When a signal passes through a via with discontinuous impedance, part of the energy will be reflected back to the source end and superimposed with the incident signal to form interference.
In the design of power boards, the crosstalk between digital and analog signals has always been a key factor affecting circuit performance.
In LED lighting systems, the lifespan and light output stability of the light source are not solely determined by the LED chip itself, but also by the thermal management capabilities of its operating environment.
The light board circuit board, with its evenly spaced LEDs, clearly laid out circuit traces, meticulously crafted solder joints, and pure, flicker-free lighting
The benefit of the circuit board's strong oxidation resistance is also reflected in the long-term guarantee of equipment performance stability, avoiding performance degradation due to circuit corrosion.
The solder joints of the light board circuit board are the key nodes connecting electronic components and circuit boards. Their firmness directly affects the stability of the entire lighting system.