0068-1-17-01-30-02-02-0

Flange Diameter:	0.062" (1.57mm)
Insertion Force:	--
Board Thickness:	--
Operating Temperature:	-55°C ~ 125°C
Features:	--
Contact Finish Thickness:	100.0µin (2.54µm)
Contact Finish:	Tin-Lead
Contact Material:	Beryllium Copper
Socket Depth:	0.162" (4.12mm)
Tail Diameter:	0.025" (0.64mm) Square
Series:	68
Mounting Hole Diameter:	0.057" (1.45mm)
Pin Hole Diameter:	0.043" (1.09mm)
Accepts Square Pin Size:	--
Accepts Pin Diameter:	0.015" ~ 0.025" (0.38mm ~ 0.64mm)
Length - Overall:	0.460" (11.68mm)
Termination:	Press-Fit
Tail Type:	Wire Wrap
Part Status:	Active
Packaging:	Bulk

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Introduction

The 0068-1-17-01-30-02-02-0 application field and working principle is a type of terminal used in electronic devices and applications, specifically “Pin Receptacles, Socket Connectors”. It is commonly used to connect together multiple wires or cables as a means of data transfer or power transfer. This terminal is used in many different applications, including automotive, automotive electronics, consumer electronics, industrial electronics, and medical electronics. In this article, we will discuss the application field and working principle of the 0068-1-17-01-30-02-02-0.

Application Field

The 0068-1-17-01-30-02-02-0 application field of this terminal is ideal for many different applications. This type of terminal can be found in automotive electronics, consumer electronics, industrial electronics, and medical electronics. This terminal is primarily used to connect two or more wires or cables for data or power transfer. The 0068-1-17-01-30-02-02-0 terminal is also great for activating fire and security alarms, controlling industrial motors, connecting electrical test equipment and connecting many other different types of electronic components. This terminal is also used in medical devices to transfer medical data between different devices.

Working Principle

The 0068-1-17-01-30-02-02-0 terminal operates off of the principle of electrical resistance. This terminal is designed to connect multiple wires or cables together as a means of data transfer or power transfer. The principle behind this is that the resistance of the two connected wires increases as the current trying to pass between them increases. This is because the two connected wires do not have an electrical contact with each other and so the electrical connection is weakened. When the amount of current trying to pass through the two wires is too great, the resistance increases and the current is prevented from passing. This type of terminal is an excellent way to ensure that data or power is safely transferred between two or more wires or cables.

Design and Construction

The 0068-1-17-01-30-02-02-0 terminal is designed in a variety of shapes and sizes to suit different applications and requirements. It is usually made from either plastic or metal and consists of two parts—the receptacle and the socket. The receptacle is typically the part that is connected to the power or data source and is usually made of a strong and durable material such as metal or plastic. The socket is the part that connects to the power or data destination and is usually made of a more flexible material such as plastic or rubber. The two parts of the terminal are then connected together using a screw, a clamp or a clip.

Tray Orientation

The 0068-1-17-01-30-02-02-0 terminal can be either an inline or a right-angle terminal. The inline type is when the two parts of the terminal are lined up next to each other. The right-angle type is when the two parts of the terminal are perpendicular to each other. Depending on the type of application, the 0068-1-17-01-30-02-02-0 terminal can be placed in a tray with either the receptacle up and the socket down or the receptacle down and the socket up.

Conclusion

The 0068-1-17-01-30-02-02-0 terminal is an excellent type of terminal used in many different applications for data and power transfer. Its application field ranges from automotive electronics, consumer electronics, industrial electronics, and medical electronics. It works off of the principle of electrical resistance and its two parts—the receptacle and the socket—are typically made from either metal or plastic. It can also be used in either inline or right-angle orientation, depending on the type of application.

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