FRDM-08XSF4-EVB

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

Evaluation and Demonstration Boards and Kits are widely used in electronics industry to help engineers demonstrate and analyze designs. FRDM-08XSF4-EVB is one of the most important solutions in this category, which provides an off-shelf platform for evaluation of several of the new features provided with the Kinetis family of microcontrollers.

Part of the Kinetis family, the FRDM-08XSF4-EVB is a suite of application-specific evaluation boards. The boards provide features such as advanced microcontroller technology, a variety of peripherals, and low power mode switches to enable the user to optimize the hardware platform for their specific application.

The FRDM-08XSF4-EVB contains a variety of features to aid in system prototyping, verification, and development. These features include a Segger J-Link debugger, a Flexible External Memory Controller (FlexEMC) Interface, a FlexIO, a Digital Analog Converter (DAC), a Speaker Amplifier, an In-Circuit Serial Programming (ICSP) header, and a UART communication header.

The FRDM-08XSF4-EVB is optimized for use with the Kinetis range of microcontrollers, and offers integration with software development tools such as IAR Embedded Workbench, Keil RealView, and Kinetis Design Studio to allow the user to quickly develop and evaluate circuits and embedded application code. The board has a debug interface for program download and target firmware debugging, and includes a complete target system for program and system validation.

The FRDM-08XSF4-EVB board is powered using a DC jack or USB Mini-B connector for external 5V power supplies. The board is also configured to accept power from a Kinetis 3.3V LDO regulator, or from an external USB Mini-B connector which may be used to daisy-chain multiple boards to form a larger system. A simple switch allows the user to select between the two power sources.

The FRDM-08XSF4-EVB board features an on-board Serial-Wire Debug (SWD) port to allow connection to the on-board Segger J-Link Debugger. The SWD signals are compatible with target interfaces such as the NXP Kinetis on-board Segger J-Link debugger, and also can be used for debugging applications with other development tools, such as IAR Embedded Workbench. The board also contains a USB Mini-B port for powering the device via USB, or configuring the board to be used as a USB device.

The FRDM-08XSF4-EVB board also contains a number of on-board peripheral interfaces, allowing the user to quickly and easily integrate user application code into their developments. The board contains an UART communication interface, which can be configured for use with an external PC or user product. It also contains an SPI interface, which allows the user to implement their own SPI-based communication protocol. This provides the user with an easy way of creating a fully customizable peripheral interface. The board also contains a FlexIO which enables the user to easily configure their application interface for use with the Kinetis family or other microcontroller families.

The FRDM-08XSF4-EVB board also contains an on-board Digital-Analogue Converter (DAC), which can be used to simulate additional analog signals. The DAC signals are sampled and digitised, providing a efficient way to validate and simulate analog behaviour. This is essential for the development of efficient motor control and audio applications.

The board contains an on-board speaker amplifier, which allows the user to easily evaluate sound applications. The board also contains a number of other connectors and LEDs to support user application development.

The FRDM-08XSF4-EVB board is an ideal platform for developing applications using the Kinetis microcontroller family. It provides the user with a convenient, low-cost platform for evaluation and development of various Kinetis-based projects. Its various features allow the user to quickly prototype, develop, and debug their application, allowing for efficient construction of their applications.

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