RSS-3.315/H-R

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

RSS-3.315/H-R is a DC-DC converter family consisting of standard, configurable, and custom products. Its unique feature is the ability to convert a wide range of voltage inputs and to provide up to three outputs with different voltage durations.

The RSS-3.315/H-R assembly consists of one main board and two daughter boards, which are designed to be connected through self-locking mechanisms or through spring-pin connections. Each of the daughter boards is equipped with up to three isolated DC-DC converters, respectively. The main board provides the power and logic control for the converters, and the daughter boards provide signal conditioning and voltage regulation to realize an acceptable interface between the host system or power source and the converter outputs.

This DC-DC converter family is specifically suitable for applications where power requirement varies greatly. The input and output voltages can be easily adjusted according to the application, and the internal control circuit keeps track of changes in the output voltage. Furthermore, the ability to provide several outputs with different voltage and duration makes the family an ideal choice in applications such as DVRs, security cameras, or any other application that requires different levels of power.

The working principle of the RSS-3.315/H-R DC-DC converter family is based on a switching regulator technique, which is widely used to control the output voltage of a DC-DC converter. Through this technique, the converter is able to efficiently generate output voltages from different input voltages, depending on the requirements of the application. The switching regulator technique is based on switching the output voltage via an internally generated PWM signal.

When the input voltage of the RSS-3.315/H-R DC-DC converter is applied, the internal control circuitry senses the input voltage and begins its switching process. The internal control circuit then begins to switch the output voltage between the highest and the lowest voltage levels, using the PWM duty cycle. The duty cycle (the amount of time that the output voltage is switched between the high and the low levels) determines the output voltage. Higher duty cycles will result in higher output voltages, and lower duty cycles will result in lower output voltages.

In addition, the RSS-3.315/H-R DC-DC converter also incorporates a carry-over circuit, which keeps output voltage levels stable over a wide range of input line conditions. This feature helps to ensure that the output voltage always remains within the specified operating range and that the components used in the application will not be damaged due to a sudden increase or decrease in input voltage.

Overall, the RSS-3.315/H-R is an ideal and versatile DC-DC converter family that provides the necessary voltage level variations and current range for a wide range of applications. Its ability to provide multiple output voltages, along with its highly reliable switching regulator technology make it a highly recommended choice for a wide variety of projects.

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