EL4332CS-T7

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The EL4332CS-T7 is a linear module designed for a range of video amplifier applications. It is a two-channel video amplifier module with a current output range of up to 1500mA. It features a wide operating temperature range of -40 to +125°C. It also offers excellent thermal performance while maintaining low power consumption. The EL4332CS-T7 is suitable for use in a variety of video amplifier applications, including CCTV (Closed-Circuit Television), broadcasting, automotive, industrial, and medical applications.

The EL4332CS-T7 utilizes a Charge Pump Method (CPM) based on bipolar semiconductor technology. This technology enables the module to achieve high-bandwidth operation with low noise and distortion. It also allows for efficient operation with low power dissipation, which is essential for battery powered applications. The CPM allows for high linearity and high slew rate operation, making it suitable for high-quality, high-definition video signals.

The module employs gapless dual-output transistors to provide a high voltage common-mode range, resulting in a wide dynamic range and excellent linearity. This eliminates saturation distortion and provides superior picture quality. The EL4332CS-T7 also features a built-in temperature sensor that automatically adjusts the output voltage level and ensures high gain throughout the operating temperature range.

The EL4332CS-T7 employs a unique device-matching method which can match two video amplifiers with a precision of 0.1dB, allowing for cost-effective manufacturing with minimal performance variation in the two video amplifiers. This feature makes the EL4332CS-T7 ideal for use in applications where high performance and consistent gains are essential.

The EL4332CS-T7 is a versatile module, suitable for use in a variety of video amplifier applications. It offers a wide range of features and performance, making it an ideal solution for applications requiring high quality, high definition video signals. Its high linearity, low noise and low power dissipation make it an ideal choice for battery operated systems. The device-matching mechanism ensures superb performance, consistency and reliability, making it ideal for applications requiring a high degree of precision.

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