1735265-8

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FFC, FPC (Flat Flexible) Connectors are often used for providing electrical connection to a wide variety of electronic components. 1735265-8 is one of the more common and reliable models in their product offering. It is ideal for applications requiring a reliable and compact power transmission with excellent vibration and shock resistance. Additionally, the 1735265-8 connector offers superior flexibility and installation time compared to other types of FFC connectors.

The 1735265-8 connector features a 2.5mm pitch, a 24 pin layout, and a two-piece body with stainless steel pins and rigid termination alloy. Thanks to the housing design, the housing can self-align less likely leading to installation errors. It also provides a flexible connection that is resistant to mechanical shock and vibration and provides superior flexibility compared to other types of FFC connectors. The 1735265-8 connector also utilizes a reversible two-piece body, which allows for easy installation or removal from the mating equipment.

The 1735265-8 application field and working principle is relatively simple. Upon power contact, the electric current passes through the two pieces of the body to the pins, which then travel to the connected unit. The housing is made up of two pieces, a base and a top. The two pieces fit together and are held together by four Torx screws. When the power contact is made, the electric current passes over the pins and travels through the base and the top of the housing, before making contact with the connected unit. During installation, the pins can also be installed to ensure proper contact.

The vibration and shock resistance of the 1735265-8 connector is one of its main benefits. The connector’s two-piece body, with stainless steel pins and rigid termination alloy, significantly increases the flexibility of the connection. This makes the 1735265-8 connector ideal for applications requiring a reliable and compact power transmission in hazardous environments. Furthermore, the reversible two-piece body design allows for easy installation or removal from the mating equipment, saving time and reducing installation errors.

In addition to its vibration and shock resistance, the 1735265-8 connector also offers enhanced heat dissipation. The connector’s housing material and design maximize heat dissipation while preventing damage to the EMI/EMC capability of the components. Heat dissipation also helps to reduce power consumption and extend connector life cycles.

Overall, the 1735265-8 FFC connector is an ideal choice for applications requiring a reliable and compact power transmission in hostile environments. Thanks to its vibration and shock resistance, superior heat dissipation, and two-piece body design, the 1735265-8 connector offers superior flexibility, installation time, and cost over other types of FFC connectors. The connector’s installation and removal process is also simple and efficient, allowing for easy maintenance and upgrades.

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