HPA00700F256RHAR

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The HPA00700F256RHAR is an instrumentation amplifier designed for the high power audio electronics field. It is a multi-purpose, wide bandwidth amplifier designed for a wide range of applications on a variety of devices, including DC to AC converter equipment, audio power amplifiers, frequency response test instruments, audio preamplifiers and other types of electronic signal processing equipment.

The HPA00700F256RHAR is a two-channel, differential-input amplifier designed to operate over a wide frequency range of 15 Hz to 25 kHz with a gain bandwidth product of 256 kilohertz. The amplifier has a single-ended input impedance of 1 megohm and can handle voltages up to ±25 volts peak-to-peak. It also has a low noise performance of < 5nV/√Hz.

The main features of the HPA00700F256RHAR are the high performance, wide bandwidth, low noise and low distortion characteristics. It is designed to be used in a wide range of applications such as frequency-response test instruments, preamplifiers, DC to AC converters, audio power amplifiers and other electronic signal processing equipment. It is also capable of handling both small and large signal input levels over a wide frequency range and has high stability and low ripple rejection at high frequencies.

The working principle of the HPA00700F256RHAR relies on the current-mode architecture, which is able to provide wide bandwidth and low noise performance. The input impedance is maximized by incorporating a differential-input configuration and a low-noise amplifier circuitry. This enables the amplifier to provide a high input impedance with low noise. The differential inputs also provide a high level of input-rejection, low-noise performance and high gain stability.

The HPA00700F256RHAR also utilizes a wide-band current-to-voltage converter to ensure wide operating frequency range. This feature also enables the amplifier to provide a high input impedance and low distortion ratios across a wide frequency range. The amplifier also uses a low-impedance output stage for improved low-noise performance.

To provide an extra edge to its performance, the HPA00700F256RHAR also incorporates a high-gain feedback stage, which helps to minimize signal distortion. This stage is designed to operate with high input voltage levels without any distortion. It also has an onboard temperature compensation circuitry, which allows for operation in a wide temperature range.

In conclusion, the HPA00700F256RHAR is an ideal choice for high-performance audio electronics applications. This instrumentation amplifier is designed for a wide range of applications with its wide bandwidth, low noise, low distortion, and high stability. Additionally, its onboard temperature compensation and low-noise output stage make it a great choice for a variety of applications.

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