ISL28217FBZ-T7A

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The ISL28217FBZ-T7A is a WideBand Differential Driver Amplifier, capable of delivering a large linear output power with excellent PSRR, THD and SNR performance into a wide GUI range. It is designed for a wide range of applications, such as instrumentation, audio, and automation.

The ISL28217FBZ-T7A operates as a linear amplifier, amplifying a differential input signal, and delivering a large output power with excellent performance. Its unique design allows it to drive multiple high power loads and operate at higher frequency bands. It is capable of driving up to 10A of continuous current and features a high slew rate of up to 15V/uSec.

The ISL28217FBZ-T7A is well suited for low noise, precise instrumentation, audio, and automation applications. It is widely used in industrial, consumer and automotive systems requiring excellent linear response over a wide frequency range. The amplifier is powered by a 3.3V to 5V single-supply voltage and supports an output range of -1.5V to +1.5V.

The ISL28217FBZ-T7A\'s main feature is its wide input range. It has a wide bandwidth of up to 20MHz, allowing it to drive high speed signals from audio to high frequency circuitry. It also has a high input impedance of >400Ω and can operate with an input signal of up to ±15V. It is designed for selectable gains of up to 40dB.

In terms of performance, the ISL28217FBZ-T7A offers excellent power efficiency, distortion, and noise. It offers a PSRR of up to 60dB, THD of -97dB, and SNR of up to 95dB. It is suitable for applications where low noise and distortion are critical. Additionally, it features an integrated protection circuit to protect the amplifier from over temperature and over current.

In summary, the ISL28217FBZ-T7A is an ideal wideband differential driver amplifier for instrumentation, audio, and automation applications. It is a linear amplifier offering high efficiency and excellent performance, with a wide input range and selectable gains. It is capable of driving multiple high power loads at higher frequencies, making it well suited for high noise, precise, and low distortion applications.

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