PDQ2-D24-S15-S

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A DC-DC converter is an electrical component used to convert a DC voltage from one level to another. The most common application of a DC-DC converter is to convert the voltage from a battery to the correct voltage for a device, such as a laptop or cellphone. The specific DC-DC converter being discussed in this article is the PDQ2-D24-S15-S, a type of step-up DC-DC converter.

The PDQ2-D24-S15-S DC-DC converter is designed to take an input of 3-32 V DC and step it up to a higher voltage with an output of 5-60 V (configurable). It has a maximum efficiency of 94%, high power density of 3W/in3, and a wide temperature range. It is available in either a DIP or a SMD package, making it suitable for a variety of applications.

The working principle of the PDQ2-D24-S15-S is a buck-boost topology. This type of topology steps up or down the input voltage by using two switching components, a high-side and a low-side MOSFETs. The high side MOSFET is used to step-up the voltage from the input by charging an inductor, while the low-side MOSFET is used to step-down the voltage from the output by discharging the inductor. This is done by switching the MOSFETs at a pre-determined frequency, creating a pulse width modulation (PWM) signal.

The PDQ2-D24-S15-S is suitable for a variety of different application fields. It is ideal for automotive applications, such as in-cabin heaters, charge controllers, and LED lighting systems. It could also be used in consumer electronics, such as tablets, laptops, and medical devices. It also has the capability to be used in industrial applications, such as industrial inverters and solar charge controllers.

In conclusion, the PDQ2-D24-S15-S is a DC-DC step-up converter. It is capable of taking an input of 3-32 V and stepping it up to a higher voltage with an output of 5-60V (configurable). It has a maximum efficiency of 94%, high power density of 3W/in3, and a wide temperature range, making it suitable for a variety of applications ranging from automotive to consumer electronics and industrial. It works using a buck-boost topology, which steps up or down the input voltage by using two switching components, a high-side and a low-side MOSFETs.

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