
( Brand: Nippon Chemicon ), ( Manufacturer Part Number: TD03R ), ( Country/region Of Manufacture: Japan )
The Panasonic NHG 4.7uf 450V 105 C radial electrolytic capacitor (TD03R) is a high-quality component designed for various electronic applications. This 10x22mm capacitor is available in a pack of 4 pieces, manufactured by Panasonic, a globally renowned brand known for its reliability and precision.
The NHG series capacitors are recognized for their excellent performance and long-term stability. This specific capacitor has a capacitance value of 4.7 microfarads ( F), making it suitable for applications that require energy storage and voltage regulation. The voltage rating of 450 Volts (V) ensures that it can withstand high voltage levels, making it suitable for power electronics, audio amplifiers, and other high-voltage applications.
The capacitor's temperature rating of 105 C indicates its ability to perform efficiently in high-temperature environments, which is an essential feature for applications in automobiles, industrial equipment, and other high-temperature environments. The capacitor's radial lead design (TD03R) allows for compact mounting, making it a space-saving solution for applications with limited space.
The Panasonic NHG 4.7uf 450V 105 C radial electrolytic capacitor is also manufactured by Nippon Chemi-Con, a leading manufacturer of capacitors known for its high-quality and reliable products. The capacitor is marked with the KMG63VB code, which provides essential information about the capacitor's specifications and manufacturing details.
In conclusion, the Panasonic NHG 4.7uf 450V 105 C radial electrolytic capacitor is a high-performance, reliable, and durable component suitable for various high-voltage and high-temperature applications. Its compact radial lead design and high-temperature rating make it an ideal choice for space-constrained and high-temperature environments.
Pros of buying a 10x22mm 4pcs Panasonic NHG 4.7uf 450V 105C radial electrolytic capacitor TD03R Nippon Chemicon KMG 63 VB 470:1. High quality: Panasonic is a well-known brand with a reputation for producing high-quality electronic components. The NHG series is specifically designed for applications requiring high reliability and low ESR.
2. Long lifespan: The capacitors have a rated temperature of 105 C, which means they can operate in high temperature environments without degrading quickly.
3. Wide operating voltage range: The 450V rating of the capacitors makes them suitable for use in high voltage applications.
4. Radial design: The radial shape of the capacitors allows for easy mounting and minimizes the use of space.
Cons of buying a 10x22mm 4pcs Panasonic NHG 4.7uf 450V 105C radial electrolytic capacitor TD03R Nippon Chemicon KMG 63 VB 470:1. High cost: These capacitors are more expensive than some other capacitor options available on the market.
2. Limited capacitance values: The capacitors are only available in a limited range of capacitance values (4.7uf).
In conclusion, while the 10x22mm 4pcs Panasonic NHG 4.7uf 450V 105C radial electrolytic capacitor TD03R Nippon Chemicon KMG 63 VB 470 offers high quality, long lifespan, and wide operating voltage range, its high cost and limited capacitance values may make it less suitable for some applications. If cost is a major consideration, other capacitor options with similar specifications may be available at a lower price. However, if reliability and high voltage operation are critical requirements, the Panasonic NHG series may be a worthwhile investment.
Recommendation: For high voltage applications requiring high reliability and low ESR, the 10x22mm 4pcs Panasonic NHG 4.7uf 450V 105C radial electrolytic capacitor TD03R Nippon Chemicon KMG 63 VB 470 is a good option to consider, despite its high cost. However, it's recommended to compare it with other similar capacitors to ensure it's the best fit for your specific application and budget.
Note to all buyers: items in my listings qualify for combined shipping. 4pcs panasonic nhg 4.
7uf 450v 105C radial electrolytic capacitor new.