DBUF25PTI

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DBUF25PTI connectors are a type of D-Sub connectors. The basic characteristics of DBUF25PTI are: pressure-resistant, anti-vibration, current rating: 4A, durability up to 500,000 insertion cycles, contact form (polarization): straight, contact resistance: 10mΩmax.

The design of DBUF25PTI connector consists of an insulating base and a pinch-in connector. The surface of the insulating base is designed with a rectangular prism. At both sides of the prism, two bronze contact leads are fixed. There is a small hole in which the contact lead is locked with a plastic knob. The body of the connector is made of brass, and the contact is made of phosphor bronze.

These DBUF25PTI connectors are widely used in many cases. They can be applied in serial circuits, as well as to interface between peripheral devices and various microprocessors. They can also be used in medical equipment such as ECG and EKG systems, as well as in robots and automatic production equipment. Additionally, they are widely used in telecommunications and computer networks in industrial and residential applications.

The working principle of the DBUF25PTI connector is simple. When the connector is plugged in, the contact leads make contact with the pins of the connector. This establishes a current flow between the pins, which in turn allows the peripheral device to communicate with the microprocessor. The contact resistance between the pins is the only limitation on the current which can flow through.

Besides a high current carrying capacity, the DBUF25PTI connector has many other advantages. It can be used in the environment of shock, vibration and temperature fluctuations. It also has a superior insulation performance and low contact resistance. It is also easy to install and doesn\'t require much maintenance.

In summary, DBUF25PTI connectors are a type of D-Sub connectors. They have several advantages compared to other connector types. They are designed with an insulating base and a pinch-in connector, and they are capable of withstanding shock, vibration and temperature fluctuations. The working principle is very simple, and it allows the peripheral device to communicate with the microprocessor. They are ideal for use in serial circuits, medical equipment, robots, telecommunications and computer networks in industrial and residential applications.

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