What are the characteristics of the inductance of the Yamaha placement machine?

What are the characteristics of the inductance of the Yamaha placement machine?

Yamaha placement machines are widely used in the I industry, so what are the inductance characteristics of Yamaha placement machines? In response to such a problem, Shenghongyu Precision Technology will give you a detailed explanation below:On the motherboard in the SMT patch, the inductor and capacitor are mainly used to filter the current. Because the inductor has the characteristics of energy storage, the current first flows through the inductor to filter out part of the high-frequency clutter, and then flows through the capacitor to further filter out the rest of the clutter. 

Therefore, the performance of the SMT chip inductor fully affects the power supply of the entire motherboard. Purity.Products with a nominal rated voltage of chip inductors greater than 100V are defined as medium and high voltage chip capacitors. Using advanced materials to match precious metal electrode paste, through unique internal structure design, strict process control and 100% withstand voltage sorting, the product has the characteristics of high breakdown voltage, good consistency and high reliability.

In many electronic products, capacitors are essential electronic components, which act as smoothing filtering of rectifiers, power supply and decoupling, bypassing of AC signals, and AC coupling of AC and DC circuits in electronic equipment. Since there are many types and structures of capacitors, users not only need to understand the performance indicators and general characteristics of various types of capacitors, but also must understand the advantages and disadvantages of various components under a given application, mechanical or environmental constraints, etc.

Now it is understandable to use chip inductors in circuits, so the most important technical parameter in the inductance characteristics is related to the inductance. The pressure of the coupling impedance of SMT chip inductors is large and the current is small, so the use of chip inductors load is relatively low. The use of SMT chip inductors is not unlimited. High-power products are not suitable for using chip inductors. High power causes large losses to the inductor. The current passing through is too large, and the inductor cannot withstand the load from the high current. Causes a short circuit of the chip inductor.