R0.25S-3.312/P-R

DC-DC converters are electronic devices used in a variety of applications to convert one DC voltage level to another. The R0.25S-3.312/P-R DC-DC converter is a single-channel, positive polarity converter that uses two power transistors in a voltage-boosting configuration. Its wide selection of input and output voltage levels make it suitable for a range of applications.

One of the key features of the R0.25S-3.312/P-R is its wide input voltage range. It can accept inputs from 2.7V up to 24V. This makes it suitable for applications requiring either 3V or 12V inputs, such as portable electronic devices or automotive systems. It is also capable of stepping down a higher voltage input, such as a 24V battery.

The R0.25S-3.312/P-R is a positive polarity DC-DC converter, meaning the output voltage is higher than the input.The converter is capable of providing up to 3.3V output at 250mA maximum load current. This makes it suitable for powering a range of devices, including microcontrollers, FPGAs, and other low power integrated circuits.

The R0.25S-3.312/P-R uses a number of technologies to protect the device from damage or malfunction. It features over-temperature protection, over-voltage protection, and over-load protection. The converter also includes a test pin for test purposes and improved ESD protection for greater reliability in electrically noisy environments.

The primary components of the R0.25S-3.312/P-R DC-DC converter are two power transistors and two resistors. The transistors are placed in a voltage-boosting configuration, which is capable of providing up to 3.3V output at 250mA maximum load current. The two resistors help stabilize the output voltage and current, providing a stable source of power for the connected load.

The R0.25S-3.312/P-R is well suited for use in a range of applications that require a DC voltage level to be converted to a higher level. Its wide input voltage range and ability to provide up to 3.3V output at 250mA, makes it suitable for powering a variety of portable and automotive electronics devices. Furthermore, the device’s protection features ensure it will function reliably in electrically noise environments.