EL5329IREZ

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

EL5329IREZ is a linear video amplifier and module with high performance capabilities. It has wide application fields and is commonly used in video signal processing and display applications. EL5329IREZ operates with low-voltage supplies, is able to drive high capacitive loads, is able to be operated in single-ended, differentially-driven, and split-rail configurations, and has an input voltage range of 1V peak-to-peak.

EL5329IREZ consists of four sections: a current Feedback Amplifier (CFA), a driver stage, a power amplifier, and a protection circuit. The CFA provides a precise signal level adjustment and output offset adjustment, allowing for the amplifier gain and output offset of the signal to be controlled. The driver stage provides low-voltage supply operation and low-voltage noise. The power amplifier is able to drive high capacitive loads, providing high-speed operation. Finally, the protection circuit is designed to improve amplifier stability, protecting the amplifier from over-voltage, over-current, and thermal overload conditions.

When EL5329IREZ is used in single-ended applications, it provides a differential-to-single-ended gain of 2V/V and an input impedance of 1.5KΩ. On the other hand, when used in differential-driven applications, it offers a single-ended to differential gain of 4V/V and an input impedance of 3KΩ. It can also be used in split-rail configurations, providing a gain of 1.5V/V and an input impedance of 5KΩ. The amplifier’s bandwidth is 200MHz for single-ended applications, and 300MHz for differential-driven applications. Its output noise is typically 500µV peak-to-peak and its power consumption is typically 4.0mW in single-ended applications, and 8.0mW in differential-driven applications.

EL5329IREZ is commonly used in applications that require high-performance linear video amplifiers and modules, such as video signal processing and display. It can be used in different configurations and offers a wide range of input voltage levels, making it suitable for practically any application. It can be used in single-ended, differential-driven, and split-rail configurations and has the capability to drive high capacitive loads with low power consumption and low noise operation. Thanks to its precise signal level adjustment and output offset adjustment, it is able to provide stable and accurate imaging performance, making it the ideal amplifier for a variety of video signals applications.

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