Description
COST PER PIECE
The R4700/16 is an electrolytic radial capacitor with a high capacitance of 4700 microfarads (µF) and a voltage rating of 16 volts. Designed to operate efficiently at high temperatures up to 105°C, this capacitor is suitable for electronic circuits that require substantial energy storage and filtering capabilities with a low to medium voltage tolerance in demanding thermal environments. The radial design of the R4700/16 makes it ideal for a variety of applications, especially where high capacitance is required in a low-voltage range.
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Capacitance (4700µF): The 4700µF capacitance provides significant energy storage and filtering capabilities, making it ideal for applications that need robust power management, such as in power supplies, audio systems, and buffering circuits.
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Voltage Rating (16V): With a voltage rating of 16 volts, this capacitor is well-suited for low to medium voltage applications, commonly used in consumer electronics, power supplies, and various electronic devices.
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Temperature Rating (105°C): The ability to operate at temperatures up to 105°C ensures reliable performance under high-temperature conditions, making it suitable for use in environments where thermal stability is essential.
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Model (R4700/16): The model number R4700/16 accurately identifies the capacitor's specifications, ensuring correct application and optimal performance in its intended use.
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Applications: Frequently used in power electronics, automotive electronics, and industrial applications where a combination of high capacitance, low voltage, and high-temperature endurance is required.
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Features: Known for its high capacitance, low voltage rating, and excellent temperature resistance, the R4700/16 capacitor is designed for stable and reliable operation in demanding situations.
In summary, the R4700/16 electrolytic radial capacitor, with its 4700µF capacitance, 16V voltage rating, and high-temperature capability, is a crucial component for electronic systems that require significant energy storage in low-voltage and high-temperature conditions.
