DBM17C2PK87

D-Sub Connectors are a type of electrical connector widely used in electronic devices. The DB17C2PK87 is an active latch D-Sub connector, with nine pins in a 2.5mm pitch configuration. It is ideal for applications ranging from communications to consumer electronics.

The DB17C2PK87 connector is made from a heavy duty, high-temperature resistant plastic with gold plated contacts. This makes it resistant to corrosion and ensures reliable signal connection. It is also designed with strain relief for increased durability.

In terms of application fields, the DB17C2PK87 can be used for phone lines, computer networks, etc. It is ideal for connecting devices that require data transfer at high speeds and with low latency, such as cell phones and tablets. It is also used in consumer electronics, industrial devices, and automotive applications.

The DB17C2PK87 connector is designed to provide superior signal integrity when compared to standard D-Sub connectors. It has a minimal insertion loss, which allows it to transmit data at high speeds without distortion or static interference. In addition, the connector is designed to reduce crosstalk, meaning that signals transmitted by one connector will not interfere with signals transmitted by another.

The working principle of the DB17C2PK87 connector is fairly simple. First, the connector’s pins are connected to the device’s circuit board. The pins then make contact with a Solder-in Pad which completes the electrical connection.Finally, the connector is secured using an Active Latch mechanism which firmly locks the connector in place. This latch mechanism ensures that the connection is stable and reliable, even in environments with vibration.

In conclusion, the DB17C2PK87 connector is a reliable and durable solution for a variety of applications requiring high speed data transfer and low latency. Its active latch design provides superior signal integrity when compared to standard D-Sub connectors. The DB17C2PK87 is ideal for use in communications, consumer electronics, industrial devices, and automotive applications.