Frequency Converters (Space)

• Low Phase Noise
• Wide Operation Frequency Range
• High Reliability

• Low Phase Noise
• Fine Frequency Step
• Low Intermodulation Distortion
• Built-In High Stability Internal Reference
• High Reliability
• Remote / Manual Control
• Ext./Int. Lo

• Low Phase Noise
• Fine Frequency Step
• Low Intermodulation Distortion
• Dual Conversion
• High Stability Internal Reference
• High Reliability
• Remote / Manual Control
• Ext./Int. Lo

• Excellent Phase Noise Parameter
• High Input / Output Isolation
• Compact Size
• Robust Construction

The unit is intended to use as satellite communication test equipment. By the help of this TLT the operator can check the RF performance of uplink and downlink path without actual satellite connections. It includes a mixer, filters, amplifiers, programmable attenuators, power level detectors, local oscillator, microprocessor based control circuitry and DC power supply.

• Excellent Phase Noise Parameter
• High Input / Output Isolation
• Compact Size
• Robust Construction

The unit is intended to use as satellite communication test equipment. By the help of this TLT the operator can check the RF performance of uplink and downlink path without actual satellite connections. It includes a mixer, filters, amplifiers, programmable attenuators, power level detectors, local oscillator, microprocessor based control circuitry and DC power supply.

• Low Phase Noise
• Fine Step
• Outdoor Application
• High Frequency Stability
• Dual Converter

This high performance dual test loop translator / down converter is intended for use in professional applications in C band such as satellite earth stations. BMCD90 unit is suitable for outdoor C band transmission tests.

• Low Phase Noise
• Fine Frequency Step
• Low Intermodulation Distortion
• Built-In High Stability Internal Reference
• High Reliability
• Remote / Manual Control

• Low Phase Noise
• Fine Frequency Step
• Low Intermodulation Distortion
• Dual Conversion
• Built-In High Stability Internal Reference
• High Reliability
• Remote / Manual Control

• Excellent Phase Noise Parameter
• High Input / Output Isolation
• Compact Size
• Robust Construction

• Low Phase Noise
• Fine Frequency Step
• Low Intermodulation Distortion
• Dual Conversion
• High Stability Internal Reference
• High Reliability
• Remote Control