets the requirements of this purchase description. Such testing at destination does not relieve the contractor of performing all inspections and quality checks at the point of fabrication, as specified elsewhere in this contract, or as necessary, to ensure performance, as specified herein. In addition to all elements of this purchase description, all commercially published components provided with this system must, as a minimum, satisfy their commercially published performance specifications (and must be provided by the contractor).