The INA630 is a high-precision instrumentation amplifier that offers low power consumption and operates over a wide single-supply or dual-supply range. The INA630 is optimized to operate in presence of small differential voltages (±125mV maximum) while suppressing excellently (minimum of 126dB CMRR) large common-mode signals. The INA630 offers flexible gain setting with an external resistor divider of minimum G = 20V/V.
The INA630 is based on an indirect current feedback architecture that offers low gain error and non-linearity. Due to the architecture the reference pin impedance does not degrade the CMRR performance. The device enables wider input and output voltage range compared to traditional instrumentation amplifiers. The device has high precision as a result of super-beta input transistors, which provide low input offset voltage, offset voltage drift and input voltage and current noise.
The INA630 is a high-precision instrumentation amplifier that offers low power consumption and operates over a wide single-supply or dual-supply range. The INA630 is optimized to operate in presence of small differential voltages (±125mV maximum) while suppressing excellently (minimum of 126dB CMRR) large common-mode signals. The INA630 offers flexible gain setting with an external resistor divider of minimum G = 20V/V.
The INA630 is based on an indirect current feedback architecture that offers low gain error and non-linearity. Due to the architecture the reference pin impedance does not degrade the CMRR performance. The device enables wider input and output voltage range compared to traditional instrumentation amplifiers. The device has high precision as a result of super-beta input transistors, which provide low input offset voltage, offset voltage drift and input voltage and current noise.