ISL28288FUZ-T7

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ISL28288FUZ-T7 is an ultra low-power, wide-band instrumentation amplifier ideal for industrial, medical, and portable sensor applications. This three-channel, low-noise and low-power instrumentation amplifier provides superior performance in a wide range of current and voltage measurement applications. Key features include an adjustable gain range of 450 Hz to 4 MHz, an adjustable common-mode rejection ratio of -3.3 VDC to +1.5 VDC, a wide-band common-mode rejection ratio of up to 10 MHz, and a low voltage offset of 6 uV. This instrumentation amplifier provides excellent performance across all three channels and provides superior linearity and better noise performance than single-ended versions. The differential amplifier section of the ISL28288FUZ-T7 is designed to be wideband, low-noise, and low-distortion with a wide input dynamic range and high CMRR. The differential amplifier section provides superior linearity and noise performance, while the four-pole low-pass filter section eliminates out-of-band noise that can produce non-linearities. The low-pass filter also eliminates high frequency noise and reduces power consumption. The power supply rejection ratio (PSRR) of the ISL28288FUZ-T7 is also excellent.

ISL28288FUZ-T7 is designed to be a high-performance, low-noise, accurate, and low-power instrumentation amplifier. It has a single-ended differential input voltage of 250 mV peak-to-peak, differential gain and phase accuracy of 0.1 %typ, wide-band common-mode rejection ratio of -10 dB, input offset voltage of 6 μV, and a maximum total gain of 450 Hz to 4 MHz. The wide-band common-mode rejection ratio and the low-noise differential amplifier mean that this amplifier will reject common-mode interference and minimize the effects of electrical noise in the signal. This makes the ISL28288FUZ-T7 amplifier ideal for applications such as industrial, medical, and portable sensor measurements. The low-voltage offset and wide-band common-mode rejection ratio also make it suitable for use in low-voltage, low-power applications.

The ISL28288FUZ-T7 uses a four-pole low-pass filter section that eliminates out-of-band noise and higher frequency noise, while simultaneously reducing power consumption. The low-pass filter also reduces distortion that can produce non-linearities. The power supply rejection ratio (PSRR) of the ISL28288FUZ-T7 is excellent. The power supply rejection is superb due to the amplifier’s rail to rail PSRR of -60 dB typical. The ISL28288FUZ-T7 also uses level-shift circuitry to eliminate DC offset in the output signal.

Overall, the key features of the ISL28288FUZ-T7 make it a highly versatile instrumentation amplifier with excellent performance in a wide range of applications. The low-noise, low-power amplifier provides superior linearity and noise performance, enabling accurate measurements over a wide dynamic range. The amplifier’s wide-band common-mode rejection ratio eliminates common-mode interference, while the low-voltage offset and wide-band gain makes this amplifier ideal for low-voltage, low-power applications. The ISL28288FUZ-T7 is an excellent choice for industrial, medical, and portable sensor measurements.

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