What level is the horizontal connector

A horizontal connector is a small component used to achieve electrical connections, often used in electronic devices. Its role is to complete the electrical connection between the circuit board or the circuit board and the cable. Considering the use environment of electrical equipment, the quality of the horizontal connector is very important for the stability and reliability of the circuit.

According to different standards, horizontal connectors can be divided into several levels. For example, according to its pressure rating, it can be divided into class A, Class B, Class C, etc. Among them, the class A horizontal connector has the highest voltage level, which can reach more than 2500V, and is suitable for high-voltage circuits. Class B horizontal connectors have the second highest voltage level, which can reach more than 1000V, and are suitable for medium voltage circuits. Class C horizontal connectors have the lowest voltage level, which can reach more than 500V, and are suitable for low-voltage circuits.

In addition to the voltage rating, horizontal connectors can also be graded according to their contact resistance, insulation resistance, compressive strength and other indicators. For example, according to its contact resistance, it can be divided into low contact resistance, medium contact resistance, high contact resistance and so on. According to its insulation resistance, it can be divided into low insulation resistance, medium insulation resistance, high insulation resistance and so on. According to its compressive strength, it can be divided into low compressive strength, medium compressive strength and high compressive strength.

In practical applications, the selection of horizontal connectors needs to be selected according to the specific application environment and requirements. For example, in applications such as automotive and industrial machines, a waterproof type of connector needs to be selected to adapt to harsh environmental conditions. In high-speed circuits, it is necessary to select a connector with the appropriate IP level to ensure signal integrity and reliability. In the design of small Spaces such as CubeSats, it is necessary to choose a horizontal male connector that is more compact and lightweight than the traditional Micro-D connector to improve the coordination of the board layout.

In general, the horizontal connector is a very important electrical component, and its quality is crucial for the stability and reliability of the circuit. When selecting a horizontal connector, it is necessary to select it according to the specific application environment and requirements to ensure the normal operation and safety of the circuit.