The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4/1 ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4 or ...
The tubular-form end-sleeves, with or without plastic collars, prevent the splitting of individual strands of fine-stranded copper conductors and facilitate their insertion into terminals. The dimensions of the end sleeves comply with DIN 46228-4 or ...
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 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 ...
Terminal pins are cylindrical metal pins with a head that are used in the electronics industry to make a connection between electronic components. Connector pins can have a solder joint or another type of contact point at one end. The shape of the ...