Knowledge

Z5U capacitor Z5U capacitors are called "general purpose" ceramic monolithic capacitors. The first thing to consider here is the use temperature range. For Z5U capacitors, the main factors are their s

X7R capacitor The X7R capacitor is known as a temperature stable ceramic capacitor. When the temperature is between - 55 ℃ and 125 ℃, the capacity change is 15%. It should be noted that the capacitor

NP0 is the most commonly used monolithic ceramic capacitor with temperature compensation characteristics. Its filling medium is composed of rubidium, samarium, and some other rare oxides. NP0 capacito

1. NP0 capacitor 2. X7R capacitor 3. Z5U capacitor 4. Y5V capacitor Difference: The main difference between NP0, X7R, Z5U, and Y5V is their different filling media. Under the same volume, the capacita

Chip capacitors: They can be divided into two types: non polar and polar. The following two types of packages are most common for non polar capacitors, namely, 0805 and 0603; "Polar capacitors, also k

Chip capacitors are a capacitive material. The full name of chip capacitor is: Multilayer Ceramic Capacitor (MLCC), also known as chip capacitance. There are two ways to express chip capacitance, one

Zener diode (also called Zener diode) is a kind of surface contact crystal diode made of silicon material, referred to as Zener tube. [1] This diode is a semiconductor device with high resistance unti

There are two main types of three-terminal voltage stabilizer. One is fixed output voltage, called fixed output three-terminal voltage stabilizer, and the other is adjustable output voltage, called ad

The main difference between Schottky diode and ordinary diode is that the withstand voltage of ordinary diode can be higher, but its recovery speed is low, and it can only be used for low-frequency re

The structure and characteristics of SBD make it suitable for use as high frequency rectification in low voltage and high current output fields, detection and mixing at very high frequencies (such as

SBD has the advantages of high switching frequency and low forward voltage, but its reverse breakdown voltage is relatively low, mostly not higher than 60V, and the maximum is only about 100V, which l

Schottky diode is named after its inventor, Dr. Schottky. SBD is short for Schottky Barrier Diode (SBD). SBD is not made by the principle of PN-junction formed by the contact between P-type semiconduc