As long as you understand the damage characteristics of resistors, there is no need to worry. Take you to learn about rigid-flex board companies.
The difference between rigid and flexible printed circuit boards and ordinary boards is nearly 100 times, because many domestic and foreign electronic product technologies also lack innovation.
For example, if you have new requirements for flexible circuit boards and are involved in complex assembly processes, you will be more concerned about low-cost circuit boards. It has the longest service life, and if the assembly degree on flexible circuit boards is not enough, it will greatly reduce the cost of these boards.

Although the price of flexible boards is very cheap in the entire circuit board industry, flexible boards are not the only ones that can meet the requirements of cost and assembly. The manufacturing process of flexible boards is complex and expensive, but flexible circuit boards can achieve many advantages over flexible circuit boards.
Flexible circuit boards have flexible functions and can be flexibly applied to various industries, rather than being used in certain places. It is just a flexible circuit board used to replace mechanical connections. It uses fewer components and reduces total volume and weight, as well as subsequent production.
Whether you want to see multiple shapes of capacitors on the monitor, monitor, or screen, or a PCB where capacitors can be directly found and connected from display components elsewhere. Capacitors are connected through or through these capacitors (as they are used to connect signals), but usually any differences in these capacitors can be completely eliminated. Although the entire capacitor can ensure that all capacitors are connected to the PCB, if two capacitors are not connected, they need to be considered.
All capacitors connected to a PCB (because what we see is the capacitance of the PCB) often have a similar concept.
The probe in Figure 1 ensures that the capacitance of the capacitor does not exceed a few uF (because the capacitor is a pure capacitor). If it cannot be avoided or is very small, voltage needs to be considered.
Bias capacitors and resistors can also be considered. Some examples illustrate that the bias performance of resistance capacitance controlled capacitors is constrained by ceramic capacitors, and they all have an external capacitor.
The bias effect of these capacitors may cause quality issues, and the most fundamental reason is that the capacity of the capacitors (i.e., the stacking capacitors) is not inherent.
The capacity of a capacitor is not a capacity, but an inherent lifespan of the capacitor. It is possible to have an allowable error of 5% for a capacitor.

The impact of capacitors, due to the structure of PN junctions, is not a zero or leakage first failure phenomenon.
A capacitor can be said to be a stored charge, so it is required to store energy and not release energy without a charge.
The size and the following categories of capacitors can be divided into general ceramic capacitors, semi-solid ceramic capacitors, trimming capacitors and electrolytic capacitor according to dielectric materials.
Ceramic capacitors, metallized ceramic capacitors, organic thin film capacitors, laminated ceramic capacitors, etc.
● Functional deionized water is used on the surface of ceramic capacitors using deionized water or purified water to achieve the effect of deionized water;