IWS4805

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The IWS4805 is a DC DC converter that has a wide variety of applications. Based on system requirements, a converter with suitable electrical and mechanical features can be selected in order to achieve optimal performance. This DC DC converter is commonly employed in industrial, telecommunications, medical, military, aerospace, and space applications.

In terms of physical characteristics, the IWS4805 has a Standard 2” x 1” footprint and is capable of conducting seamless and efficient operation with the help of the latest technologies. With a high-vibration-resistance and high-temperature-stability, the on-board components of this converter enable optimized performance even in harsh environmental conditions. In addition, its isolation voltage is as much as 5kV, making it a preferred choice for a range of applications.

The working principle of the IWS4805 is based on synchronous forward works, and it uses an FET-based power supply. This DC DC converter effectively converts the input voltage to a desired output voltage with efficiency of as much as 96%. It also has a high-frequency PWM conversion technology, enabling faster response time and superior compatibility and operability.

In addition, the IWS4805 offers a wide operating temperature range of -40°C to 85°C in storage and working conditions. With significant features such as remote sense, trim, and OTP, the device can be used in an assortment of applications. The safety features of this DC DC converter also make it a preferred choice for hazardous and particularly sensitive operations. Furthermore, it can be used for distributed and point-of-load applications, making it possible to set up distributed voltage regulators in large scale systems.

The IWS4805 DC DC converter provides an optimal solution for converting input voltage to desired output voltage with great precision and efficiency. It features a wide range of safety features and it has a reliable operating abode. As such, this device can be employed in industrial, telecommunications, medical, military, aerospace, and space applications where high performance and efficiency is essential.

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