CQHS2504832

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CQHS2504832 is part of the vast pool of DC- DC converters. It is a DC-DC voltage regulator specifically designed to revert incoming power from a 48-volt input voltage source to a steady state 24-volt output voltage. The DC-DC converter is intended to allow the transmission of power between two different voltage sources and at the same time manages any kind of discrepancies between the two voltage levels.

The CQHS2504832\'s features can best be summarized as follows:

• High efficiency: Its efficiency rating is at around 95 %/SNR, far better than many other voltage regulators competing in the market. Not only does this reduce running costs, but it also means the equipment can run cooler and last longer.
• High switching frequency: It offers a switching frequency of up to 350 kHz, making it one of the quickest voltage regulators available. This increased speed eliminates any lag time and results in a smooth output voltage.
• Wide input voltage range: The device can accept input voltages ranging from 36 to 52 volts. This provides users with great flexibility when connecting to existing power systems, regardless of their voltage level.
• Low standby power: It requires very little power to maintain its hold on the output voltage. This spares the user huge amounts of energy that would otherwise have been wasted.

The CQHS2504832\'s versatility, as well as its efficiency ratings and quick switching frequency, make it an ideal choice for a variety of industries and applications. But perhaps its most important use is in the telecoms industry, where it is often found powering switching equipment, digital signal processors, and remote antenna units. It is also adept at providing clean and stable voltage to help protect data and equipment from any kind of power surges.

The CQHS2504832 voltage regulator\'s working principle consists of a series of stages; first, it takes in the incoming power and reduces it, via an oscillator. The oscillator creates a square waveform which is then filtered through an inductor. The inductor steps up the current before it is sent through a transformer, which is designed to reduce it even further. The current then passes through another inductor for further filtering. Finally, it reaches the output stage, where a series of capacitors eliminate any left over noise in the signal before it is sent out.

In conclusion, the CQHS2504832 DC-DC converter offers powerful, efficient, and accurate power transmission between different voltage sources. Its wide input voltage range, low standby power, and quick switching frequency help it to stay ahead of its competition, making it an excellent choice for many applications. Its working principle, consisting of several stages of inductors and transformers, eliminates any surplus power and offers the user clean and stable voltage output.

The specific data is subject to PDF, and the above content is for reference