FI2D024F9

The FI2D024F9 is a type of device that is capable of providing a range of variable output solutions, that can be used in a variety of applications. It is a special purpose DC/DC step-up regulator, which means it converts low voltage DC input to a higher output voltage. The device is able to provide a variable regulated output voltage of up to 24 Volts. This device is widely used in a variety of applications, ranging from powering medical equipment, to powering electronics and communications equipment in the industrial sector.

Operation Principle

The FI2D024F9 operates by utilising a step-up voltage regulator IC, which is powered using an inductor. The inductor operates by converting energy between the primary input voltage and secondary output voltage. The inductor and the regulator IC are interconnected and the input voltage is transformed to the desired output voltage level. The output voltage is regulated by adjusting the input voltage, which is accomplished by the integrated Resistor Divider Control circuit. This control circuit allows the output voltage to be changed according to the user’s requirements.

Applications

The FI2D024F9 is used in a wide range of applications, due to the ability to adjust the output voltage to meet the specific requirements of each application. This device is used in powering medical equipment, for automated control systems, as well as for powering electronics and communications equipment in the industrial sector. Additionally, it is used in a range of automotive electronics, such as vehicle monitoring systems and automotive lighting systems. This device can also be used for consumer electronics, including digital video recorders, television sets and audio devices.

Performance

The FI2D024F9 has a high efficiency rating that allows it to provide a stable output voltage at different temperature and load conditions. It is able to provide a high voltage accuracy with minimal voltage ripple, which helps reduce the number of components required for the application. Additionally, the device has a wide range of input and output voltage, allowing for flexible configurations and application requirements.