English Views: 3 Author: Site Editor Publish Time: 2021-11-26 Origin: Site
As users continue to increase the performance of electronic devices, making DC connector products interconnection technology solutions also put forward higher requirements, connectors need to have more innovative, more functional technology. Connector miniaturization and high-density contacts can save space and weight to meet the popular trend of portability and wear resistance. And DC connector miniaturization technology facilitates portability, mobility, and flexibility, bringing great performance design needs for medical, consumer, and military markets.
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Suppliers of connectors
Connector housings
Looking for a good DC connector supplier is extremely critical because a good connector supplier either product quality or service has a very good guarantee, so specify a good connector supplier need to pay attention to what issues? Below we share the three standard requirements for specifying a connector supplier. Certification requirements: before specifying the connector, the supplier should understand the basic strength of the manufacturer with the certification information, such as whether it has ISO9001 quality system certification and other certification certificates.
Technical support requirements: Because the demand for connectors is diverse and may require customization. So, before specifying a DC power line connector supplier should be clear whether the manufacturer has the production technology to meet the requirements to ensure that the chosen connector supplier can meet the demand for technical support. Supply chain requirements: delivery issues have been an important consideration in the selection of connector suppliers. So, when specifying the connector supplier should be clear about the manufacturer's product production efficiency. Quality connector suppliers usually have multiple products production supply chains, even in the event of major problems. Multiple production sites can also provide resilience to avoid affecting the yield and delivery issues.
DC battery connector shell can protect the connector from adverse environmental factors, such as preventing the intrusion of liquid and dust, and other contaminants into the connector interface. So, the choice of connector shell must be strong enough to cope with different working environments.
First, if the connector is expected to be used in a harsh environment that will be subject to mechanical shock and vibration, it may be necessary to use after the impact-resistant polymer shell connectors or connectors with a protective metal shell. Second, if the DC jack connectors are used for high-temperature or low-temperature applications, then a specific housing material is required, and consider whether to use thermoset or thermoplastic materials. And if the connector housing requires active latching, then the designer must specify a polymer material that allows latching flexibility and meets other mechanical and electrical requirements. Third, if the DC jack connectors are used in a wet environment, then the connector housing with good sealing and corrosion resistance needs to be considered. Fourth, if the connector is used in chemical exposure, it is necessary to ensure that the connector housing material can withstand continuous exposure to volatile hydrocarbons without becoming brittle or breaking.
With the introduction of 5G networks, the need for higher-speed DC connectors and cables supports that infrastructure as well as carries higher data rates. The prospect of high-speed connectors for 5G technology will have a significant impact on markets such as automotive, transportation, test, and measurement. In some specific application environments, some new DC connector interconnect technology solutions may be required, designed to ensure user safety issues. Especially in medical, military, and aerospace applications of high reliability interconnect technology is particularly important.
