DR-TRC105-403-DK

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RF Evaluation and Development Kits, Boards, such as DR-TRC105-403-DK, have been developed to assist with the development, evaluation and prototyping of RF systems. DR-TRC105-403-DK is specifically designed for use in radio systems operating in the frequency range of 865MHz up to 928MHz. It is a fully integrated RF transmitter subsystem with an integrated antenna. It supports various application-specific functions, such as clock stretching, tuning, frequency hopping, modulation, transmission, and receive/transmit time switching. It also supports various software communication protocols that enable control and communication with other radio-based subsystems.

DR-TRC105-403-DK is designed for use in low-cost, small-footprint, low-power RF systems. It includes an on-board ATmega-128 microcontroller, supporting up to 16 KB of code. It also includes an integrated antenna and a switching regulator, which provides regulated voltage to power the onboard RF subsystems. The onboard software provides basic support for various radio operations, such as clock stretching, tuning, frequency hopping, modulation, and transmission/receive switching. The software is also designed to allow the user to customize the RF system’s performance using various software parameters.

DR-TRC105-403-DK also includes an on-board frequency synthesizer, which is designed to provide accurate and low-power frequency synthesizer output. The frequency synthesizer can be programmed to generate and tune a wide range of frequencies in the range of 865 MHz to 928MHz. DR-TRC105-403-DK also includes a transmit/receive switch that can be controlled by the software. It enables users to quickly switch between transmitting and receiving modes, which is useful in certain applications.

The DR-TRC105-403-DK also features an integrated crystal oscillator, which is designed to provide precise and reliable timing accuracy in a small-footprint package. It also includes an integrated battery pack, which makes it easily portable for hands-on testing and evaluation. Finally, DR-TRC105-403-DK includes an on-board power supply, which provides regulated voltage to power the onboard RF subsystems.

The DR-TRC105-403-DK is ideal for use in applications such as home audio systems, wireless data networks, and short range radio communication systems. It is also suitable for use in developing embedded radio systems for industrial applications. Furthermore, it is an ideal platform for exploring and evaluating various radio techniques, including frequency hopping, modulation schemes, error detection/correction, multiple input multiple output (MIMO) systems, and other advanced RF technologies. Additionally, the DR-TRC105-403-DK can be used to develop and test software modules that are designed for license-exempt frequency bands such as ISM/SRD/CB.

The DR-TRC105-403-DK can be used as part of an evaluation or production test system to verify product performance. It can also be used for field testing and troubleshooting of radio-enabled products. Furthermore, it can be used for prototyping new or modified radio designs. In addition, it can be used to develop and validate new RF technology.

In conclusion, the DR-TRC105-403-DK is an ideal tool for developing, evaluating, and prototyping low-cost, low-power RF systems for short range radio systems. It includes an integrated antenna and frequency synthesizer, a transmit/receive switch, a crystal oscillator, an onboard power supply, and a battery pack. It also provides software support for various radio operations and is customizable using software parameters. It is an ideal platform for developing and testing various radio communication methods and technologies, such as frequency hopping, modulation schemes, error detection/correction, MIMO systems, and more. It can also be used for prototyping new or modified radio designs, as well as developing and testing new RF technologies.

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