SMR5473J100J02L16.5CBULK

Film capacitors, also known as plastic film capacitors, are capacitors which utilize a plastic film as the dielectric. SMR5473J100J02L16.5CBULK is a type of film capacitor with a unique design, which is suitable for use in a wide range of applications.This type of capacitor is quite small, measuring only 16.5mm in length and 4.7mm in width. Despite its tiny size, it has a considerable capacitance value of 100pF and a working voltage of 100VAC. Its capacitance stability is also very good, as it is able to maintain its capacitance within 0.1pF over its rated temperature.The SMR5473J100J02L16.5CBULK is able to offer a variety of applications due to its small design and high capacitance value. It is ideal for removing higher frequency noise in applications such as electronic equipment, industrial computers, power supplies, and other similar electronic products. The petite size and low cost of this capacitor make it perfect for use in tighter spaces and limited budgets.Moreover, this capacitor’s ability to do a good job filtering high-frequency noise makes it perfect for RF circuit protection. It has good performance in different operating conditions, making it an ideal choice for high-frequency radio circuits and RF communications systems.The working principle behind the SMR5473J100J02L16.5CBULK is quite simple. Unlike other types of capacitors, the film capacitor is constructed with a thin polymer film as the dielectric and a conductive plate on either side. The thin dielectric layer allows for electrons to travel from one plate to the other, creating an electrical field. This design helps to reduce equivalent series resistance, which can enhance the capacitor\'s reliability and performance.In conclusion, the SMR5473J100J02L16.5CBULK is a small and effective film capacitor that offers a wide range of uses. Its small size and high capacitance value makes it ideal for many applications such as electronic equipment, industrial computers, power supplies, RF circuit protection, and more. Its thin dielectric layer and conductive plates work together to create a strong electrical field, granting it superior performance.

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