8608-0-05-80-00-00-01-0 Allicdata Electronics
Allicdata Part #:

8608-0-05-80-00-00-01-0-ND

Manufacturer Part#:

8608-0-05-80-00-00-01-0

Price: $ 0.34
Product Category:

Connectors, Interconnects

Manufacturer: Mill-Max Manufacturing Corp.
Short Description: CONN PC PIN CIRC
More Detail: PC Pin Terminal Connector Through Hole Tin 0.041" ...
DataSheet: 8608-0-05-80-00-00-01-0 datasheet8608-0-05-80-00-00-01-0 Datasheet/PDF
Quantity: 1000
1000 +: $ 0.30240
Stock 1000Can Ship Immediately
$ 0.34
Specifications
Flange Diameter: 0.066" (1.68mm)
Insulation Color: --
Material - Insulation: --
Contact Finish Thickness: 200.0µin (5.08µm)
Contact Finish: Tin
Contact Material: Brass Alloy
Board Thickness: --
Insulation: Non-Insulated
Termination: Press-Fit, Knurled, Wire Wrap
Mounting Type: Through Hole
Mounting Hole Diameter: 0.056" (1.42mm)
Series: 8608
Length - Overall: 0.640" (16.26mm)
Length - Below Flange: 0.340" (8.64mm)
Length - Above Flange: 0.270" (6.86mm)
Pin Size - Below Flange: 0.025" (0.64mm) Square
Pin Size - Above Flange: 0.041" (1.04mm) Dia
Terminal Style: Double End
Terminal Type: PC Pin
Part Status: Active
Packaging: Bulk 
Description

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The 8608-0-05-80-00-00-01-0 is a type of terminal within the category of PC pin, single post connectors. It is most commonly utilized in applications such as interconnecting two circuit components, as well as providing electrical connection between components and printed circuit boards. It is a reliable terminal and provides efficient alternate connection options.

The 8608-0-05-80-00-00-01-0 terminal is comprised of a single wire-guided pin that is placed within a threaded fastener and secured by tightening a single screw. This terminal is designed to securely secure the wire in place, while providing an uninterrupted electrical connection between two distinct objects. Due to its design, it is often used as an alternative to more traditional methods of wire-terminating.

The most notable feature of this terminal is its two-position radiused entry design. This design allows for a more secure and reliable connection when connecting two components, as the connecting wires are able to hold in place more easily. Further, the radiused entry also allows for a stronger connection due to its superior clamping force. This is especially important when dealing with electrical components that require a strong connection to ensure safe operation.

The 8608-0-05-80-00-00-01-0 terminal also features a curved bypass area. This curved bypass area helps to ensure a secure and uninterrupted connection by allowing the pin to bypass any potential obstructions in the connecting wires. The curved bypass area allows for greater flexibility in routing applications, as it allows for the pins to be placed in close proximity to each other yet still secure a solid electrical connection.

Due to its unique design, the 8608-0-05-80-00-00-01-0 terminal is also capable of providing both high current and high temperatures when connecting components. Additionally, it is also capable of providing superior levels of noise immunity, as it is designed to retain its connection even when subjected to higher vibration environments. This makes it ideal for applications in which the components must operate in high electrical and temperature extremes.

The 8608-0-05-80-00-00-01-0 terminal is not only applicable to various applications but is also widely used in various industries. This terminal is often used in the automotive, aerospace and medical industries, as well as in various applications within the industrial, manufacturing and commercial sectors. It is also extremely popular in the consumer electronics industry, as its simple design and effectiveness in providing secure connections make it an attractive choice.

The 8608-0-05-80-00-00-01-0 terminal is an efficient and reliable terminal that can be used to securely and reliably connect two objects together. Its two-position radiused entry and curved bypass area make it a great alternative to more traditional methods of wire-terminating, while its ability to provide both high current and temperatures make it particularly suitable for applications in which the components must operate in extreme environments.

The specific data is subject to PDF, and the above content is for reference

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