832-10-040-20-001000

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An ideal electrical connection should be able to handle large current load and should generate no sparks or shorts when being put together. Such connections are known as Rectangular Connectors - Headers, Male Pins, and 832-10-040-20-001000, is one of the most frequently used and economical connector type in the world today.

Physical Features of 832-10-040-20-001000 Connector

The 832-10-040-20-001000 is a straight plug-in connector with insulation displacement contact terminals. It has threaded terminals, pin-and-socket terminals, and pin terminals. It is also referred to as “insulation displacement contacts” (IDCs). The 832-10-040-20-001000 comprises two parts; the main body, also known as the “housing”, and the male pins, which fit into the header. The housing of the 832-10-040-20-001000 connector is made of plastic and is enclosed by protective covers on both sides. The dimensions of the connector are 3.20mm x 10mm x 2.00mm.

Electrical Characteristics of 832-10-040-20-001000 Connector

The electrical characteristics of the 832-10-040-20-001000 connector include a current rating of 2.5A per pin, a voltage rating of 330 volts DC or 120 to 250 volts AC, and a resistance rating of 0.6 ohms. The contact resistance between two terminals is 11 mΩ. The insulation resistance of the 832-10-040-20-001000 is 100 MΩ, and the insulation electric strength is up to 2000V/1min or 1000V/3s.

Application Field and Working Principle of 832-10-040-20-001000 Connector

The 832-10-040-20-001000 connector is ideal for use in a wide range of device and circuit protection applications, such as motor starter relay circuits, gas meters, general-purpose machines, measuring instruments, and industrial computing. It is also suitable for use in consumer devices including television sets, washers and dryers, refrigerators, microwaves, and other household appliances.

The 832-10-040-20-001000 connector uses a simple working principle. This connector utilizes insulation displacement contact technology (IDC) to provide a secure connection between two electrical circuits. The pins on the 832-10-040-20-001000 connector are made of a spring steel material which, when inserted into the header contacts, penetrates the insulation and makes contact firmly with the wires inside. This provides a reliable connection with high electrical integrity even in high-frequency applications. The pins and headers of the 832-10-040-20-001000 connector are also protected from dust, dirt, and moisture, offering further reliability.

Advantages of 832-10-040-20-001000 Connector

The 832-10-040-20-001000 connector is renowned for its reliable connections in a variety of applications. The most significant advantages of the 832-10-040-20-001000 connector include its small size and simple construction, its ability to handle large currents, its resistance to spark and short circuits, and its good insulation performance. Furthermore, the 832-10-040-20-001000 connector is easy to install and dismantle, and offers good electrical conductivity. The 832-10-040-20-001000 connector is also extremely economical, and is available in a variety of shapes, colors, and sizes.

Disadvantages of 832-10-040-20-001000 Connector

Despite its many advantages, the 832-10-040-20-001000 connector has some drawbacks. One of the main disadvantages of the connector is its low tolerance of vibration. The pins of the 832-10-040-20-001000 connector may become loose if they are exposed to heavy vibration or shock. Additionally, the insulation of the 832-10-040-20-001000 connector is not as reliable as that of other connectors, such as the 835 series diamond connector. This means that the 832-10-040-20-001000 connector is more susceptible to electromagnetic interference.

Conclusion

The 832-10-040-20-001000 connector is widely used in a range of applications due to its straightforward design and its excellent electrical performance. Its small size, high current handling capability, and low cost are especially desired. However, the 832-10-040-20-001000 connector is not suitable for use in applications that require a high level of vibration or shock resistance, as the pins become loose in such conditions. Care should also be taken to protect the connector from electromagnetic interference, as its insulation is not as reliable as other connector types.

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