MCP6V01DM-VOS

The MCP6V01DM-VOS is an evaluation board from the Op Amps category. It is a Differential Op-Amp Evaluation Board with a high voltage capability, optimized for low voltage operation how can improve very high CMRR operation, featuring a microchip MCP6V01 Op amps is the use of the typical zero drift input bias current. This evaluation board can be applied to CMMR measurement, preamplifier applications, high voltage transimpedance amplifiers, and other consumer electric designs.

The MCP6V01DM-VOS evaluation board features an independent two-op-amp configuration and a quiescent current reduce to 1/3 than normal. The Op Amp includes a wide common-mode voltage range, a CMRR of 125 dB, a voltage offset of 500 microvolts, and a temperature drift of 40pps/°C. It also features a high input impedance (4MOhm typically) and a very low power consumption of 28 mW. There are multiple types of optional boards available, like the THM4150 variants.

The working principle of MCP6V01DM-VOS is based on the concept of entropy. Entropy refers to the energy present within a system. This energy is measured by the heat transfer that takes place when a system changes its state. This evaluation board is build to maintain linearity with a high CMRR and a low voltage operation with a low power consumption. By using a precision integral nonlinearity approach, the board is able to reduce the number of active components, resulting in a low power consumption.

On the other hand, the board also uses an input bias current of zero drift. This means that when the amplifier is exposed to the same amount of input noise, the output voltage will remain constant. This results in very low noise and high accuracy operation. It also uses a low thermal conductivity metal substrate, which helps reduce thermal gradients and minimize thermal management problems.

The MCP6V01DM-VOS evaluation board is ideal for CMMR measurement, preamplifier applications, high voltage transimpedance amplifiers, and other consumer electric designs. The board features a high CMRR, a low input bias current, a low power consumption, and a very high linearity. It is a great choice for those who need a reliable and accurate evaluation board for their application.