CHS3004810-R

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DC DC converters are devices whose purpose is to convert a DC voltage to a different level. The CHS3004810-R is one such converter. It is a high frequency, isolated, DC-to-DC ruggedized converter often used in various aerospace applications.

The CHS3004810-R is a non-isolated, wide input voltage range DC-to-DC converter. It is used for power regulation in a variety of applications, including high-frequency radio, satellite link receivers, and high-powered locomotives. The isolated output is used to prevent transients from entering the sensitive output of the device. The device operates with frequencies up to 200 KHz and can handle voltage inputs up to 60 volts. It has an efficiency of over 85%.

The CHS3004810-R is a surface mount device with a maximum power capability of 50 watts. It has an input voltage range of 6 to 60 volts and an output voltage range of 3.3 to 15 volts. The device has a small size and can be mounted on boards as small as 0.2 inchesX0.4 inches. It has an efficiency of 85%, and a maximum operating temperature of 205°F (96°C).

The working principle of the CHS3004810-R is simple. The device is a switchmode DC-to-DC converter, which means it works by rapidly switching the input voltage in a controlled way to generate the output voltage. This process is usually done with high-frequency oscillators, which alternately charge and discharge capacitors, thus providing the voltage conversion. The device regulates the output voltage and current, and provides isolation by using isolation transformers.

In conclusion, the CHS3004810-R is a high frequency, isolated, DC-to-DC ruggedized converter, which is often used in aerospace applications. Its features include a wide input voltage range, an efficiency of 85%, and a maximum operating temperature of 205°F (96°C). It is suitable for a variety of applications, such as radio receivers, locomotives, and satellite link receivers. The working principle of the converter is based on rapidly switching the input voltage in a controlled way to generate the output voltage.

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