Datasheet library
To download datasheets and view specs, click the arrow next to each model.
For customization info, please email info@dbcontrol.com.
Traveling Wave Tube Amplifiers (TWTAs)
S/C Band TWTAs
Specifications: 4-8 GHz, 3.7 kW pulsed, 6% duty cycle, rackmount configuration.
Applications: radars, ECM, EW threat simulation, test and measurement, antenna pattern and radar cross-section measurements
Specifications: 2-6 GHz, 325 Watts CW, rackmount configuration.
Applications: ECM transmitters, EW simulation, test and measurement, RFI susceptibility testing, EMC tests
I/J Band TWTAs
Specifications: 8-18 GHz, 2 kW pulsed, 5% duty cycle, rackmount configuration.
Applications: Radars, ECM, EW threat simulation, test and measurement, antenna pattern and radar cross-section measurements
Specifications: 6-18 GHz, 200 Watts CW.
Applications: ECM, EW simulation, multi-band communication systems.
Specifications: 6-18 GHz, 300 Watts CW, rackmount configuration.
Applications: ECM transmitters, EW simulation, test and measurement, RFI susceptibility testing, EMC tests, RF components testing, antenna pattern and radar cross-section measurements.
Specifications: 7.5-18 GHz, 300 Watts CW.
Applications: Airborne data links, electronic countermeasures (ECM), EW simulation, manned and unmanned platforms.
X Band TWTAs
Specifications: 8-12 GHz, 8 kW peak, 5% duty cycle, podmount configuration.
Applications: Airborne radar, electronic warfare (EW) threat simulation
Specifications: 9.3-10.0 GHz, 7.6kW min, 5% duty cycle, rackmount configuration.
Applications: Radars, Test and Measurement, Antenna pattern and radar cross section measurements
Specifications: 8-12 GHz, 4 kW peak, 8% duty cycle, rackmount configuration.
Applications: Radars, ECM, EW threat simulation, test and measurement, antenna pattern and radar cross-section measurements
Ku Band TWTAs
Specifications: 12-18 GHz, 3.3 kW peak, 6% duty cycle, rackmount configuration.
Applications: Radars, ECM, EW threat simulation, test and measurement, antenna pattern and radar cross-section measurements
Ka Band TWTAs
Specifications: 34.5-35.5 GHz, 700 Watts peak, 10% duty cycle, hubmount configuration.
Applications: Radars, test/measurement, antenna pattern and radar cross-section measurements, EW simulation
Specifications: 34.5-35.5 GHz, 700 Watts pulsed, 10% duty cycle, hubmount configuration.
Applications: ECM, Radars, test/measurement, antenna pattern and radar cross-section measurements, EW simulation.
Specifications: 34.5-35.5 GHz, 750 Watts peak, 10% duty cycle, rackmount configuration.
Applications: Radars, test/measurement, antenna pattern and radar cross-section measurements, EW simulation.
Specifications: 34.5-35.5 GHz, 700 Watts peak, 10% duty cycle, rackmount configuration, color touchscreen interface.
Applications: Radars, test/measurement, antenna pattern and radar cross-section measurements, EW simulation.
Specifications: 32-36 GHz, 400 Watts peak, 25% duty cycle, rackmount configuration.
Applications: Radars, test/measurement, antenna pattern and radar cross-section measurements, EW simulation.
Power Combined TWTAs
Specifications: 8-2-4 GHz, 10 kW pulsed, 6% duty cycle.
Applications: Test and measurement, RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 4-8 GHz, 8 kW pulsed, 6% duty cycle.
Applications: Test and measurement, RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 8-12 GHz, 9 kW pulsed, 6% duty cycle.
Applications: RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 12-18 GHz, 7 kW pulsed, 6% duty cycle.
Applications: RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 5.4-5.8 GHz, 12 kW pulsed, 3% duty cycle.
Applications: RFI/Test and measurement, RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 9-10 GHz, 12 kW pulsed, 6% duty cycle.
Applications: RFI/Test and measurement, RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 2.9-3.3 GHz, 15 kW pulsed, 6% duty cycle.
Applications: RFI/Test and measurement, RFI/EMI/EMC testing, antenna pattern and radar cross-section measurements, ECM, EW simulation.
Specifications: 7.5-18 GHz, 3.4/4 kW pulsed, 6% duty cycle.
Applications: RFI/Test and measurement, RFI/EMI/EMC testing, Antenna pattern and radar cross-section measurements, ECM, EW simulation.
Microwave Power Modules (MPMs)
Standard MPMs
Specifications: 26.5 – 40 GHz, 125 Watts pulsed to CW.
Applications: ECM, EW simulation
Specifications: 27.5 – 31 GHz, 200 Watts CW.
Applications: Satellite communications, datalink communications.
Specifications: 9-10 GHz, 1 kW pulsed.
Applications: Multi-mode radars, SAR, manned and unmanned platforms.
Specifications: 6-18 GHz, 1 kW pulsed, 5% duty cycle.
Applications: High-performance EW.
Specifications: 6-18 GHz, 200 Watts pulsed to CW.
Applications: ECM, EW simulation, multi-band communication systems.
Specifications: 6-18 GHz, 200 Watts pulsed to CW. Prime input voltage 115 VAC, 400 Hz.
Applications: ECM, EW simulation, multi-band communication systems.
Specifications: 6-18 GHz, 100 Watts pulsed to CW, Ethernet interface.
Applications: ECM, EW simulation.
High-Efficiency MPMs
Specifications: 9-10 GHz, 1 kW pulsed, 20% duty cycle.
Applications: High-performance radar, high-resolution synthetic aperture radar (SAR) systems, manned and unmanned platforms
Power Supplies & Towed Decoys
Specifications: DC-to-DC converter, +1500VDC to +10VDC at 43Amps.
Specifications: 1500VDC Input, 6.4VDC Output at 68Amps.
RF Sources & Receivers
Instantaneous Frequency Measurement Units
Specifications: 6 – 18 GHz, 100 ns to CW
Specifications: Dual frequency 6 – 12 GHz, 6 – 18 GHz, 100 ns to CW
Integrated Stabilized RF Sources
Specifications: I- and Ka-Band Frequency 8 – 12 GHz, 30 – 36 GHz
Specifications: Ka-Band Frequency, 30 – 36 GHz
Integrated Digital Control Units
Specifications: 6 – 18 GHz, amplitude & pulse shape modulation
