DF19KR-14P-1H(54) Datasheet/PDFDF19KR-14P-1H(54) Application Field and Working Principle
The DF19KR-14P-1H(54) is a type of rectangular connector specifically designed for use in automotive, industrial, and consumer applications. It is a double-row, 14-Pin Header type connector with a pitch of 1mm. It is an ideal solution for space-constrained applications because of its small size and lightweight design. This connector is designed for high-speed and high-sensitivity signals, as well as power. The DF19KR-14P-1H(54) provides a cost-effective solution for custom, high-reliability connection solutions.
The DF19KR-14P-1H(54) is typically used in automotive/heavy duty applications such as engine monitoring, anti-lock brakes, navigation, and airbag systems. It is also useful in industrial environments for equipment control, machine interfacing, and data logging. Because of its small size and high signal transfer capability, the DF19KR-14P-1H(54) is also popular in consumer electronics applications for audio and video equipment, handheld consumer devices, and entertainment systems.
The DF19KR-14P-1H(54) has an integrated locking mechanism which provides firm but flexible retention force when the connector is inserted onto a mating connector. The connector also has a dust shutter that provides protection from external contamination, further adding to its reliability. The DF19KR-14P-1H(54) is compliant with international standards such as DIN, MIL-STD-202, and UL.
The DF19KR-14P-1H(54) is constructed with an injection molded plastic housing and a zinc-plated metal cover The metal cover provides EMI/RFI shielding and the plastic housing is designed to stand up to environmental extremes and contamination. The gold-plated contact pins are crimped securely into the housing, providing a reliable connection and signal integrity. This connector is rated for 1000 mating cycles and is designed to withstand temperatures between -25°C to +105°C.
Overall, the DF19KR-14P-1H(54) is a reliable and cost-efficient rectangular connector that is suitable for a wide range of automotive, industrial, and consumer applications. Its small size, high signal transfer capability, robust construction, and integrated locking mechanism make it a great choice for high-reliability connection solutions.