VI-J6Z-CW-F4

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 (Direct Current) DC Converters, also known as DC-to-DC converters, are integrated circuits designed to convert a DC voltage of one level to another. They are used in various electronic applications for providing a regulated DC output, often from a battery pack, power supply, or AC adapter. The VI-J6Z-CW-F4 is an example of a DC DC Converter. It is a DC Input to Negative and Positive DC Output DC DC Converter, with an input range of 4.5V~28V, and output voltage of 0V~20V.

The VI-J6Z-CW-F4 is a microprocessor-based DC DC Converter, which means the output voltage is dynamically monitored and controlled by an internal microprocessor. This allows the device to act as a regulated voltage source, providing a constant output over a wide range of input voltages and devices operating conditions. The device also includes a current limitation setting which will limit the maximum output current if the set limit is exceeded.

The VI-J6Z-CW-F4 DC DC Converter comes with a wide array of features that make it suitable for many different applications, such as automotive, commercial, and industrial. It includes a wide input voltage range of 4.5V~28V with an output of 0V~20V, an adjustable current limiting range up to 4A, and thermal overload and short circuit protection. The device also features a built-in current fold back (CFB) to protect against excessive current draw, as well as an overvoltage shutdown feature to protect against overvoltage input conditions.

The key working principle of a DC DC Converter is transformation of the DC input voltage into a regulated output DC voltage, providing both a conversion of voltage and current. This is done by the integrated circuit which includes a series of diodes, transistors, and switches that accept a DC input voltage and convert it to a regulated output voltage. This is done by routing the input voltage through an inductive load, followed by a rectifier, a capacitor, and a switch. The rectifier and capacitor form a filtering element that eliminates any AC component in the input voltage, while the switch allows for the switching of the current flow and thus the conversion of voltage.

In the case of the VI-J6Z-CW-F4, the input voltage is connected to one side of the inductor, and the output voltage is connected to the other side. The rectifier then allows the current to flow through the switch at a specified voltage or current, thus transforming the input voltage into the output voltage. The capacitor then eliminates any AC components in the input voltage, and the switch is used to regulate the output voltage, while the current limit is adjusted using the appropriate settings. The current limiter prevents the output current from exceeding a set limit, while the thermal overload protection can protect the device from excessive temperatures.

The VI-J6Z-CW-F4 is an example of a DC-DC converter suitable for a wide range of applications. With its wide input voltage range, adjustable current limit, and advanced features such as thermal overload and short circuit protection, this device is an excellent choice for automotive, commercial, and industrial applications. It can be used to provide a regulated DC output, often from a battery pack, power supply, or AC adapter, with the added benefit of current fold back and overvoltage shutdown. As such, the VI-J6Z-CW-F4 is a highly reliable and efficient component for many different DC-DC conversion needs.

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