The C315C473K5R5TA by KEMET Corp is a high-geared ceramic capacitor built to provide excellent stability and capacitance in a compact package. With advanced construction and precise specifications, this MLCC offers a superior capacitance of 47nF and a voltage rating of 50V, perfect for electronic applications requiring reliability and space efficiency.
The KEMET 47nF MLCC is a dedicated and universal capacitor with a capacitance value of 47nF, voltage rating of 50V dc, X7R dielectric material, radial lead design, and a highest operating temperature of +125°C. Its packed size, high capacitance, and exceptional performance traits make it appropriate for various electronic applications where stable capacitance values are instructed, even in challenging temperature conditions.
Key Features and Advantages KEMET 47nF Multilayer Ceramic Capacitor MLCC 50V dc ±10% X7R Dielectric Radial, Max. Temp. +125°C Include:
The KEMET 47nF MLCC provides a capacitance value of 47nF, which makes it suitable for a wide range of electronic applications. The capacitance value determines the amount of charge a capacitor can store, and a higher capacitance allows the capacitor to store more charge. With a voltage rating of 50V dc, this MLCC is capable of withstanding a maximum direct current voltage of 50 volts without experiencing any significant degradation in performance.
The X7R dielectric material used in this MLCC offers several advantages. X7R is a ceramic material that provides a high dielectric constant and exhibits a stable capacitance over various temperatures. It is known for its excellent temperature stability and low losses, making it suitable for applications where capacitance values need to remain stable across varying environmental conditions.
The KEMET 47nF MLCC is designed with a radial lead configuration, meaning the leads extend from one side of the capacitor body. This configuration makes it easy to mount the capacitor on a circuit board and allows for efficient soldering. The radial lead design also provides mechanical stability and ensures a secure connection between the capacitor and the circuit.
This MLCC has a maximum working temperature of +125°C. This temperature rating demonstrates the highest temperature at which the capacitor can operate reliably without undergoing significant degradation in performance. It allows for use in applications that induce heat or operate in high-temperature settings.
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