69190-403H

The 69190-403H is a rectangular connector from the Headers, Male Pins category. This small but innovative component is constructed from a nickel-plated copper alloy, with gold contact plating and an ABS insulator. It has a robust design and is highly reliable, making it suitable for a variety of applications.

The 69190-403H is a 4-pin header, meaning that it can be used to connect two electrical circuits or components. Each pin consists of a conductor 10 mils (0.25 mm) in diameter and a gold contact plating. While the gold plating provides mechanical support and prevents corrosion, the conductor handles the actual current.

The 69190-403H has a standardized hole pattern, with each pin 2.54 mm apart. This ensures that the connector can be used with a number of standard board-to-board connectors. The board-to-board connectors ensure that the two components are held securely in place, while also facilitating heat dissipation and providing an electrical connection between the two.

The 69190-403H is commonly used in a range of fields. These include telecommunications, automotive, networking, and consumer electronics. It is typically used to connect circuit boards and boards in cases where the boards need to be frequently connected and disconnected. The 69190-403H is also well suited to compact mains adapters and the provision of power to the power receptacle. In the automotive industry, it is used to connect components in steering wheel audio systems and vehicle infotainment systems.

In terms of performance, the 69190-403H has an operating temperature range of -25 to 85°C and an insulation resistance of 500 MΩ. It is rated for 3A 2.5V and is UL- and CUL-rated. The combination of robust design and high reliability makes the 69190-403H suitable for a range of applications in various industries.

The 69190-403H is a reliable and dependable item of componentry, and its various features enable it to fulfill a number of applications. Its UL- and CUL-rated performance and effective insulation resistance are testament to its suitability for a variety of uses.