953250-2000-AR-PR

Rectangular connectors are indispensable components in the modern world of electrical and electronic applications. Inasmuch as most industrial and consumer electronics, including those needing high performance and miniaturization, feature those rectangular connectors, many models such as 953250-2000-AR-PR are available these days. Hence, let us now look into the application field and working principle of this connector.

The 953250-2000-AR-PR rectangular connector is used for multi-pin, high density, power and RF applications. It features a black thermoplastic housing, insulation displacement terminals, and a dual-row design with up to 50 contacts. Its high reliability and temperature resistance make it suitable for heavy duty applications in multiple sectors. Applications include those in consumer electronics, communications, automotive and medical. This model also features a 2.00 mm header with a selective gold plating and a polarized version. It is also compliant with RoHS, UL and CSA standards for enhanced reliability and safety.

In terms of working principle, the 953250-2000-AR-PR rectangular connector is a female socket connector with insulation displacement (IDT). It has an insulation displacement terminal (IDT) for everyday and reliable connections. When a male pin is inserted into the female socket, the IDT cuts the insulation and creates a solid electrical connection. This connection remains reliable even after highly stringent electromagnetic and radio frequency interference tests. Moreover, this model also features a metal shell for enhanced protection and EMI/RFI shielding.

In conclusion, the 953250-2000-AR-PR rectangular connector is an ideal choice for high density, multi-pin power and RF applications. Its insulation displacement (IDT) connections provides reliable and long lasting connections for a wide range of applications. Moreover, its high temperature and electromagnetic resistance make it suitable for a wide range of challenging environments. All these features help to make it an impossibility for designers to circumvent the use of connectors such as this one.