The role of different series connector guidance

When professional connector manufacturers produce their products, they will produce many types of alternations for the products. This is because, in the current situation, there is no one product that can fit all the applications of single design connector alternation, so Most connector manufacturers will produce connectors to complete specific production tasks. So what is the role of different series connector links? Konnra connector engineers will come to introduce you to the knowledge of different series of connectors.

One, contact resistance lead
The efficiency needs to be ensured. The design must ensure that the resistance of any circuit is kept at a reduced position. The lower the resistance, the less power is lost during transmission. Each component added to the circuit may increase resistance, especially for connectors. The metal used to make the connection, the plating and the design of the interconnect itself can all help keep the resistance low. However, it is important to remember that the contact resistance is not static, because external factors (such as the environment and the number of connections and alternations) will affect the series resistance.
Second, adapt to the period constant
Normally, the physical life of connector alignment is measured in mating cycles. When the two electrical contacts are paired, the metal will convert the displacement of the contact and bend, then just observe how to move. This bending is important because it is a way for designers to properly realign and keep them together, but the bending itself creates stress in the metal. Causes the passage of time, which may lead to dispersion, and the physical pressure between the two directions will be in series.
Choosing the right material can achieve these effects. In more demanding environments, where high-performance applications are required, phosphor bronze can be used instead of brass as the base material. The superior elasticity and characteristics of phosphor bronze mean that they can withstand more cycles and still provide good electricity contact. The improvement in connector performance requires additional material costs worth paying.
3. Rated current and temperature coefficient
Despite the best efforts of the designers, each contact point will have a certain resistance, and through the current through the contact point, some energy will be lost in the form of heat. For signal connectors, this is irrelevant, but for connectors that are intended to be live, this may quickly become the source of new problems, even power supplies with high current ratings can become hot.
Otherwise, if the connector is placed in a high temperature environment, the additional temperature rise may cause damage. The good thing is that the temperature rise is predictable, and connector manufacturers can publish different charts to help users understand the effect of temperature on current. These charts can show how the current rise will affect the temperature, or inform the user of the maximum current recommended under specific conditions. With this level of technical detail, customers can purchase products they need with confidence.

The role of series connection of different series of connectors is introduced to you here. The design of connectors and series has always been the focus of connector manufacturers. Manufacturers are required to study various alternative properties, although the contact is The core of each connector, but there are many other factors that affect the signal initial and environmental performance.