Des: Male header 1.27MM pin header double row 90°
Part No:
Specification:
Pitch: 1.27mm
Current rating: 1.5A
Contact Material: Brass
Insulator Material: PA6T,UL 94V-0 Black
Packaging: Bag/tray
- Home
- Products
- Pin Header Connectors
- 1.27MM pin header double row 90°
1.27MM pin header double row 90°
Featured Content
FFC Connectors vs. FPC Connectors: 4 Crucial Differences You Need to Know!
August 14, 2025
In the electronics manufacturing industry, connectors are indispensable key components responsible for linking circuits and ensuring stable transmission of current or signals. FFC connectors (Flexible Flat Cable Connectors) and FPC connectors (Flexible Printed Circuit Connectors) are two common types of connectors, each with unique characteristics and application fields. Brief Introduction of FFC Connector and FPC Connector FFC connectors are commonly used to connect ribbon-like flat flexible cables (FFC) to PCB circuits in wire-to-board applications, and they can also be employed in wire-to-wire configurations. These connectors feature high density and an
About Slide Switches: all you should know 3 points clearly
April 18, 2025
Various technologies can be used to regulate the amount of current in a circuit, and slide switches are among the most widely used solutions. Slide switches provide a compact and reliable way to control circuits, connecting or disconnecting them with a simple linear sliding motion. This brief technical review will examine how slide switches work, explore their main configurations, and outline the electrical and mechanical considerations for optimal selection. Basics of Slide Switches A slide switch is an electromechanical component that controls a circuit by moving a linear sliding mechanism.
How to choose USB-C Connectors(USB4.0, USB3.2, USB3.1 and USB2.0 | 24/16/12/9/6 Pin) For Your products?
July 22, 2025
USB-C Connector is gradually replacing USB-A, and product selection needs to pay attention to these In the past decade, many connectors in the field of consumer electronics have been replaced by USB-C Connectors in the integration. But how difficult is it for USB-C Female Connector to be “universal” for terminals? The 3.5mm audio interface gradually disappeared from mobile phones, and the Lightning interface on the iPhone and the Micro-USB interface on domestic mobile phones were gradually replaced by USB-C. For terminals, can USB-C connectors really meet the requirements of “universal