REC8-243.3SRWZ/H3/A/M

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DC-DC converters are electronic power supplies used to convert one voltage or current level to another. This type of converter can convert between AC and DC, or between two different DC voltages or currents. The REC8-243.3SRWZ/H3/A/M is a type of DC-DC converter with specific specifications and performance capabilities.

The REC8-243.3SRWZ/H3/A/M is an adjustable DC-DC converter with an input voltage of up to 8 volts and an output voltage of up to 3.3 volts. It has a maximum current output of 90 mA, and its output voltage can be adjusted from 3.0 volts to 3.3 volts, depending on the input voltage. The converter is rated to operate over an ambient temperature range of 0°C to 85°C and is available with various package styles, including an open frame package.

The REC8-243.3SRWZ/H3/A/M is well-suited for applications where a low output voltage is required. Examples include voltage-sensitive electronic devices, portable electronic devices, and any other applications which require a consistent output voltage with minimal fluctuation.

The working principle of the REC8-243.3SRWZ/H3/A/M is based on the Buck Converter circuit. This type of circuit uses a switch, such as a transistor, to provide a path for electrical current. When the switch is on, current flows from the input source through the switch, and then to the output load. When the switch is off, the current is interrupted and the output voltage is determined by the amount of energy stored in the inductor. The transistor is then turned back on and the current begins to flow again, completing the cycle. This type of converter is capable of producing a constant output voltage, and can be adjusted to the desired voltage level by changing the duty cycle of the transistor.

In conclusion, the REC8-243.3SRWZ/H3/A/M is a type of adjustable DC-DC converter, capable of producing a constant output voltage of up to 3.3 volts. It is well-suited for applications which require a low output voltage, such as voltage-sensitive electronic devices or portable electronics. The converter operates based on a Buck Converter circuit, in which a transistor is used to provide a path for electrical current and the duty cycle is adjusted to determine the output voltage.

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