NEARFIELD SYSTEMS NSI-RF-5946 Frequency Converter

描述

The NEARFIELD SYSTEMS NSI-RF-5946 Frequency Converter is a state-of-the-art instrument designed for high-performance frequency conversion applications in RF testing and measurement. It offers advanced features and versatile configuration options, making it suitable for a wide range of testing requirements.

Specifications

– Frequency Range: The NSI-RF-5946 supports a broad frequency range from 100 kHz to 46 GHz, allowing for accurate and efficient signal conversion across a wide spectrum.
– Conversion Modes: This frequency converter provides both up-conversion and down-conversion modes, enabling flexible frequency conversion based on testing needs.
– Signal Types: It supports various signal types, including continuous wave (CW), modulated signals, and digital signals, ensuring compatibility with different signal sources and analyzers.
– Conversion Gain: The NSI-RF-5946 offers high conversion gain, with a maximum gain of up to 25 dB, ensuring precise and amplified signal conversion.
– Output Power: This instrument delivers robust output power, with a maximum output power of up to +23 dBm, enabling strong signal transmission and compatibility with various test equipment.
– Signal Quality: It maintains excellent signal quality, with low noise and distortion levels, ensuring reliable and accurate signal conversion.
– Control Options: The NSI-RF-5946 provides multiple control options, including front panel controls, remote control via GPIB or Ethernet interface, and software-based control, offering versatility and ease of operation.
– Configuration Options: This frequency converter is highly configurable, allowing users to choose from optional up-converter and down-converter modules to meet their specific testing needs.
– Calibration: The NSI-RF-5946 can be easily calibrated, ensuring consistent and precise frequency conversion within defined tolerances.
– Durability: Built with durability in mind, this instrument is designed to withstand demanding testing environments, ensuring long-term performance and reliability.