IX9908-EVAL

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

The IX9908-EVAL Evaluation Board is a powerful LED driver physics veneering laboratory platform designed specifically for LED driver applications. IX9908-EVAL combines with an array of features, such as easy-to-use user interface board, integrated CPLD and ARM Cortex cortex-m3 core coupled with highly-integrated IC with support for high frequency start up, analog dimming and high-voltage design.
The IX9908-EVAL Evaluation Board features an SOIC-24-pin package, supply voltage range from 5.5V to 27V and integrated 5V or 3V logic supply. The IX9908-EVAL includes a single-cycle CPU that allows easy programming and testing, digital and analog waveform inputs, adjustable trip point and a wide range of outputs. The board also includes a dedicated high-frequency start-up feedback as well as source, sink or PID/PI dimming control modes.
The IX9908-EVAL Evaluation Board is highly efficient, reliable and maintenance-free. The board can be used to evaluate the performance of a wide range of functions such as lighting systems, automotive lighting and automotive applications. The IX9908-EVAL comes with a built-in AC/DC converter and can be used in a wide range of applications from automotive, industrial and commercial applications. The design of the board adds to the reliability and maximum performance at low cost.
The working principle of the IX9908-EVAL Evaluation Board is based on the Pulse Width Modulation (PWM) technique. PWM is used for LED lighting applications as it allows for flexible control of the electrical power supplied to the LED components, with the help of a timer to control the duty cycle of the signal, thus providing a wide range of possible power levels. The IX9908-EVAL is specifically designed to provide an efficient and cost-effective solution for all types of LED driver applications. It can be used in low-power applications or to develop high-performance LED drivers for high-power applications, such as automotive lighting.
IX9908-EVAL offers high-efficiency and flexibility with low standby power consumption and low EMI/RFI output. The board is also capable of being reconfigured at a future time, allowing for integration of multiple customers-defined settings. The on-board CPLD/ARM Cortex ARM processor makes IX9908-EVAL capable of optional real-time programming and control for flexible integration in multiple applications. The real-time control of the PWM signal using the IX9908-EVAL board helps to optimize the performance of the lighting system, ensuring superior illumination with minimal power consumption.
The IX9908-EVAL board also supports analog dimming, which provides the user with flexibility in selecting the desired output intensity, brightness and temperature. The board offers built-in LED driver with LED current regulation for overload/failed LED protection and for load dynamic control with dimming option. The IX9908-EVAL Evaluation Board provides digital diagnostic feature that allows the user to view current, temperature, time and waveform. This digital diagnostic feature helps the user to optimize their system to achieve efficient and reliable operation.
The IX9908-EVAL Evaluation Board is a cost-effective and reliable solution that is suitable for both high-power and low-power LED applications. The IX9908-EVAL provides innovative and advanced features such as PWM and analog dimming, digital diagnostic capabilities and LED current regulation helping to deliver optimal LED lighting performance. The integrated CPLD/ARM Cortex core offers comprehensive programming and debugging capabilities, allowing developers to quickly and easily program their board to suit their application and maximize performance.

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