PT75R-1260

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Fixed inductors, also called non-adjustable inductors, are components used in electronic circuits to provide a predetermined inductance. The PT75R-1260 is a type of fixed inductor with applications in several different fields.

The PT75R-1260 is a non-polarized, unshielded, radial-leaded, metal oxide filled inductor. It is made of a non-magnetic iron core with a copper layer over its surface for increased electrical conductivity. Its winding is made of high quality enameled copper wire. Its core is encapsulated in a UV-resistant, flame retardant casing.

The PT75R-1260 is ideal for applications ranging from power supplies and audio amplification to LCD television and notebook computers. Thanks to its low distortion and good noise resistance, it is great for applications that depend on precise audio signal reproduction or consistent output from high quality power supplies. Its ability to filter and direct current efficiently also makes it a great choice for applications that require a reliable power source.

The PT75R-1260’s working principle is relatively simple. It works by inducing an electric current in a conductor when an alternating current passes through it. This process is known as electromagnetic induction or Faraday\'s Law. The voltage across the PT75R-1260 is proportional to the frequency of the alternating current. In other words, the voltage generated by the PT75R-1260 depends on the frequency of the alternating current passing through it.

The PT75R-1260 also provides some degree of protection against electro-magnetic interference. Its winding helps reduce interference and the iron core helps absorb any interference that is present. This makes it a great choice for electromagnetic interference sensitive applications as well.

The PT75R-1260 is ideal for applications that require a fixed inductor with good noise resistance and low distortion. Its ability to reduce interference makes it a great choice for use in sensitive electronic circuits. Its robust construction ensures reliable operation even in harsh environments.

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