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THT flat receptacle (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug-in tabs of matching width and ...

THT flat receptacle (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug-in tabs of matching width and ...

THT plug-in tabs (Through-Hole Technology) are electromechanical components that are commonly used in PCB assembly. They are typically rectangular in shape and come in straight or angled variations. The terminals have one or more pins that are ...

The uninsulated flat terminals in size 6.3 mm with fixing hole and latching hole, can be used as a single part or in combination with a matching receptacle. The flat terminals available here can either be screwed, riveted or welded on and are ...

The uninsulated flat terminals in size 6.3 mm with fixing hole and latching hole, can be used as a single part or in combination with a matching receptacle. The flat terminals available here can either be screwed, riveted or welded on and are ...

The uninsulated flat terminal strips in size 6.3 mm with fixing hole and latching hole, can be used for a wide variety of applications. The terminal strips available here can either be screwed on, riveted and are available in different materials and ...

THT flat receptacle (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug-in tabs of matching width and ...

THT flat receptacle (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug-in tabs of matching width and ...

THT flat receptacle (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug-in tabs of matching width and ...

THT plug-in tabs (Through-Hole Technology) are electromechanical components that are commonly used in PCB assembly. They are typically rectangular in shape and come in straight or angled variations. The terminals have one or more pins that are ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

THT socket connectors (Through-Hole Technology) are electromechanical components commonly used in PCB assembly. They are typically available in straight or angled variants. They are paired with a corresponding plug tongue of matching width and ...

Wire-wrap-pins are electronic components used in the electronics industry to establish a permanent electrical connection between electronic components and printed circuit boards. The wire-wrap technology involves wrapping thin wire around the pin and ...

Terminal pins are electrical connection components used in various electronic applications. They are typically used in PCB assembly and wiring to establish a secure and permanent connection between electronic components. In general, terminal pins are ...

Terminal pins are electrical connection components used in various electronic applications. They are typically used in PCB assembly and wiring to establish a secure and permanent connection between electronic components. In general, terminal pins are ...

Terminal pins are electrical connection components used in various electronic applications. They are typically employed in PCB assembly and wiring to establish a secure and permanent connection between electronic components. A good combination of ...

Terminal pins are electrical connection components used in various electronic applications. They are typically used in PCB assembly and wiring to establish a secure and permanent connection between electronic components. In general, terminal pins are ...

These terminal pins are designed as cutting clamp contacts and have sharp edges that cut into the cable or wire, thereby establishing a secure connection. Terminal pins, in general, are electrical connection components used in various electronic ...

Soldering angle pins are electrical connection components used in various electronic applications. They are typically used in PCB assembly to establish a secure and permanent connection between electronic components. The Soldering angle pins are ...

A blind rivet is also called a pull mandrel rivet or pop rivet is a special form of hollow rivet that only requires access to one side of the components to be joined and is fastened with special blind rivet pliers. In addition to the actual hollow ...

A blind rivet is also called a pull mandrel rivet or pop rivet is a special form of hollow rivet that only requires access to one side of the components to be joined and is fastened with special blind rivet pliers. In addition to the actual hollow ...

A solder bridge is an electromechanical connector used to make a connection between two contacts. Solder bridges can also be used as jumper connections to connect two separate circuits. A solder bridge can also be used to bypass a faulty connection ...

In the electrical industry, semi-tubular rivets are often used to fasten housings, consoles, control panels and other components. For the processing of semi-tubular rivets, both sides of the workpiece must be accessible. In the riveting process, the ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...

Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...