The packaging is integrated while ensuring performance and reliability, making it easy to use. The rigid-flex board industry has become a competitive field.
The electrical connection relationship between component A and component B can be optimized through design calculations. For example, the minimum design space physics size is 08 mil; And the selection of design space can meet the minimum packaging size requirements, and the minimum value of space selection can reach 10 mils.
The electrical connection between component A and component B can be optimized through system design and analysis.

The combination of A and B components can be created by selecting one method. For example, after completing the design for a period of time, it is determined to use 300 mil B components as an example and perform all electrical connections.
The design process creates components through Selective Component Creation (SUI) and then performs external connections.
Due to the fact that products provided by CoolSAP typically create components based on your data, other workflows are obtained on top of other workflows.
Automated assembly components can be directly connected with two types of conductors, SPI and I2C (such as sliding wires).
On the other side of the control console is a jumper, which is a data that can be ignored when connected to a 3-hole circuit board conductor (similar to SPI).
Install another component on the board and connect it to the conductor between designs. The conductor is connected to the board in order to achieve it.
At the same time, adding sufficient current to the two wires connected to the last connecting pin forms a rectangle.
These two components simultaneously generate a length direction, and different voltages can be used to form a closed circuit. This is the foundation of design.
At this point, the design should consider both the power supply and the power supply. The withstand voltage and current of the power supply, switching performance, reliability, and system performance.
When designing a power supply, the above factors should be comprehensively considered, including principle scheme design, small line width, line to line distance, minimum input voltage, and system power calculation.

● Input and output lines of the power system. As mentioned earlier, if EMI design is not well considered for DC/AC power, there is no need to switch the power supply in the next step.
Some systems have relatively thin power input lines that may cause interference, so the impedance of the power supply should be controlled as much as possible during design. Otherwise, it will cause EMI performance to deteriorate.
The majority of the system's batteries are powered by a battery pack that drives a transceiver. The battery pack engineer should choose the original power supply, which typically has a capacity of 5A or greater. To ensure reliable connection, system engineers should choose a 500mAh battery as a backup power source to ensure the battery's lifespan. If a 2000mAh battery is required, a 4000mAh battery should be selected.
The length of the power supply should be less than 5A or longer, which can ensure that the length of the battery can reach 200% without any problems in selecting the length of the power supply. So, how much should we choose.