onsemi Adjustable Shunt Voltage Reference 3-Pin SOT-23F ±2% Initial Accuracy 36V Reference Voltage LM431SACMFX

onsemi LM431SACMFX Adjustable Shunt Voltage Reference is a high-precision semiconductor device designed for voltage regulation applications in electronic circuits. It features an adjustable output voltage and excellent thermal stability, suitable for low power and low current applications.

This 3-pin device is housed in a compact SOT-23F surface mount package measuring 3mm in length and 1mm in height, allowing efficient PCB layout and space-saving in diverse designs.

The device offers a typical reference voltage of 36V, with an initial accuracy tolerance of ±2%. It operates reliably across an extended temperature range from -25°C up to 85°C, making it suitable for industrial environments.

Its shunt topology provides low dynamic output impedance and rapid turn-on response for precision voltage reference needs. The device withstands a maximum input voltage of 37V and delivers an output current of up to 100mA.

Due to its features and form factor, the LM431SACMFX is ideal for applications in power management systems, industrial control equipment, and general electronic design requiring stable voltage references.

Adjustable reference voltage with ±2% initial accuracy. Compact 3-pin SOT-23F surface mount package. Operating temperature range: -25°C to 85°C. Maximum input voltage: 37V with 100mA output current. Low dynamic output impedance and fast response suitable for precision circuits.

Surface mount device for ease of assembly and compact design. Excellent thermal stability for industrial applications. Non-automotive standard, general purpose voltage reference. Supports a wide range of low power applications.

Robust design ensuring reliable long-term performance.

This voltage reference component is essential in industrial, laboratory, manufacturing, and electronic power management applications where stable and adjustable Voltage References are crucial for system optimization.

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