PTHF150R-50SM

Fixed Inductors are passive electronic components used in many different applications. The PTHF150R-50SM is one such inductor that is specifically designed for increased power levels and magnetically enhanced RF applications.

The PTHF150R-50SM is built from a ferrite core material and offers an ultra-low profile. It has a maximum inductance value of 150µH and is rated at 5 amps, making it suitable for medium and higher power applications. As it has a thermally enhanced core, it is a great choice for RF and high-frequency applications as it won’t overheat easily.

In terms of its application field, the PTHF150R-50SM is a great choice for all types of consumer electronics, as well as instrumentation and telecom applications. It can be used in filter circuits for AC, as well as DC power line filters, and can also be used in RF circuits to reduce or shape the frequency response of the circuit. It can also be used in switching power supplies, power distribution circuits, impedance matching circuits, and more.

The PTHF150R-50SM uses an air-gap core to keep the overall size and weight to a minimum. This air-gap core is the key to its effective inductance, which is much better than that of a typical ferrite core. As such, it is a great choice for both SMPS and linear power supply circuits. The air-gap core also helps to reduce the core loss and keep the EMI levels under control.

When it comes to the working principle of the PTHF150R-50SM, it is essentially the same as any other type of ferrite core inductor. A ferrite core is made up of fine particles that are closely bound together. When the core is subjected to an alternating current, the magnetic field of the current induces a voltage in the core, which creates an electric current and generates a magnetic field. This in turn results in a magnetic flux linked to the inductor coils, which rapidly changes the value of the inductance of the core.

The PTHF150R-50SM is an ideal choice for applications that demand both high power levels combined with excellent inductance values. Its thermal enhanced core design ensures that it can handle higher power levels and frequencies, while its air-gap core design helps to reduce core loss and control EMI levels. This makes it a great choice for a wide variety of applications, including consumer electronics, instrumentation, telecom, and more.