WUWBL/C402D

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RF Evaluation and Development Kits, Boards have become an essential tool for industry research and development teams looking to maximize the performance of products. The WUWBL/C402D application field and working principle\'s high-performance RF evaluation and development boards provide a comprehensive feature set and dramatically expand capabilities to reduce development time, cost, and speed time to market.

The WUWBL/C402D evaluation and development board was developed as an all-in-one RF platform for advanced wireless applications. This platform allows for the rapid prototyping of an IEEE 802.11a/b/g/n compliant wireless device. The board features an SD card reader to store application firmware and a universal USB port for connecting external antennas. Furthermore, the board contains an integral 8-bit microcontroller for state control via the integrated USB interface.

The WUWBL/C402D application field is ideal for developers who need to create cutting-edge products in the WiFi and/or Bluetooth marketplace. The board\'s features and functionality have been designed from the ground up to address the latest wireless technology trends and standards. Specifically, the board is tailored for applications that require data rates up to 11Mbps for 802.11b/g/n or drive-test applications up to 1.3Mbps for 802.11a.

The board\'s working principle involves the following components: a transceiver, a firmware-configurable baseband processor, a programmable baseband processor, a central processor, and a protocol stack. The transceiver and the programmable baseband processor are designed for modulation and coding of the received and transmitted wireless signals. These two components are in turn connected to the central processor via an 8-bit interface which is used for communication between the two layers of the design. The central processor is then used for the management of the communication process. Finally, the protocol stack is responsible for the handling of incoming and outgoing packets.

The board also features advanced RF management such as low-noise amplifiers, mixer circuits, programmable attenuators, and high-performance upconversion and downconversion systems. Furthermore, the board contains an embedded temperature sensor to monitor and control the board\'s operating temperature for extended operation. This feature reduces power consumption and increases the board\'s overall reliability.

In addition, the board includes multiple test points and programmable test fixtures to support complex and sophisticated test cases. The test points provide short circuit and load protection while the test fixtures are designed to simulate various scenarios such as line of sight, shadowing, and multipath fading. This allows for the testing of complex wireless scenarios without requiring additional hardware. The board can even be configured to run simple scripts to automate testing processes.

The WUWBL/C402D application field and working principle creates a comprehensive and high-performance solution for developers of wireless products. By combining the board\'s capabilities with industry-standard protocols and the latest wireless technologies, developers can realize the highest performance and greatest flexibility. In addition, the board\'s integrated temperature sensor, test points, and test fixtures ensure that users can quickly and effectively generate reliable and accurate test results.

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