PQA30-D24-S15-T

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DC-DC converters are well-known devices that are used to convert ac power and voltage to a direct current voltage. They are available in many formats, shapes, sizes, and power ratings. The PQA30-D24-S15-T is a type of DC-DC converter that is used when a higher voltage input is required to power a single low-voltage load. This type of DC-DC converter can also be used to power multiple low-voltage loads from a single high-voltage input.

The PQA30-D24-S15-T DC-DC converter uses a modular form factor, which allows for mounting directly to a panel or on DIN-Rail. Its compact design provides an efficient conversion with low magnetic shielding. It is designed with a wide input voltage range of 18-50VDC, and the output is adjustable from 3.3-30V with upto 90% efficiency. It is designed for an operating ambient temperature range of -40°C to +85°C.

The main features of the PQA30-D24-S15-T DC-DC converter are the small size, low ripple, high-efficiency and the ability to power multiple low-voltage loads. It is a high-tech product and suitable for many applications such as in the automotive, communication, computer, transportation, and instrumentation industries.

The working principle of the PQA30-D24-S15-T DC-DC converter is relatively simple. It uses an inductive converter topology with a single energy storage inductor and a diode rectifier. This topology provides isolated high-efficiency conversion from the input voltage to the output voltage. The output voltage is controlled by a pulse width modulation (PWM) method using a MOS-FET switch driven by an internally generated signal. This type of converter is well suited for power supply applications with high efficiency, good no-load operation and a high voltage step-up capability.

The PQA30-D24-S15-T DC-DC converter is reliable, efficient, and suitable for many applications. Its versatile design makes it suitable for a wide range of applications ranging from automotive to industrial electronics. It is an ideal solution for powering low-voltage loads in mixed-voltage applications, such as when a high-voltage input is required for multiple low-voltage loads.

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