ATA016A0X3-SR

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DC DC Converters

DC DC converters are electrical components that take a direct current (DC) voltage source and convert it into a higher or lower voltage level. The ATA016A0X3-SR is a type of DC DC converter that is designed to take a 4.5–24 V input and convert it into an adjustable output of 1.2-18V with up to 3A of current.

Application Field

The ATA016A0X3-SR is most often used in high current, small form factor applications in the industrial, medical, and consumer markets. These include portable battery operated devices, power supplies, switch mode power supplies, and high-performance servers and networking components. Additionally, it can be employed in a variety of power conditioning or voltage regulation applications, such as motor speed control, dc-dc battery chargers, DC/DC power supplies, DC/AC inverters, and DC fan controllers.

Working Principle

The ATA016A0X3-SR is a switch mode power supply device that uses step-down switching technology to reduce the voltage output of a direct current source. The circuit typically comprises four active components: an inductor, a capacitor, a diode and a switching element. The inductor transforms the electrical energy and stores it while the capacitor filters the electrical noise. The diode and the switching element are used to connect or disconnect the circuit to the load and control the converter’s output voltage. The procedure operates by applying a fixed voltage to the input and then the switching element turns on and off to regulate the voltage across the inductor. The inductor provides an energy to the output when the switching element connects and disconnects from the input. The output voltage is then regulated by the control circuit, which adjusts the duty cycle of the switching element by changing the ON and OFF times.

Conclusion

The ATA016A0X3-SR is a highly efficient, compact DC DC converter that offers a wide input/output voltage range and high current output. It is ideal for a variety of high-end applications, such as portable battery operated systems, power supplies, and power conditioning. It uses step-down switch mode technology to reduce the voltage output of a DC source and is able to regulate the output voltage by controlling the duty cycle of the switching element.

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