Compared to rigid plates, flexible plates have lower tolerance requirements and allow for a larger tolerance range. rigid-flex board traders should remember to do these points well.
Strong design ability. Flexible boards can be designed as ordinary conductive circuits and chips, and compared to flexible boards, their bending resistance is much stronger, allowing for a larger tolerance range.
● Manufacturability. The softness is much better than that of a rigid board. In addition, the manufactured gap, ball grid array components, PCB board components and shielding have passed strict tolerance assessment.

A reliable mechanical protection system is essential for all of our mechanical protection devices. Only comprehensive protection mechanisms can ensure normal operation.
The resettable mechanical protection system triggers and pauses mechanical loads through software to maintain safe operation over a long lifecycle.
When the rated power of a circuit exceeds the rated power of an electronic device, resulting in power consumption, this is the most common and worst situation.
Using special protection devices for automatic temperature protection control of electronic equipment. Hi GUD "is a compact, low-power microcontroller that uses programmable low-power microcontrollers. This device can be directly installed on the DIN rail on the motherboard or monitored for pre fire situations through an external high-precision microcontroller.
Due to the use of an internal current reference regulator, there is no need to adjust the amplifier itself and relatively low power consumption is used internally.
A. The power supply, clock, and clock should generally be stable, such as observing the cycle with an oscilloscope first. B. Terminate the chip, power cord, reset IC, etc. C. After the power supply is connected to the load, the charging is 100% without consumption. D. After connecting the power supply to the load, use reset and low voltage to turn off the power supply and maintain it without power loss. E. After the battery voltage drops to the maximum working voltage, it enters standby mode. B. This auxiliary mode effectively locks the undervoltage (HOLD) and receives audit processing of this information from HOLD, which can increase the overcharging current of the charger and reduce the short circuit capacity of the product. C. When the system is not malfunctioning, it will stop charging the battery. D. When the system fails, it will stop charging the battery. E. Automatic discharge on machine 4 Instantaneous next time A. Charging C. Battery discharge should be greater than the maximum voltage requirement of the equipment. D. Detect that the charger with discharge of unipolar electrolytic capacitor lower than 0V cannot work normally. D. Parallel discharge B. Each series of inductors L1, L2, and L3 form the charging circuit. E. The AC voltage should be greater than 12V D. The constant current charging current should increase B. The constant voltage charging current should not exceed the specified value of L1. When the charging current increases, the voltage and current are superimposed on L2 and L4, and the voltage and current are superimposed on L4, resulting in a corresponding increase in charging current.
L1 control input voltage: U5 5V, Vout=12V, Vout=5V: 45V, Vout=8V, Vout=9V: 75V.

U6 is the terminal voltage on the primary side of the main voltage reduction, and L1 outputs a working voltage of 650 V.