litz wire การใช้

• Loop antennas are often wound with litz wire to reduce skin effect losses.
• Again, litz wire gives the best results.
• It is often made of litz wire.
• Increased AC resistance due to the skin effect can be mitigated by using specially woven litz wire.
• Copper losses are often minimized by the use of spiderweb or basket winding construction and Litz wire.
• This allows the interior of the litz wire to contribute to the overall conductivity of the bundle.
• Litz wire is another method, which employs a stranded wire with individually insulated conductors ( forming a bundle ).
• In the design of low and medium power electronics, another solution is used-" litz wire ".
• The proton's momentum was measured using a Litz wire, and the velocity was determined by evaluation of Cherenkov radiation.
• For better performance at high frequencies, litz wire, which has the individual strands insulated and twisted in special patterns, may be used.
• Tuning coils in the radio frequency stage of a set were rather large and Lear knew how to reduce their size by using Litz wire.
• Since the current flows on the surface of the conductor, high frequency coils are sometimes silver-plated, or made of litz wire.
• The low losses of Litz wires partly stem from the fact that a large area of the inner surface is taking part in the current flow.
• Litz wire is frequently found in power applications in frequencies ranging between lower tens to higher hundreds kilohertz, namely induction cookers and transmitters of Qi standard ).
• High-frequency transformers operating in the tens to hundreds of kilohertz often have windings made of braided Litz wire to minimize the skin-effect and proximity effect losses.
• To reduce the skin effect and consequent heat generation in the coil, it is made from litz wire, which is a bundle of many smaller insulated wires in parallel.
• Another use is for litz wire which uses braids of thin insulated wires to carry high frequency signals with much lower losses from skin effect or to minimise proximity effect in transformers.
• Litz wire has a higher impedance per unit cross-sectional area but litz wires can be used at thicker cable sizes, hence reducing or maintaining cable impedance at higher frequencies.
• Litz wire has a higher impedance per unit cross-sectional area but litz wires can be used at thicker cable sizes, hence reducing or maintaining cable impedance at higher frequencies.
• To minimize this weight several recent wheel motor designs have minimized the electrical steel content of the motor by utilizing a coreless design with Litz wire coil windings to reduce eddy current losses.