
( Brand: Foxnovo ), ( Manufacturer Part Number: D172823Z65SN5081 ), ( Part Type: Aluminum ), ( Country/region Of Manufacture: China ), ( Color: Black ), ( Material: Durable Metal ), ( Quantity: 250pcs ), ( UPC: 8884161367729 )
The D172823Z65SN5081 is a set of 250 practical radial lead electrolytic capacitors, manufactured by Foxnovo with the model number 8884161367729. These capacitors are designed to provide reliable and stable electrical energy storage in various applications.
Each capacitor in this set has a capacitance of 2200 microfarads ( F), making it suitable for storing and releasing electrical energy in circuits. The voltage rating of these capacitors is 25 volts (V), which means they can operate safely within this voltage range without the risk of damage or failure.
The radial lead design of these capacitors allows for easy installation and replacement in circuits. The leads are made of high-quality materials, ensuring reliable electrical conductivity and minimizing the risk of breakage or damage during use.
The electrolytic capacitors in this set are suitable for use in a variety of applications, including power supplies, filtering circuits, and radio frequency (RF) circuits. Their large capacitance value and voltage rating make them ideal for storing and releasing energy in circuits that require high current or voltage levels.
The Foxnovo 8884161367729 set of radial lead electrolytic capacitors is made to meet high-quality standards, ensuring reliable performance and longevity. Foxnovo is a reputable manufacturer of electronic components, known for its commitment to quality and customer satisfaction.
In summary, the D172823Z65SN5081 is a set of 250 practical radial lead electrolytic capacitors, with a capacitance of 2200 F and a voltage rating of 25 V. These capacitors are suitable for use in a variety of applications and are manufactured by Foxnovo, a reputable manufacturer of electronic components.
Pros of buying d172823z65sn5081 250pcs practical radial lead electrolytic capacitors 2200uf 25v from Foxnovo (8884161367729):1. Cost-effective: This product offers a large quantity of capacitors at an affordable price, making it a cost-efficient option for bulk purchases.
2. High capacity: The 2200uf capacity allows for storing a significant amount of energy, making it suitable for various applications where high energy storage is required.
3. Voltage range: With a voltage rating of 25V, this capacitor can handle a decent amount of voltage, making it suitable for various power supply applications.
4. Radial lead design: The radial lead design provides superior heat dissipation, ensuring the capacitor operates effectively even under high load conditions.
Cons of buying d172823z65sn5081 250pcs practical radial lead electrolytic capacitors 2200uf 25v from Foxnovo (8884161367729):1. Limited temperature range: While the capacitor can operate at temperatures ranging from -40 C to 85 C, it may not perform optimally in extreme temperature conditions.
2. Higher self-discharge rate: Electrolytic capacitors tend to have a higher self-discharge rate compared to other capacitor types, which may require frequent recharging or replacement in some applications.
3. Longer ripple charge time: Due to their larger size and higher capacitance, electrolytic capacitors require a longer time to charge compared to other capacitor types, which may impact overall system performance.
Conclusion:If you are looking for an affordable, high-capacity option for bulk capacitor purchases, the d172823z65sn5081 250pcs practical radial lead electrolytic capacitors 2200uf 25v from Foxnovo (8884161367729) could be a suitable choice. However, be aware of the limitations, such as the higher self-discharge rate and longer ripple charge time, which may impact performance in some applications.
Recommendation:Consider using these capacitors in applications that require a high energy storage capacity but do not require extreme temperature performance or fast charge times. Additionally, ensure that you are recharging or replacing the capacitors as needed to maintain optimal performance.