SUS60505C-G

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

DC DC converters, also known as voltage converters, are highly versatile devices that have revolutionized the electronic design industry. Primarily, they are used to convert unregulated DC input voltage into a specified regulated DC output voltage. The SUS60505C-G DC-DC converter is an ultra-wide input voltage range, high efficiency, wide temperature range and highly reliable solution close-loop for all DC/DC converter applications. It has two model series, a parallel type offering an adjustable output voltage and series type with a fixed output voltage.

The SUS60505C-G is designed for industrial applications such as telecom, medical, process control, motor drives and general-purpose power conversions. It provides 15W of output power at full load under the working temperature of -40 - 85 ℃(-40 - 185℉) with no derating. This DC-DC converter has remarkable features such as overload protection, short-circuit protection and thermal shutdown. It also provides constant-voltage and constant-current regulation to ensure consistent output voltage and current levels to the DC output load regardless of the input voltage or load change. The optional protective cover delivers improved immunity from EMI disturbances.

The SUS60505C-G has several advantages over some other DC-DC converters. It offers a higher efficiency and a wider temperature range and is available in both open-frame and enclosed packages. It also features a higher input voltage range than most DC-DC converters and can accept an input voltage range of 5-60V. It has a wide line and load regulation range and can easily regulate load fluctuations up to ±0.5%.

The working principle of the SUS60505C-G is relatively simple. The input voltage is first rectified and smoothed by a diode bridge rectifier and the output voltage is regulated using a Pulse Width Amplitude Modulation (PWM) controller. In PWM mode, the controller continuously switches the input voltage to the output using varying duty cycles. The duty cycle is controlled by sensing the output voltage by means of voltage feedback network which is connected with the output voltage pin. If the output voltage drops below a certain level, the duty cycle is increased, which draws more power from the power source and consequently increases the output voltage.

The SUS60505C-G provides a highly reliable solution for DC/DC converter applications. Its wide input voltage, efficiency, temperature range and features make it ideal for industrial environments. Additionally, its ease of use and simple working principle make it a great choice for designers who want to quickly and easily implement a DC-DC converter into their design.

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