ZXRE125EFTC

The ZXRE125EFTC Voltage Reference is a fixed output voltage reference IC from Diodes Incorporated that operates from 2.7V to 10V. It is designed to provide a customizable voltage reference for use in low dropout (LDO) and switching regulators, circuit protection, monitoring, and other applications. The ZXRE125EFTC is capable of supplying a minimum output voltage over a wide range of temperature and load conditions, including temperatures as low as -55°C. Additionally, the ZXRE125EFTC offers industry-leading accuracy and low output noise. The package size of the ZXRE125EFTC is uniquely small, making it suitable for use in space-constrained applications.

The ZXRE125EFTC Voltage Reference comes in two variants: fixed and adjustable. The fixed version offers a maximum output voltage of 10V and an accuracy of ±0.1Â%, while the adjustable version offers a maximum output voltage of 10V and an accuracy of ±0.3Â%.

The ZXRE125EFTC Voltage Reference features a low output noise level of 3-9 mV RMS, low dropout voltage of 0.6V and a low standby power consumption of 1.5 μA. It also offers a maximum peak-to-peak output voltage ripple of 25 mV, making it well suited for use in low-cost, low-voltage applications. Additionally, the device features a wide range of overvoltage protection, typically with a minimum peak output voltage of 13V, and an electromigration protection scheme.

The output of the ZXRE125EFTC Voltage Reference can be adjusted with an external resistor divider. This may be used to tailor the output voltage and accuracy to specific applications. Additionally, the device also includes thermal shutdown and short-circuit protection.

The ZXRE125EFTC Voltage Reference has a wide range of applications, including LDO and switching regulators, circuit protection, voltage monitoring, test and measurement, switching regulators, and power management systems. Its small size and low power consumption make it ideal for use in portable applications, as well. These features make the ZXRE125EFTC one of the best choices for designing a low dropout or adjustable voltage reference for low-cost, low-voltage applications.