DZ16F20

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

DZ16F20 is a type of Specialty Fuse suitable for many electrical applications. It is composed of a three-piece shell, three metallic electrodes, and an NC contact. The three-piece shell keeps the NC contact separated from the other two metallic electrodes and can be used to electrically insulate them. Inside the three-piece shell, two metallic elements are placed to control the current flow to the NC contact. The other two are also responsible for protecting the fuse from any electrical overload or short circuit.

The DZ16F20 specialty fuse is available in the following characteristics: voltage rating from 0.5V to 6V; current rating from 6A to 15A; and breaking capacity from 0.1A to 4A. It can operate within the temperature range of -55°C to 85°C and has a maximum overload time of 0.3 s. The DZ16F20 fuse is suitable for low voltage, low temperature, low current applications.

The working principle of the DZ16F20 fuse is based on the "hot spot" theory. When an overcurrent flows through the fuse, the exposed metal will get heated up and expand due to heat energy. Once the metal has expanded, the contact in the fuse will be opened, thus interrupting the circuit.

The DZ16F20 fuse has a wide range of applications. It can be used in various electrical systems, such as telecommunication, high-speed data processing, automotive, lighting, power distribution, and consumer electronics. It is perfect for these applications due to its high breaking capacity, low voltage, low temperature, and low current rating. It can also be used for short circuit protection, replacement of worn-out fuses, and fuse protection for sensitive electronic devices.

In summary, the DZ16F20 fuse is a type of Specialty Fuse suitable for many electrical applications. It is composed of a three-piece shell, three metallic elements, and an NC contact. It has a wide range of applications, such as telecommunication, high-speed data processing, automotive, lighting, power distribution, and consumer electronics. It has a high breaking capacity, low voltage, low temperature, and low current rating. Its working principle is based on the "hot spot" theory. When an overcurrent flows through the fuse, the exposed metal will get heated up and expand due to heat energy, thus interrupting the circuit.

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