VE-242-CW-F3

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 have been increasingly used in many applications due to their capability to transform a DC supply voltage to either a different DC voltage level or an AC voltage. A variety of DC-DC converters have been used, such as isolated and non-isolated converters, linear regulators, charge pumps, etc.

The VE-242-CW-F3 DC to DC isolator is a type of isolated converter specifically designed for data acquisition applications. This converter is composed of two coupled transformers so that one loses the connection to the ground, thus galvanically isolating the input from the output and the device from any external electrical disturbance.

The VE-242-CW-F3 effectively utilizes the principle of electromagnetic induction when transferring power from an input to the output. The input signal of the device is transmitted to the primary coil of the transformer. After that, the electromagnetic flux generated by the primary winding links the secondary winding to induce a voltage into it. The voltage transformed from the input signal is proportional to the turns ratio of the transformer; in the VE-242-CW-F3, this ratio is 10: 1. Also, since the transformer operates as an isolator, the output voltage is completely isolated from the input by the magnetic barriers from the transformer.

Additionally, the VE-242-CW-F3 provides a number of features in order to enhance the simple transformer-based isolation function. The device has a wide operating temperature range from -40˚C to +85˚C, which is suitable for most environmental applications. It also has an over-temperature and current-limit protection, which further increases the safety of using the device. Additionally, it runs with a regulated and temperature-compensated output voltage, maintaining its output within a tight voltage range.

In conclusion, the VE-242-CW-F3 is a useful DC/DC isolator that is perfect for applications that require full galvanic isolation while also having easy control and protection. This device is efficient at transforming DC signals from its input to its output and provides features such as temperature and current limit protection to ensure the safe usage of the device in most applications.

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