PE-0402CC100JTT Inductors, Coils, Chokes

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Fixed Inductors are passive electronic components used to oppose changes in electric current. The most common type of fixed inductor is the PE-0402CC100JTT, which has a wide range of applications and uses. This article will discuss the application field and working principle of the PE-0402CC100JTT.

Application field

The PE-0402CC100JTT is a conventional fixed inductor commonly used in digital and hybrid circuits. Common applications include power supply filtering and snubbing, current limiting, over-voltage protection, and voltage regulation in low power and portable electronic devices. It is also used across timing and control circuits, such as those found in synchronous rectifiers and clock converters.

The PE-0402CC100JTT also has applications in low accuracy analog circuits. It is typically used in combination with resistors and capacitors to form LC circuits, creating high-order filters for Sensors and signal processing applications, such as low pass high pass bandpass and notch filter designs.

In addition, the PE-0402CC100JTT is commonly used in high precision switching power supplies. Its components are often used in the formation of high order filters, allowing for more efficient current switching while reducing conductive and inductive losses associated with using low-order filter designs.

Working Principle

At the heart of the PE-0402CC100JTT is a self-resonant coil, which is responsible for the key electrical properties of the component. This coil is made up of two distinct coils that wrap around a common core, creating a connection that can store and induct magnetic energy. This energy is then transferred back and forth between the two coils in a process known as inductive coupling.

The amount of energy transferred between the two coils is determined by the size of the coils and the core material. The PE-0402CC100JTT is a low powered coil designed for its size, and due to this, it can generate and store relatively low amounts of energy. This is advantageous for low powered applications that only require minimal inductance.

When a current is applied to the PE-0402CC100JTT, it generates a magnetic field that induces a voltage in the primary winding. This is then used to power the secondary winding, which produces an electromotive force that is inverted from the original voltage. This voltage can then be used to create a desired electric signal.

The PE-0402CC100JTT also has a slight hysteresis effect, which is a measure of the resistance of the component to changes in electric current. This is generally beneficial as it helps further stabilize the current, reducing any voltage spikes that could damage a circuit.

In conclusion, the PE-0402CC100JTT is a versatile fixed inductor with applications in both digital and analog circuits. Its main advantages include the low power consumption and the low hysteresis effect. The main purpose of the PE-0402CC100JTT is to store and induct magnetic energy, which is then transferred back and forth between the two components.

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