MCP6282-E/MS

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MCP6282-E/MS is a linear instrumentation amplifier with a gain bandwidth product of 10MHz. It is a building block that supports a variety of signal conditioning and instrumentation applications, including: RF/IF amplification and signal conditioning, power line filtering, load cell signal conditioning and medical instrumentation. It is also suitable for low noise, precision current sense applications in industrial, medical and consumer applications.

The MCP6282-E/MS is a three-op-amp instrumentation amplifier. It is optimized for low noise, high current and accuracy, and low power dissipation. The first operational amplifier (op-amp) is the input buffer that provides both signal conditioning and signal amplification. Its high differential input voltage capability (>20 volts) makes it suitable for use in high voltage measurement or power line filtering applications. The second op-amp is a precision gain stage that can provide a wide range of gains from 1 to 30, and has ideal speed performance at a wide input signal bandwidth. The third op-amp is an output amplifier that provides high current capability for driving an adjacent circuit or for connecting directly to a level detector circuit.

The MCP6282-E/MS is designed for use in RF, IF and precision current sense applications. It has a wide input voltage range (10 V to 200 mV), low offset voltage (200 µV), and low differential gain and phase distortion to ensure accurate signal amplification and transmission over a wide frequency range. The device can operate at up to 25 MHz with low noise of 2.6 nV/√Hz and low power dissipation (3.6 mW/MHz active).

The MCP6282-E/MS is well suited for battery powered applications due to its extremely low quiescent current of only 900 nA. It also features a wide common mode voltage range (10 V to 200 mV) and supports both single and dual power supplies. As a bipolar device, it offers increased robustness over single power supply operation.

The MCP6282-E/MS can be used for instrumentation applications such as RF/IF signal conditioning, power line filtering and load cell signal conditioning, as well as for medical instrumentation and low noise, precision current sense applications in industrial, medical and consumer applications. The device’s wide common mode voltage range and low power dissipation make it particularly suitable for battery powered applications.

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