477ALG016MFBJ

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Aluminum - polymer capacitors provide reliable capacitance stability and superior ripple current performance over traditional aluminum electrolytic capacitors. 477ALG016MFBJ is a type of aluminum - polymer capacitors that is designed to meet the requirements of an industrial system. Its properties make it ideally suited for high power applications in a wide range of industries such as automotive, mobile, computer, professional audio and communications.

The main advantage of 477ALG016MFBJ capacitors is their higher capacitance-voltage (CV) ratio and superior ripple current capability when compared to conventional aluminum electrolytic capacitors. This makes them an ideal choice for high frequency, high power applications in harsh environments, as well as for low frequency, low power applications. They are also capable of withstanding temperatures up to 85 Celsius and have a wide range of operating voltages from 6 volts up to 160 volts.

477ALG016MFBJ capacitors are constructed from solid aluminum-polymer material, where the two elements combine to create a strong dielectric for superior capacitance stability and superior ripple current performance. The aluminum-polymer material provides a barrier that reduces the possibility of an electrical arc, which is a common problem with traditional aluminum electrolytic capacitors, resulting in increased safety and reliability. Additionally, 477ALG016MFBJ capacitors can be used in a wide range of temperatures, allowing them to be used in harsh environments where aluminum electrolytic capacitors may not function properly.

Additionally, 477ALG016MFBJ capacitors provide improved reliability and durability, due to the superior dielectric characteristics inherent in the aluminum-polymer material. This allows the capacitors to provide a longer life span and improved product performance over traditional aluminum electrolytic capacitors. The enhanced capacitance stability also allows 477ALG016MFBJ capacitors to better handle large and demanding dynamic load changes, providing superior ripple current performance.

The 477ALG016MFBJ capacitors are also characterized by a low Effective Series Resistance (ESR), which is a measure of the amount of energy each capacitor can store. The low ESR of the aluminum-polymer material ensures higher ripple current performance, improved frequency response and lower voltage stress. This lowers the total power dissipation of the device, making the 477ALG016MFBJ capacitors an efficient and reliable choice for high power applications.

To ensure superior performance, the 477ALG016MFBJ capacitors are designed to be assembled using automated surface mount technology (SMT). The design allows for the use of automated machines to precisely place the components, ensuring a higher component-to-board assembly success rate. This helps to prevent errors while also improving speed and efficiency.

In conclusion, 477ALG016MFBJ capacitors are designed to meet the requirements of an industrial system and are ideal for high power applications due to their superior ripple current performance, superior capacitance stability, low ESR and ability to withstand temperatures up to 85C. They are also able to provide the same level of performance over extended periods of time. Due to their superior CV ratio, 477ALG016MFBJ capacitors are capable of meeting a wide range of challenging requirements, making them a reliable choice for a variety of applications.

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