AD830JR-REEL7

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The AD830JR-REEL7 is a linear amplifier for video applications which is designed to meet large bandwidth bandwidth- and small size requirements. It is capable of operating from+5V to+15V and has a wide 9V to-15V operating range. Its ultimate power dissipation is up to15W.

The AD830JR-REEL7 amplifier offers high-speed, low-noise linear operation with high fidelity and distortion-free performance. It is highly efficient and delivers excellent linearity, low noise, and low RFI/EMI interference. It also features excellent RF immunity, enabling it to be used in high-performance video apps.

The AD830JR-REEL7 amplifier utilizes a linear architecture in the form of an MOSFET differential-input, differential-output amplifier. This amplifier provides the highest voltage swing and slew rate of any linear amplifier available, allowing reliable operation over a wide range of frequencies and voltages.

The AD830JR-REEL7 amplifier is ideal for use in high-performance video applications such as CCTV, DVR, and HDTV systems. It is also suitable for Video over IP and other emerging technologies where high linearity and small size are important.

The AD830JR-REEL7 amplifier utilizes a two-stage, single-ended class-AB voltage amplifier. The first stage consists of two cascaded power MOSFETs and the second stage consists of a differential pair of MOSFETs. Both of these stages are driven by a common source ground-signal-ground (GND/SIG/GND) input.

The AD830JR-REEL7 amplifier operates with a voltage gain of 10 and a power gain of 15dB. The closed-loop gain and the input noise are optimized at room temperature and are suitable for applications with a wide input range. It has excellent distortion characteristics, making it well-suited to applications with a wide dynamic range.

The AD830JR-REEL7 amplifier is designed for use in high-performance video applications. It features a high-speed, low-noise linear architecture that allows for reliable operation over a wide range of frequencies and voltages. Its high fidelity and distortion-free performance make it suitable for applications requiring high linearity and small size.

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