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Sensitive electronic components are parts of electronic devices
that can be easily damaged by electrostatic discharge (ESD), heat, moisture,
vibration, or other environmental factors. These components are typically
made up of tiny microcircuits and integrated circuits that are highly
sensitive to changes in temperature, humidity, and voltage.
Choosing the right electronic components is crucial for the
success and reliability of any electronic design. An error made in the
component selection can cause serious damages up to an extent of thrashing
and disqualifying the entire design and the product.
During the production process of PCBs, a phenomenon known as PCB
bursting or explosion can occur, leading to issues such as copper foil
foaming, detachment of the circuit, substrate foaming, and delamination. To
ensure a qualified PCB board, it is crucial to understand the causes of PCB
bursting and take preventative measures to avoid it.
Are you familiar with the importance of testing and discharging
capacitors? In this passage, we will discuss why it is crucial to test and
discharge capacitors, the methods to discharge them safely, and some aspects
to consider when doing so.
Microcontrollers are small, yet powerful integrated circuits that
play a crucial role in controlling specific functions of various electronic
devices. They are like mini personal computers that can save human effort by
performing multiple tasks. In this article, we will explore the components
of microcontrollers and their advantages.
Thermal management is a critical aspect of PCB design,
particularly when designing boards with high-power components. Proper
selection of cooling methods, materials, and PCB layout can mitigate the
risks of excess heat and ensure optimal performance and longevity of the
board.
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