DD1274AS-H-3R3N=P3

The DD1274AS-H-3R3N=P3 is a fixed inductor in which electric current is composed of a magnetic coil giving the impedance property, which helps to avoid any rectification of the electric current, by the modulation of the electric current in its surrounding coils. This type of inductor is commonly used in power supplies such as AC-DC converters and battery chargers that require protection against short circuits and overloads.

The coils used in this type of inductor are wound in a precise pattern in order to achieve certain properties such as high impedance, high inductance and good heat dissipation. The coil is normally wound from copper or aluminum wire, with the wire lapped or twisted in order to reduce the resistance and maximize current flow. The number of turns and material of the coil will depend on the desired inductance level.

The DD1274AS-H-3R3N=P3 fixed inductor is mainly used for DC/DC power supplies, SMPS, and low noise power regulators. It is also ideal for other high frequency applications, and can be used in both direct current (DC) and alternating current (AC) applications. This type of inductor can handle temperatures from -40°C to +125°C and is able to reach high efficiency levels with very low losses.

The working principle of this type of inductor is fairly simple. When AC electricity is applied, a magnetic field is generated and this magnetic field induces a voltage in the neighboring coils. These induced voltages oppose any changes in the current flow, which in turn creates a stable inductor that is able to regulate voltage and current waveforms.

The DD1274AS-H-3R3N=P3 inductor is also very effective in high power applications, as it is able to handle high temperatures and currents without overheating or short circuiting. In addition, it is very stable in terms of inductance, meaning it can cope with temperature changes without any significant change in the inductance value.

Overall, the DD1274AS-H-3R3N=P3 fixed inductor is a useful component for regulating electric current and voltage in power supplies and other high -frequency applications. It is able to provide good impedance, high inductance, and excellent heat dissipation, giving it a rare combination of properties that are essential for reliable operation.