| Customization: | Available |
|---|---|
| Type: | Socket Terminals |
| Material: | Copper |
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| Contact impedance | |
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1. Basic information
Type: Double row straight Pin header
Plating: The specific thickness of the plating is not specified, but it is assumed to be "Plated", which may mean gold, tin or other metal plating to enhance electrical conductivity and corrosion resistance.
Color: Natural color, which usually means the original color of the metal without special color treatment.
2. Specifications
Pin spacing: Although "100u'' is not directly given as the pin spacing, 'u'' may be a misinterpretation or misspelling of inch. In electronic components, pin spacing is often measured in millimeters (mm), such as the common 2.54mm (i.e., 0.1 inch). Therefore, the "100u'' here may refer to a particular specification or miswriting, the actual product should confirm the specific pin spacing.
Number of pins: Due to the double-row design, the specific number of pins should be determined according to the actual application, but usually appear in even numbers, such as 2x5, 2x10, etc..
Arrangement: Double-row direct insertion, i.e., the pins are arranged in two parallel rows.
3. Material and performance
Pin material: usually made of phosphor bronze or copper alloy, with good conductivity and flexibility.
Insulator Material: Depending on the product, the insulator may be made of high temperature resistant and flame retardant materials such as PA6T+30%GF (Polyamide 6T plus 30% glass fiber).
Electrical performance: including insulation resistance, contact resistance, etc., the specific value should refer to the product specification.
4. Application areas
Double-row in-line pin header is widely used in various electronic devices, such as the connection between circuit boards (PCB), the interface between modules, etc.
5. Cautions
When purchasing and using, make sure that the specifications of the product (e.g., pin spacing, number of pins, type of plating, etc.) are in accordance with the design requirements.
Pay attention to the installation method and use environment of the product to avoid exceeding its rated electrical and mechanical performance range.
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