The latest zero-drift amplifiers from Analog Devices combine both auto-zero and chopping techniques to continuously self-correct for dc errors over time and temperature. This enables the amplifiers to achieve <4 microvolts of input offset error and input drift error of <20 nanovolts per degree Celsius. By design, zero-drift amplifiers have no 1/f voltage noise, nor do they suffer from long-term drift, making them ideal for low speed sensing.
By reducing the drift and noise, these products decrease the need for constant system level calibration. Additionally, very small LFCSP packages reduce board space, and on-chip electromagnetic interference filters speed development time by eliminating the need for collaboration circuitry. They accomplish all these features while controlling cost. The new ADA4523-1, LTC2065, and LTC2068 are appropriate for applications requiring current sensing of electronic loads, power supplies, and motor control and offset correction in composite amplifiers used in instrumentation. ADI’s zero-drift amplifier portfolio is an ideal choice for high performance projects and in products that are required to have a long lifecycle.
The latest zero-drift amplifiers from Analog Devices combine both auto-zero and chopping techniques to continuously self-correct for dc errors over time and temperature. This enables the amplifiers to achieve <4 microvolts of input offset error and input drift error of <20 nanovolts per degree Celsius. By design, zero-drift amplifiers have no 1/f voltage noise, nor do they suffer from long-term drift, making them ideal for low speed sensing.
By reducing the drift and noise, these products decrease the need for constant system level calibration. Additionally, very small LFCSP packages reduce board space, and on-chip electromagnetic interference filters speed development time by eliminating the need for collaboration circuitry. They accomplish all these features while controlling cost. The new ADA4523-1, LTC2065, and LTC2068 are appropriate for applications requiring current sensing of electronic loads, power supplies, and motor control and offset correction in composite amplifiers used in instrumentation. ADI’s zero-drift amplifier portfolio is an ideal choice for high performance projects and in products that are required to have a long lifecycle.
