DC1710A-B

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 a great way to evaluate different analog and digital radio systems in order to determine their performance and reliability. One such kit is DC1710A-B, which is designed to facilitate wireless connectivity in high frequency transceivers with its range up to 10GHz. It is ideal for use in designing, testing and troubleshooting radio systems.

DC1710A-B has two components, DC1710A and DC1710B. DC1710A is the receiver component that consists of an amplifier, mixers, frequency synthesizer, filters, control unit and voltage regulator. It is responsible for receiving transmitted signals from the transmitter side. DC1710B is the transmitter component which houses an oscillator, mixers, frequency synthesizer, power amplifier and control unit. It is responsible for transmitting high frequency signals.

DC1710A-B is mainly used in the design and development of radio transmitters/receivers, which are used in applications such as cellular phones, radar systems, broadcasting, radio links and satellite communications. It is also used to test and troubleshoot RF systems. It can be used to measure the performance of different analog and digital radio systems and verify their reliability.

DC1710A-B is mainly used in the fields of medical care, communications, automotive electronics, broadcast communications and so on. For example, in medical care, it can be used for ultrasound imaging, magnetic resonance imaging (MRI) and other medical imaging applications. In communication, it is used for designing better communication systems such as cellular and radio network systems. In broadcast communication, it is used for broadcasting of TV and radio signals. In automotive electronics, it is used for researching, designing and testing of in-car communication systems.

DC1710A-B\'s working principle lies in the conversion of the broadband signal into a specific frequency range. The transmitter will first modulate the signal into radio frequency (RF) range using mixers and frequency synthesizer. Then it is amplified by the power amplifier and transmitted. The receiver will further down convert it to IF or baseband range using mixers, filters and frequency synthesizer. Also, DC1710A-B is used for measuring the performance of the analog and digital radio systems which includes measurements such as gain, noise, sensitivity and selectivity.

Overall, DC1710A-B is a great way to evaluate different analog and digital radio systems in order to determine their performance and reliability. Thanks to its wide measurement capabilities and easy to use design, it is becoming increasingly popular in areas such as medical care, communications, broadcast communication and automotive electronics. So it is a great tool to have in the development and design of radio transmitters and receivers.

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