In the process of manufacturing bnc connectors, there will be many links. For example, the early design link is an important focus of manufacturers. In the design of bnc connectors, there is a design requirement for power performance. So what is the power performance design requirement of bnc connectors? Next, Dosin hardware and electronic connector manufacturers will come to popularize the power of bnc connectors for performance design requirements.
Dosin hardware electronics engineers pointed out that while increasing data speed and miniaturization requirements are an important reference for the selection of rugged bnc connectors, defining the voltage and current requirements of each contact is still the choice of the ideal bnc for a specific device. The primary consideration for connectors.
The specifying engineer must ensure that the bnc connector not only has the correct number of contacts, but that the contacts can handle the power and signal demands required by the application. Usually the size of the contacts and the size of the wires determine the current-carrying capacity of the connector, while the contact spacing, insulating material, and the geometry of the insulator used to isolate the contacts determine the bnc connector voltage rating.
To ensure the correct design of a bnc connector, it is important to delve into the electrical performance test data of the connector to determine exactly how the rated current and operating voltage specifications are derived, as test standards may vary. And when looking at the current rating of a bnc connector, it is important to pay attention to the temperature rise specification, which indicates how much heat is dissipated at a particular current value. And it's also important to confirm that the contacts support the chosen conductor size, as incompatible conductors can cause overheating issues and premature failure of the bnc connector.