Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).
Using a set of 7 wires twisted then varnished, this type of coil has a larger wire surface compared to a single-stranded conductor. This technique gives a better conductivity in the high frequencies (skin effect) and a reduced noise (varnish).