LC64

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TVS (transient voltage suppressor) diodes are widely employed for overvoltage protection in many different electronics fields. LCD (Liquid Crystal Display) 64 is one of the common fields and has the capacity to protect against various transient voltage disturbances. This article will discuss the application field and working principle of LCD 64 and other TVS diodes.

The main principle of TVS diodes is to suppress transient voltage pulses that could otherwise damage embedded circuits. A TVS diode is placed between two terminals of an electronic circuit. Whenever there is a sudden change in the voltage incoming from any source (such as from a lightning strike or a power supply switch) that raises the voltage above the diode’s breakdown voltage, the diode shorts itself and dissipates the excess energy in the form of heat.

The application field of LCD 64 TVS diodes are mainly found in mobile applications. They are particularly used in mobile devices where an increased level of protection is required due to their enhanced breaking capability. LCD 64 TVS diodes protect the mobile devices from spurious signals, which may be generated from external sources. The enhanced breaking capability of LCD 64 TVS diodes ensures that they provide efficient protection against external noise. Thus, they greatly reduce the chances of a circuit’s malfunctioning due to such spurious signals and hence, guarantee the continuity of operation.

Apart from the mobile device protection, LCD 64 TVS diodes are also used in applications where low levels of energy consumption are desired. Owing to their low voltage phenomenon, they require less power and hence, aren’t as energy consuming as their larger TVS counterparts. This makes them ideal for applications where other large TVS diodes are not suitable.

In summary, LCD 64 TVS diodes are utilized for overvoltage and overcurrent protection in many different domains. Their application field primarily includes mobile applications such as cellular phones, due to their enhanced breaking capability and low voltage phenomenon. They are employed in various other fields as well such as IT, automobile, and healthcare where their low energy consumption, robustness, and hassle-free operation come in handy. Thus, LCD 64 TVS diodes serve as an essential part of many modern day electronic systems.

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