LAV35VBR39M

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Fixed inductors are electrical components consisting of insulated wire wound around a central core to form a coil. The inductor creates a magnetic field when current is passed through the coil, by storing electrons around its core material. The most common application of inductors is in radio frequency and filtering, but their use extends beyond electronics. The Lava 35VBR39M is one of the most popular fixed inductor products, used in many applications with its impressive features.

The core material used in the Lava 35VBR39M is ferrite, giving it a high energy rating and optimal efficiency. This inductor has a low profile, with a height of 2.7mm and diameter of 7.75mm, making it ideal for fitting in tight spaces. The inductance range of this model can range from 0.22uH to the highest possible value of 22uH. It has a high self-resonant frequency of up to 15MHz, and it can also handle up to 1,200mA with its 1,800VAC insulation voltage. The operating temperature range of this product is from -55C to 125C, which is much higher than some of its competitors.

The Lava 35VBR39M can be used in many applications, such as signal and power line filters (EMI/RFI suppression), boost/buck converters, and as a DC blocked capacitor. It can also be used in TV, radio and satellite receivers, multichannel amplifiers, mobile phone chargers, and GPS modules. In addition to these uses, it is also suitable for power supplies, switching circuits, electric welders, and professional audio applications.

The working principle for this model is that of all inductors. The inductor will resist changes in current by forming a magnetic field that opposes the current. As current flows through the coil, a magnetic field is generated that stores energy. This energy can then be released back into the coil when the current runs low, maintaining the electrical power. The amount of energy stored and the size of the magnetic field depend on the number of turns in the coil, known as the inductance.

The Lava 35VBR39M is an excellent choice for most power-related applications requiring a fixed inductor. It has the capability to store and release energy quickly and efficiently to maintain current and it can handle temperatures up to 125C, higher than other products in its class. It also has a wide voltage insulation range, high self-resonant frequency, and low profile design, making it suitable for use in a variety of applications.

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