MR106350R00TAE66

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MR106350R00TAE66 application field and working principle

Through Hole Resistors are one of the most common types of electronic components found in almost all kinds of electronic devices, from consumer electronics to medical instruments. MR106350R00TAE66 is a specially engineered type of Through Hole Resistor which is highly sought after among electronic device manufacturers.

MR106350R00TAE66 is a package of series resistance values coupled together with a ceramic core and an encapsulating cap. Each package includes two resistor elements and a single ceramic core. This allows the manufacturer to reduce costs associated with packaging, while allowing the performance of the component within a single package to exceed the performance of the component when split into two pieces.

Application Field

MR106350R00TAE66 is mainly used in high-frequency power switching applications. It has been engineered specifically to minimize the total loss in the application, while also improving the switching dynamics of the component. This makes the MR106350R00TAE66 an ideal choice for power switching applications.

MR106350R00TAE66 is also used in high-power audio, audio amplifier, TV, DVD and radio applications. The component\'s ceramic core greatly enhances the audio frequency response and allows these devices to run at peak performance. Furthermore, MR106350R00TAE66 is used in a host of other applications such as sensing high voltages, controlling currents, and high repetitive current switching.

Working Principle

The MR106350R00TAE66 works by passing alternating current (AC) through the two resistors and the ceramic core, which is then converted by the cap into a single direct current (DC) pulse of low voltage. This low voltage pulse is then amplified by the capacitor and then the output is processed by the transistor for further amplification.

The MR106350R00TAE66 works by using the inductors inside the two resistors. The inductors create a magnetic field in each resistor and the other resistor will absorb it. This creates a current waveform which is then processed by the capacitors and then amplified. The transistor then takes this amplified signal and converts it to a higher voltage for use in different electronic devices.

Conclusion

MR106350R00TAE66 is a unique type of Through Hole Resistor which provides excellent performance for several different applications. It works by using two inductors, a ceramic core and a capacitor to pass the alternating current through the two resistors. This current then gets converted into a low voltage pulse and amplified by the capacitor. This pulse is then further amplified by the transistor for use in different electronic devices.

The specific data is subject to PDF, and the above content is for reference