This WIMA MKP 10 capacitor has a good filter capacity and can be used for many applications. The quality of the design ensures a long service life even at high temperatures.
This WIMA MKP 10 capacitor has a good filtering capacity, allowing it to be used for many applications. It also benefits from a quality design that ensures a long service life, even at high temperatures.
This WIMA MKP 10 capacitor has a good filtering capacity, allowing it to be used for many applications. It also benefits from a quality design that ensures a long service life, even at high temperatures.
This WIMA MKP 10 capacitor has a good filtering capacity, allowing it to be used for many applications. It also benefits from a quality design that ensures a long service life, even at high temperatures.
This WIMA MKP 10 capacitor has good filtering capacity, making it suitable for a wide range of applications. It also benefits from a quality design ensuring a long service life, even at high temperatures.
These WIMA MKP-2 capacitors are made of a Polypropylene dielectric. They benefit from a tolerance of 10%, a very low dissipation factor and a low level of dielectric absorption. Their filtering capacity allows them to be used in a wide range of applications.
This WIMA MKP 10 capacitor has a good filter capacity and can be used for many applications. The quality of the design ensures a long service life even at high temperatures.
WIMA MKS2 capacitors have a very good capacitance to volume ratio and can be used for a wide variety of applications. They have an extended service life, even at high temperatures.
This Ø1.1mm wiring cable is composed of an OCC 6N copper conductor with a cross-section of 0.2mm². This conductor itself is made up of 7 strands of 0.2mm each. This ensures high conductivity.
This Ø1.4mm wiring cable is composed of an OCC 6N copper conductor with a cross-section of 0.5mm². This conductor itself is made up of 19 strands of 0.18mm each. This ensures high conductivity.
This Ø2.2mm wiring cable is composed of an OCC 6N copper conductor with a cross-section of 1.5mm². This conductor itself is made up of 19 strands of 0.32mm each. This ensures high conductivity.
This Ø2.8mm wiring cable is composed of an OCC 6N copper conductor with a cross-section of 2.5mm². This conductor itself is made up of 19 strands of 0.41mm each. This ensures high conductivity.
This Ø1.1mm wire has a silver-plated OFC copper conductor with a cross-section of 0.2mm². This ensures high conductivity. The entire assembly is covered with a transparent, high-temperature-resistant PTFE insulating sheath
This Ø1.4mm wire is made of silver-plated OFC copper with a cross-section of 0.5mm². This ensures high conductivity. The whole assembly is covered with a transparent PTFE insulating sheath, protecting it from external interference and disturbance.
This Ø2.1mm wire is made of silver-plated OFC copper with a cross-section of 1.5mm². This ensures high conductivity. The whole assembly is covered with a transparent, high-temperature-resistant PTFE insulating sheath.
This Ø1.8mm wire is made of silver-plated OFC copper with a cross-section of 1mm². This ensures high conductivity. The whole assembly is covered with a transparent, high-temperature-resistant PTFE insulating sheath.
This Ø2mm wire has a 1.5mm² conductor made of silver-plated OFC copper. The conductor itself is made up of 19 strands of 0.32mm each. This ensures excellent signal conductivity and high resistance to oxidation and corrosion.
This Ø2mm wire has a 1.5mm² conductor made of silver-plated OFC copper. The conductor itself is made up of 19 strands of 0.32mm each. This ensures excellent signal conductivity and high resistance to oxidation and corrosion.
This Ø2.4mm wire has a 2mm² conductor made of silver-plated OFC copper. The conductor itself is made up of 19 strands of 0.37mm each. This ensures excellent signal conductivity and high resistance to oxidation and corrosion.
This Ø2.4mm wire has a 2mm² conductor made of silver-plated OFC copper. The conductor itself is made up of 19 strands of 0.37mm each. This ensures excellent signal conductivity and high resistance to oxidation and corrosion.
This wire is ideal for internal wiring on DIY projects. It consists of a single-stranded 0.05mm² silver-plated OFC copper conductor. This cable is therefore protected against corrosion and oxidation, and offers a high level of conductivity.
This wire is ideal for internal wiring on DIY projects. It consists of a single-stranded 0.05mm² silver-plated OFC copper conductor. This cable is therefore protected against corrosion and oxidation, and offers a high level of conductivity.
This wire is ideal for internal wiring on DIY projects. It consists of a 0.5mm² silver-plated OFC copper single-strand conductor. This cable is therefore protected against corrosion and oxidation, and offers a high level of conductivity. It has a PTFE sheath for insulation and a total diameter of Ø1.3mm.
This wire is ideal for internal wiring on DIY projects. It consists of a 0.5mm² silver-plated OFC copper single-strand conductor. This cable is therefore protected against corrosion and oxidation, and offers a high level of conductivity. It has a PTFE sheath for insulation and a total diameter of Ø1.3mm.