831651001

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Fixed Inductors

Inductors, also known as coils, are a common passive component used in circuits and are mainly used to store up and release energy in the form of a magnetic field in an electrical current. An inductor in its basic form is a wire loop that has been coil-wound, creating a magnetic field about the wire. When a current enters the loop, a magnetic field is created that can store the energy from the current. In a fixed inductor, the amount of energy stored in the magnetic field is predetermined and doesn’t change depending on the current.

The 831651001 is a type of fixed inductor. It is wound with 10 turns of wire and is housed in a 1210 package which measures 12.2 mm x 10.0 mm. It has a rated current of up to 100 mA and a rated voltage of up to 15 V AC/DC. The DC resistance is 0.119Ω and the rated inductance is 10 uH to 16.6 uH. It has an operating temperature range of -40°C to +125°C.

In terms of application, the 831651001 can be used in many common circuit designs such as voltage regulators, motor controls, and LED drivers. It can be used to filter noise and smooth out signals to ensure stable circuit operations. It is also used in Power Supply Units (PSUs) to reduce the impact of noise and electrical interference on the system. In addition, the 831651001 can be used to provide power smoothing when switching between AC and DC power sources.

The basic working principle of the 831651001 is fairly simple. When a current flows through its windings, a magnetic field is created which is proportional to the current passing through. This magnetic field then produces a voltage in opposition to the current, thus limiting the current to the desired value. This voltage is known as the inductance, and by controlling the inductance of the coil, it is possible to adjust the current passing through.

The 831651001 fixed inductor is a versatile component for a variety of DC and AC applications that requires a stable current for optimal performance. It can help filter noise and reduce electrical interference, and can be used to provide power smoothing when switching between AC and DC power sources.

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