LM431SACMFX_G

The LM431SACMFX_G is a Voltage Reference component suitable for a number of applications. The component provides a guaranteed reference voltage over a wide temperature range, making it ideal for use in a wide variety of applications such as automotive and industrial systems, motion control, high speed data communications and other systems requiring precision voltage regulation.

The LM431SACMFX_G Voltage Reference component uses an adjustable two-terminal, low power bias power supply to deliver a stable reference voltage output over varying temperature and line conditions. The component includes two external resistors to set the required output voltage, and can be adjusted from a minimum of 2.495V to a maximum of 8.0V.

The LM431SACMFX_G Voltage Reference component is designed to offer a very high degree of accuracy and stability over wide temperature and line variations, making it ideal for applications in which extremely precise voltage regulation is required. The component also has a very low power dissipation rating, making it ideal for battery powered or other power-critical applications.

The LM431SACMFX_G Voltage Reference component is designed to output a fixed voltage, regardless of line or temperature variations. This constant voltage referenced is essential for many precision voltage regulation applications, such as when a supply voltage with varying characteristics is applied to a circuit. The LM431SACMFX_G component ensures that the voltage applied to the circuit remains the same.

The LM431SACMFX_G component is also designed to offer a high level of temperature stability, ensuring a stable output voltage over a wide temperature range. This is especially important for applications where precision voltage regulation is critical, such as motion control and high speed data communications.

The LM431SACMFX_G component offers a wide range of features, making it ideal for a broad range of applications where precision voltage regulation is required. The component’s low power consumption, high degree of accuracy and stability, and wide temperature range make it an ideal choice for many precision voltage regulation applications.