DC539A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Evaluation and Development Kits, Boards are widely used in the radio frequency industry for measurement of signal characteristics and debugging of radio communication systems. DC539A, developed by Anav Associates, has the capability of testing and developing UHF/VHF and LP-FSK receivers and transceivers with three isotopically offset antennas. It is a very useful tool for any engineer working on radio frequency test and design.

The DC539A is based on an open architecture platform, with component parts assembled on a motherboard, and supported by a back side main processor. Its main components are a Direct Digital Synthesis (DDS) waveform generator, a signal conditioning amplifier, a benchmark vector signal analyzer, a power amplifier, an interactive signal excitation circuit, and a switching network. The DDS provides a single-tone output frequency, amplitude modulation/control, as well as pulse waveform scaling and output patterns for wideband signal propagation. The signal amplifier is an operational amplifier with fully programmable gain, bandwidth, phase, and output impedance. The vector signal analyzer is able to accurately measure the signal frequency, signal 1/Q and magnitude 1/Δ.

The DC539A has great practical application in various fields of radio frequency work. In terms of testing and debugging of transceivers, the board provides reliable measurements of gain, phase, and distortion at the antenna port. The vector signal analyzer creates a wide range of diagrams for signal distortion, phase rotation, and noise figure. Furthermore, the switching network of the board enables the control over the insertion and removal of unwanted signals, and allows for frequency response analysis of the received signal. In addition, the benchmark detector is capable of measuring the magnitude and quality of a received signal. Moreover, the interactive signal excitation circuit is used to measure the maximum signal excitation error, and the power amplifier ensures high output power levels for long-distance transmissions.

In terms of developing UHF/VHF, and LP-FSK receivers and transceivers, the DC539A provides a wide range of capabilities. It allows the engineers to develop the receivers and transceivers with varying output power, gain, and frequency response. The board also enables engineers to compare different receivers and transceivers with one another, as well as check for maximum signal excitation error, harmonic or spurious response, dynamic range, and linearity. Moreover, the power amplifier facilitates accurate and stable data transfer over long distances.

The DC539A has become an invaluable tool for engineers in the radio frequency industry, and it has been used in measurement and analysis of signal characteristics and debugging of radio communication systems. Its ability to measure gain, phase, and distortion, as well as evaluate the frequency response of UHF/VHF, and LP-FSK receivers and transceivers makes it an ideal choice for any radio frequency engineer.

The specific data is subject to PDF, and the above content is for reference