RP15-2412SA/P

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DC-DC converters receive a DC voltage input and produce a DC voltage output at the required level, independent of reactive or resistive loading. One example is the RP15-2412SA/P DC-DC converter, which uses power field-effect transistor (FET) based control switch technology in a boost converter configuration to provide an output voltage that is related to the input voltage by the equation V _OUT = R x V _IN, where R is the duty cycle (“on” time = R x “period”) determined by the FET switching circuitry. This DC-DC converter has a variety of applications when used in day to day operations, as well as industrial, medical and automotive industries.

One of the primary applications of the RP15-2412SA/P DC-DC converter is to convert a low voltage DC source, such as a battery, into a higher voltage DC source for use in small motor and light applications in the consumer and automotive industries. The converter has been tested and verified to have an efficiency rate of up to 97%, with a ripple on the output of no more than 150mV peak-to-peak. Additionally, the wide operating temperature range of the RP15-2412SA/P, from -40 °C up to +85 °C, makes it suitable for use in a variety of industrial and automotive applications, such as electric vehicle charging systems, off-grid solar energy systems, embedded controllers, DC motor drives, LED lighting, and more.

The RP15-2412SA/P utilizes synchronous rectification control circuitry, allowing for a high efficiency switch mode DC-DC boost converter. The efficiency rate of the RP15-24 12SA/P is maximized by utilizing a control loop that ensures the FET switch can be turned off as rapidly as possible, when the current reaches the preset limit. It also employs voltage and current feedback control circuitry to source the output voltage accuracy and disturbances such as changes in input voltage, output voltage, and load are compensated for.

A unique feature of the RP15-2412SA/P is its built-in, low heat-dissipation power FET technology. This reduces the need for bulky heat sink or air flow, allowing for a more compact size. Additionally, the flexible input voltage range, from 4.5 VDC to 36 VDC, makes it ideal for a variety of power setups. The low input current of 50uA for normal operation also make the RP15-2412SA/P more energy efficient.

The RP15-2412SA/P DC-DC converter can be put together with a range of other components to build a complete, efficient power conversion system. The wide choice of options for component selection and design optimization makes the RP15-2412SA/P ideal for applications that demand both high performance and low cost. By using this device, it is possible to produce an end product that has a maximum efficiency rate of 97%, low component counts and minimal heat dissipation. As such, the RP15-2412SA/P can be a cost effective choice for most demanding DC-to-DC boost power conversion systems.

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