CLT-136-02-F-D-A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Receptacles, Female Sockets - offer connectors designed for secure mating of connections, typically between two printed circuit boards (PCBs) or for attaching a wire harness to a PCB. The CLT-136-02-F-D-A connector is a general-purpose right-angle header and receptacle specifically used on consumer electronics devices, industrial control hubs, and low profile medical and scientific instruments. The connector provides standard and secure electrical connections by joining two PCBs at right angles.

Application Fields

The CLT-136-02-F-D-A connector is designed to meet the demands of both high-density and low-profile applications. It is applicable to all sectors of the electronics industry, including consumer electronics, communications, industrial control, medical, and scientific instruments. Specifically, the connector is used in the following application fields:

• Consumer Electronics: CLT-136-02-F-D-A connectors are used to join two or more PCBs in consumer electronics devices, such as smartphones, tablets, cameras, televisions, and gaming consoles. The connector is ideal for these types of products due to its secure mating capability, low-profile design, and ability to ensure fast data transfer rates.
• Industrial Control Hubs: CLT-136-02-F-D-A connectors are used to join two or more PCBs in industrial control hubs, where it’s crucial to guarantee reliable and secure connections to reduce downtime and ensure maximum safety. Its high-speed data transfer rate and two-point contact system guarantee reliable mating and significant reduction in wiring time.
• Low Profile Medical and Scientific Instruments: CLT-136-02-F-D-A connectors are used to join two or more PCBs in low profile medical and scientific instruments, such as blood pressure monitors and lab equipment. The right-angle contact of the connector ensures low-profile connections in cramped spaces, improving the function of the instrument.

Working Principle

The CLT-136-02-F-D-A connector is designed for secure mating of connections, typically between two PCBs. Its two-way electrical contact system ensures reliable and consistent data transfer between the two PCBs. Specifically, the connector uses a two-point contact system that guarantees secure and reliable electrical connection even in harsh conditions. The two-way, right-angle contact of the CLT-136-02-F-D-A connector offers faster data transfer rates, which is useful in applications that require high-speed data transmission. The connector is also designed for easy and secure mating, which helps reduce wiring time in industrial applications.

Moreover, the CLT-136-02-F-D-A connector is designed for durability and resistance to extreme levels of humidity or dust, allowing for reliable operation in any environment. It is also equipped with a unique spring-locking system that ensures high retention forces and prevents accidental disconnection. In addition, the connector is equipped with grounding plates, which provide extra protection against shock or vibration.

Conclusion

The CLT-136-02-F-D-A connector is a general-purpose right-angle header and receptacle specifically used on consumer electronics devices, industrial control hubs, and low profile medical and scientific instruments. The connector provides standard and secure electrical connections by joining two PCBs at right angles. It is designed for secure mating of connections and has a two-point contact system that guarantees reliable and consistent data transfer between the two PCBs. The connector is also designed for durability and resistance to extreme levels of humidity or dust and is equipped with a unique spring-locking system that ensures high retention forces and prevents accidental disconnection. In addition, the connector is equipped with grounding plates, which provide extra protection against shock or vibration.

The specific data is subject to PDF, and the above content is for reference