Monolithic capacitor common problem

With the rapid development of technology, monolithic capacitors are also increasing at a rate of 10% to 15% per year. The world demand for monolithic capacitors has reached more than 200 billion. Widely used in a variety of military and civilian electronic machines and electronic equipment. Such as computers, telephones, program-controlled switches, sophisticated test instruments, radar communications, etc. What are the common monolithic capacitor problems? Edit them and sort them out. Let's take a look.

1) Can monolithic capacitors be used in the filter circuit?

A: Yes. Parallel filtering of different types of capacitors can take longer complements and increase the filter frequency range.

2) Can monolithic capacitors be divided into several categories?

A: Three categories. The temperature-compensated NPO dielectric is a high dielectric constant X7R dielectric and a semiconductor Y5V dielectric.

3) The role of monolithic capacitors

Answer: Energy storage exchange, block-through (bypass and coupling), frequency discrimination filtering and suppression of surge voltage.

4) What is the measurement of the withstand voltage of the monolithic capacitor?

A: Pressure tester.

5) Can a ceramic capacitor replace the monolithic capacitor?

Answer: Ceramic capacitors are generally larger in size than monolithic capacitors. As long as the space is put down, the capacity is consistent, the application requirements are so strict, and the replacement is possible. As long as the application frequency band of the capacitor is equivalent to the ESR level, it can be replaced. Generally, the frequency is lower than 1MHz and can be mixed.