TR1605500000G

Terminal Blocks - Wire to Board

TR1605500000G are specialized wire to board terminal blocks that have a wide range of uses. They can be applied in areas such as power supplies, automotive or industrial applications, telecommunications, computer peripherals, consumer electronics, and audio/video products. TR1605500000G are a type of female connectors that allow wire-to-board connections.

Key features

• Max. Voltage – 32VDC
• Rated Current – 16A
• Wire Gauge – 22–16 AWG
• Insulation Resistance – 500MΩ min.
• Withstanding Voltage – 1500V AC/minute
• Continuous Temperature Range – -25°C to 85°C

Application field

TR1605500000G are used in a wide range of applications such as powers supplies, automotive and industrial applications, telecommunications, consumer electronics, computer peripherals, and audio/video products. They are available in various configurations like a single row, dual row, dual in-line, header type, and multi-pole. They are also available with different numbers of pins such as 2/3/4/5/6/7/8/9/10/11/12/13/14/15/16/17/18/19/20/21/22 and above.

TR1605500000G can be used for power supply connections, signal lines, motor connectors, battery connectors, and many other applications.

Working principle

TR1605500000G are designed to provide an interconnectivity between the circuit board and the wire. The female connector has an internal slot that provides segments of the electrical path to connect the wires. The contact is a piece of thin-gauge metal that is soldered onto the circuit board. The male connector has a socket that can be connected with a screwdriver or other tool. The connector has a small terminal that contacts the contact on the circuit board.

The connection between the wire and the contact is made by either soldering or screwing. When using a soldering technique, the metal of the contact is melted to form a tight bond between the two parts. When a screwing technique is used, the screw is inserted into the contact and tightened to create a secure hold.

The TR1605500000G have high insulation resistance, making them suitable for use in high voltage applications. They also have high withstanding voltage, which makes them suitable for use in high frequency applications. The contacts of the connector have a good temperature resistance and can withstand temperatures of up to 85°C.