DBML25S500M

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D-Sub connectors are special connectors in which the contacts are arranged in two parallel rows within a single metal housing. The DBML25S500M is the most commonly used type of D-Sub connector, and is usually used for applications in the industrial and test and measurement markets.

The DBML25S500M features an insulation displacement contact (IDC) construction, with two rows of round pins in a standard 1.27 mm (0.050\') pitch. The connector is designed so that the pins are retained in the plastic housing and each pin has a copper alloy contact plate on the bottom. This ensures optimal signal integrity.

The DBML25S500M has a comprehensive range of contact numbers, from 9 to 128 pins. The contact counts of two connectors can also be mismatched - for instance, one connector could have 16 pins, while the other could have 32 pins. This makes the DBML25S500M a versatile solution for a wide variety of connectivity applications.

The DBML25S500M is designed to be rugged and reliable. The connectors are made from thermoplastic material with a UL94V-0 flammability rating, and are designed to provide superior protection against environmental conditions such as dust, shock, and moisture. The connectors are also designed to meet the restrictions of EMC and FCC-level electromagnetic compatibility, so they are suitable for use in high-noise environments.

The working principle of the DBML25S500M is relatively simple. When the connectors are mated, the pins in the female connector are pressed against the contact plates in the male connector, which creates an electrical connection. The connection is airtight, which ensures that there is no electrical current leakage. The connector also features a locking mechanism, which ensures that the connectors remain securely mated.

The DBML25S500M is an ideal solution for a range of applications in the industrial and test and measurement markets, such as in-circuit test sockets, data acquisition systems, junction boxes, process control systems, and cable assemblies. The connector offers the perfect balance of performance and reliability, making it an excellent choice for high-reliability applications.

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