MGV2016101R5M-10

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Fixed inductors are electronic components that have a very important effect in the circuit. One such component is MGV2016101R5M-10, which is usually preferred for radio frequency circuits, power supplies, and signal filtering. This device can handle large currents and it has a relatively low cost. It can also be used in other applications as well.

The MGV2016101R5M-10 device has an inductance value of 10.0 μH, which makes it ideal for high frequency circuitry. The operating temperature range of this inductor is between -40°C and +85°C. It can also deliver power up to 3 amperes.

The MGV2016101R5M-10 inductor has a ceramic body which provides high reliability and low noise level. It is also resistant to UV rays and is temperature stable. It is also resistant to oxidation and it has a very low parasitic capacitance. The device is also rated at 125°C, which makes it suitable for lead-free assembly.

The device is composed of an inner coil, an outer coil, and an electrically insulated centre core. The inner coils are connected in series and this helps to provide the necessary inductance. The outer coils are made from ceramic and these are connected in parallel, which further helps to reduce the AC resistance of the device. The centre core provides electrical insulation between the coils and it also helps to reduce the electrical noise.

The MGV2016101R5M-10 inductor has a variety of applications including radio frequency filters, broadband CDMA and GSM circuits, high speed switching supplies, base station, repeaters, Bluetooth, radiated immunity and so on. It can also be used in power supply for low noise effects, measurement operations and precision measurement operations.

The working principle of the MGV2016101R5M-10 is that when a current is flowing through the inductor, a magnetic field is produced which is proportional to the current. This magnetic field induces an opposing current in the inductor, which is in turn proportional to the voltage across the device. This opposing current helps to reduce the current passing through the device, which in turn reduces the power consumption. This makes it an ideal component for reducing power consumption in high power applications.

The MGV2016101R5M-10 has a wide range of applications, from providing high reliability in circuits to providing low noise effects in power supplies. With its relatively low cost and good performance, it has become a popular choice among electronic designers. Moreover, its small size and low AC resistance make it suitable for many applications.

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