In most cases, cutting pin headers is a pretty simple job to tackle with a pair of cutters or even your bare fingers. But if you’re doing a lot of it, like for kitting up lots of projects for ...

Most development and evaluation boards have multiple rows of pin headers, often arriving loose in the package — soldering is left to the user. In an abundance of caution, we usually design our ...

These are vital headers for connecting cooling components to the motherboard. By using three-pin or four-pin connections, you ...

piece of hookup wire to that Pin 11 Pad, and then put something like a header pin on the end. You can usually find lengths of PCB header pin assemblies at electronic supply stores and you can use ...

It can be a 3-pin header or a 4-pin connector. Let’s take a look at how they differ. RGB stands for Red, Green, and Blue. RGB connectors are 4-pin connectors that power all RGB peripherals in ...

Marking the PCB pin header isn’t so important, as the PCB component overlay can clearly indicate pin 1. Marking the crimp housing is important though. Look at the crimp housing with the wires coming ...

Parallel ATA (IDE) uses 40 pins, not 26. 26 was for floppies. But it's a standard 40-pin "header" connector. Sometimes called "IDC". CF cards have the PATA interface on a 50-pin connector.

In most cases where there are two 4-pin headers, one is for the fans and the other is for the pump. Make sure that the fan header is connected to CPU FAN and the pump header is connected to the ...

GIGABYTE has standardized on a five-pin Thunderbolt header on its motherboards, referred to as the THB-C connector…at least until the TB4 generation, when it also switched, to a 5-pin (THB-C1) plus ...