PACK OF 800 PIECES

The TKP471M1VG16VMP is a radial electrolytic capacitor with a capacitance of 470 microfarads (µF) and a voltage rating of 35 volts. This capacitor, with its dimensions of 10x16mm, is designed for electronic circuits that require a high capacitance value in a moderately compact radial form. It's particularly suitable for applications where significant energy storage is needed along with a higher-than-standard voltage tolerance.

• Capacitance (470µF): With a high capacitance of 470µF, this capacitor can store a considerable amount of electrical charge, making it ideal for applications that require robust energy storage and filtering capabilities.
• Voltage Rating (35V): The 35-volt rating makes this capacitor suitable for electronic applications that operate at higher than typical low-voltage levels, offering versatility in various electronic devices and circuits.
• Physical Size (10x16mm): Its size of 10x16mm ensures that it can fit into electronic designs where space is a consideration but where a significant capacitance is still required.
• Radial Design: The radial lead format facilitates easy mounting on printed circuit boards, providing mechanical stability and ease of integration in various electronic devices.
• Model (TKP471M1VG16VMP): The model number TKP471M1VG16VMP accurately identifies the capacitor's specifications, ensuring the right fit for compatibility and safety in its application.
• Applications: Frequently used in power electronics, automotive systems, and in audio devices for filtering and energy storage, especially where higher voltage handling is required.
• Features: Known for its high capacitance, higher voltage rating, and radial design, the TKP471M1VG16VMP is designed to offer stable performance and reliability in applications that demand significant energy storage and a higher voltage capability.

In summary, the TKP471M1VG16VMP radial electrolytic capacitor, with its 470µF capacitance, 35V voltage rating, and 10x16mm size, is a key component for electronic designs that require robust energy storage and filtering capabilities in a higher voltage environment.