ATA00A36S-L

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DC-DC Converters have become an increasingly popular form of power supply for many users. The ATA00A36S-L DC-DC converter is a device that uses a buck topology to efficiently convert a DC input voltage to an adjustable DC output voltage lower than the input voltage. It can also be configured to work in step-up mode to increase the output voltage. This makes the device particularly useful for a variety of applications, such as powering multiple circuits in industrial and automotive applications.

The ATA00A36S-L is a buck converter with a 45-Watt output rating and a range of input voltage between 4.75 to 45V. The conversion efficiency of the device is claimed to be as high as 92%, and the maximum output current is 9A with a temperature range of −40°C to +85°C. The device housing is inherently secure, allowing it to be used safely in environments that require adherence to rigorous safety standards.

The constant switching frequency of the ATA00A36S-L is particularly useful for sensitive applications, as the harmonics generated by the buck switching process are not over-amplified. The device also has an integrated output voltage adjustment circuit, so the output voltage can be easily adjusted using the two external resistors. This makes the ATA00A36S-L a great choice for applications where the output voltage needs to be adjusted. Furthermore, the device has integrated current sensing and power limiting circuitry, which allows the device to be used in applications where current limiting is essential, such as in automotive power systems.

The ATA00A36S-L also has a low quiescent current of 12mA, making it suitable for battery operated applications. The device is also 100% load tested under conditions that simulate extreme temperatures, so it is reliable in applications where power supply reliability is key.

In summary, the ATA00A36S-L is a reliable and efficient DC-DC converter with a wide input voltage range and a constant switching frequency. It is well-suited for a variety of applications, especially those where current and voltage regulation, as well as temperature stability, are important. It is particularly well-suited for harsh environments, and it has a temperature range of −40°C to +85°C. The device also has integrated current limiting and power limiting circuitry and a low quiescent current, making it suitable for battery operated applications.

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