MHQ0402P33NHT000

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Fixed Inductors are electrical components used in many circuits and systems to store energy, provide inductance and maintain electric current in a desired direction. The MHQ0402P33NHT000 Inductor is a small-size fixed Inductor found in various applications and circuits requiring high current and low inductance.

The MHQ0402P33NHT000 Inductor is an axial lead molded inductor that has a miniature construction. It is made with a manganese brass terminal outer shell and an electroplated tin coating. The lead spacing is 0.200 inches and the inductance is 33 nh. Its maximum rated current is 0.9A and its maximum DC resistance is 0.457 ohms. It has an operating temperature range of 0°C to +85°C and its typical application fields include DC/DC converter circuits and circuits with high current pulses.

The working principle of the MHQ0402P33NHT000 Inductor is based on the principle of the self-induction. The self-induction occurs when a conducting wire is exposed to a changing magnetic field. Due to this changing magnetic field, an electric field is created around the conductor, resulting in a current that flows through it. This current creates a counter-electromagnetic field which is proportional to the current constantly changing in the conducting wire. Since the direction of the current changes, the two electromagnetic fields interact in a way that their amplitudes add up, resulting in an inductance.

Inductors like the MHQ0402P33NHT000 are designed with the specific purpose of providing low inductance values while being able to handle currents up to 0.9A. The inductance is necessary for creating a stable voltage or current in a desired direction. The low inductance also prevents circuits from saturating or overloading at high power levels. In addition, the low inductance increases efficiency as well as extends the life span of the product.

The low inductance combined with the high current rating makes the MHQ0402P33NHT000 Inductor suitable for applications in which a stable voltage or current is required. It is often found in DC/DC converter circuits, circuits with high current pulses, and other circuits requiring a stable current or voltage. The low inductance allows for more efficient design when dealing with high current levels, making it an ideal choice for applications such as battery chargers and LED lights.

In conclusion, the MHQ0402P33NHT000 Inductor is a small-size fixed inductor with a miniature construction, suitable for applications requiring stable currents or voltages. Its low inductance and high current rating make it an ideal choice for applications such as DC/DC converter circuits, circuits with high current pulses, and battery chargers.

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