CLE-178-01-G-DV-A-P Allicdata Electronics
Allicdata Part #:

CLE-178-01-G-DV-A-P-ND

Manufacturer Part#:

CLE-178-01-G-DV-A-P

Price: $ 10.56
Product Category:

Connectors, Interconnects

Manufacturer: Samtec Inc.
Short Description: .8MM MICRO SOCKET STRIPS
More Detail: 156 Position Receptacle, Pass Through Connector S...
DataSheet: CLE-178-01-G-DV-A-P datasheetCLE-178-01-G-DV-A-P Datasheet/PDF
Quantity: 1000
1 +: $ 9.50040
Stock 1000Can Ship Immediately
$ 10.56
Specifications
Insulation Color: Black
Contact Finish Thickness - Post: 10.0µin (0.25µm)
Contact Material: Beryllium Copper
Contact Shape: Square
Insulation Material: Liquid Crystal Polymer (LCP)
Applications: --
Voltage Rating: --
Current Rating: 2.7A per Contact
Features: Board Guide
Ingress Protection: --
Mated Stacking Heights: --
Contact Finish - Post: Gold
Material Flammability Rating: UL94 V-0
Operating Temperature: -55°C ~ 125°C
Contact Length - Post: --
Insulation Height: 0.130" (3.30mm)
Series: CLE
Contact Finish Thickness - Mating: 10.0µin (0.25µm)
Contact Finish - Mating: Gold
Fastening Type: Push-Pull
Termination: Solder
Mounting Type: Surface Mount
Row Spacing - Mating: 0.047" (1.20mm)
Number of Rows: 2
Pitch - Mating: 0.031" (0.80mm)
Number of Positions Loaded: All
Number of Positions: 156
Style: Board to Board
Contact Type: Female Socket
Connector Type: Receptacle, Pass Through
Part Status: Active
Packaging: Bulk 
Description

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The CLE-178-01-G-DV-A-P is a type of rectangular connectors, specifically classified as headers, receptacles, and female sockets. This connector is a practical tool used in a wide range of electrical applications.

The general structure of the CLE-178-01-G-DV-A-P is composed of a dielectric housing, contacts, and a locking retention system which can secure the inserted pins. These pins and the substrate material are typically made of durable metal materials, such as brass, aluminum, or steel, which protects the connector from extreme environmental conditions.

The CLE-178-01-G-DV-A-P provides an easy solution to install pins and deliver power. The connector was specifically engineered for reliable power transmission and circuit protection. The connection pins are designed to handle electrical stress, and the housing is created to provide a tight seal against outside contaminants and humidity. In addition, the CLE-178-01-G-DV-A-P features a double-threaded locking system that prevents pins from being accidentally pulled out and eliminates the need for constant re-tightening of the connection.

The CLE-178-01-G-DV-A-P is used in a wide range of applications, from automotive wiring to industrial automation and medical control systems. The connector can be integrated into multiple types of machines and can protect the device from high-voltage shocks and arcing. The CLE-178-01-G-DV-A-P is also used for aerospace applications, where the connector’s rugged design and top-grade materials enable reliable power transmission and protection in extreme conditions.

The working principle behind the CLE-178-01-G-DV-A-P is the electrical current that is transmitted from one contact point to another. This current is shared among multiple pins that are arranged within the connector, which allows for high conductivity. The high-quality metal construction of the connector enhances the current\'s transfer efficiency, providing stable functioning of the circuit. The connector\'s locking system also helps to maintain the electrical connection and prevent its components from becoming loose over time.

In conclusion, the CLE-178-01-G-DV-A-P is a type of rectangular connector which falls under the category of headers, receptacles, and female sockets. The connector is designed for reliable power transfer and circuit protection, and is widely used in a range of applications. The CLE-178-01-G-DV-A-P is composed of metal pins and housing, and features a double-threaded locking system that ensures the accuracy and stability of the connection. The transmission of electric current across the pins is achieved with the help of this connector, and its top-grade materials promote efficient power transfer and protect the device from electrical damage.

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

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