1. The larger the capacitance, the better? Generally, the stronger the current compensation capability provided by the IC, the larger the capacitor, the larger the capacitance of the capacitor, the lower the resonance frequency, and the
Switching power supply: Normally, in the case of high-frequency switching power supplies, the AC input voltage is usually boosted before entering the transformer, and 50 to 60 KHz is before the boost
Rectifier diodes include (semiconductor diodes: germanium diodes, silicon diodes, compound diodes), etc., which are used in consumer electronics, computers and peripherals, network communications, automotive electronics, led display screens
Cloud computing and big data centers were affected by the housing economy last year and were applied in the semiconductor industry market. According to.According to Gartner data, the national cloud computing market exceeded 100 billion last
Multilayer smd ceramic capacitor are often referred to as smd capacitor. They are often involved in the electronic component industry. They are generally used in DC circuits for blocking purposes similar to insulators. The main types are (N
There are generally several common types of smd capacitor: NPO, X7R, Z5U, Y5V, etc., to distinguish their differences: Because of the different filling media, the subsequent performance and the like are different.
This has undergone a major change. When completing different tasks, there is no need to change the hardware, and no need to make different electricity.
With the separation of software and hardware, an important change has occurred in the electronics industry. Vertical integration from the original company
All capacitor have a maximum rated voltage, and when choosing a capacitor, consider the amount of voltage applied across the capacitor. The data sheet usually gives the maximum amount of voltage applied to the capacitor without damaging th
In addition to the overall size of the conductive plates and the distance or separation between each other, another factor that affects the overall capacitance of the device is the type of dielectric material used, and the "dielectric const
The capacitance of a parallel plate capacitor is proportional to the area A (in meters 2) of the smallest of the two plates, and is proportional to the distance or spacing d (that is, the thickness of the dielectric) between the two conduct
Capacitance is a measure of the ability of a capacitor to store charge on its two plates. Its capacitance unit is Farad (abbreviated as F), named after British physicist Michael Faraday.