830-90-035-10-001000

Rectangular connectors typically have plastic housings that contain the electrical contacts. Headers, male pins, and pins are common components for these connectors. Model 830-90-035-10-001000 is one such connector, and it has a specific type of performance characteristics and applications.

Technical Specifications

The 830-90-035-10-001000 is a 4-pin, 0.035-inch square post header. The contact resistance ranges from 20 to 30 milli-ohms. It also has an electrical and mechanical temperature range from -55 to +125 degrees Celsius. The current rating of this model is 1.5 Amps per pin. It is also rated for a voltage of 125 Volts AC or 30V DC. The insulation resistance ranges from 1000 to 3000 Mega-Ohms.

Application Field

The 830-90-035-10-001000 rectangular connector is generally used for internal signal transfers and sensing applications. It is most commonly used in automotive, audio, medical, and industrial applications. It is used in automotive applications such as transmission controllers, engine controllers, instrumentation and audio systems. It is also used in medical equipment such as blood pressure monitoring devices, ultrasound equipment, anaesthesia machines, and other monitoring devices. It is also suitable for industrial environmental control systems and process monitoring equipment.

Working Principle

The 830-90-035-10-001000 rectangular connector works by creating a physical connection between two pieces of equipment, allowing electrical signals to be transferred between them. This is done by inserting a 4-pin header into the housing. The pins are then connected to the contacts inside the housing via a pressure-fit connection. Once the pins are inserted, the contacts create a reliable physical and electrical connection. This allows the electrical signal to be transferred between the two pieces of equipment.

Conclusion

The 830-90-035-10-001000 is a 4-pin, 0.035-inch rectangular connector. It has a wide variety of applications in automotive, audio, medical, and industrial applications. It works by creating a physical connection between two pieces of equipment, allowing electrical signals to be transferred between them. The design of this connector is reliable and suitable for a variety of applications.