
( Brand: General Instruments ), ( Manufacturer Part Number: 982-581 ), ( Model: 2406833 ), ( Part Type: Capacitor )
The 982-581 series capacitor, specifically model 982-581-30, is a crucial component in various electronic applications due to its reliable performance and robust design. This capacitor is a 30VDC, 240 microfarad electrolytic capacitor with a dimension of 27mm (L) x 25mm (W) x 104.5mm (H), and it falls under the category of 2407 series, as denoted by the 2407030 code.
The capacitor's high voltage rating of 30VDC makes it suitable for use in applications where a higher voltage is required. It offers an impressive capacitance value of 240 microfarads, which enables it to store and release large amounts of electrical energy. This attribute is beneficial in applications such as power supply filtering, voltage stabilization, and energy storage.
The electrolytic design of the capacitor contributes to its excellent energy storage capabilities, which is essential for various electronic systems. The capacitor's positive terminal is marked with a stripe, indicating its polarity. Proper installation of the capacitor with the right polarity is crucial to ensure its optimal performance and longevity.
This capacitor boasts a robust design, with a rugged aluminum can that provides excellent protection against external forces and harsh environments. The hermetically sealed design of the can ensures that the capacitor remains moisture-free, preventing the risk of leakage or damage caused by humidity.
The 982-581 series capacitor is a reliable solution for applications where a high voltage capacitor with a large capacitance value is required. Its impressive performance, rugged design, and long-lasting construction make it a popular choice among engineers and electronics professionals. With its ability to handle high voltages and store large amounts of electrical energy, this capacitor plays a vital role in ensuring the optimal functionality and stability of various electronic systems.
Capacitor 982-581 (30VDC, 2400 F, 35 C, 50Hz, Electrolytic) and Capacitor 982-549 (30VDC, 2200 F, 35 C, 50Hz, Electrolytic) are both large electrolytic capacitors used in various electrical applications. Let's discuss the pros and cons of buying these capacitors.
Pros of Capacitor 982-581:1. High Capacitance: With a capacitance of 2400 F, this capacitor can store a significant amount of electrical charge, making it suitable for applications requiring large energy storage.
2. Voltage Rating: The 30VDC voltage rating is sufficient for many applications, providing a good balance between cost and performance.
3. Temperature Rating: The 35 C temperature rating ensures reliable operation in moderate environments, making it suitable for various applications.
4. Frequency Rating: The 50Hz frequency rating ensures stable performance under standard power grid conditions.
Cons of Capacitor 982-581:1. Size and Weight: Due to its large capacitance, this capacitor is quite large and heavy, which may impact the design and cost of the overall system.
2. Leakage: Electrolytic capacitors can experience gradual leakage over time, which may require periodic replacement.
3. Ripple Current: The capacitor may not be able to handle high ripple currents, limiting its use in applications with high power fluctuations.
Pros of Capacitor 982-549:1. Size and Cost: This capacitor has a lower capacitance (2200 F) and is therefore smaller and lighter, reducing the overall system size and cost.
2. Voltage Rating: The 30VDC voltage rating is the same as Capacitor 982-581, ensuring compatibility with the same applications.
3. Temperature and Frequency Rating: The 35 C temperature and 50Hz frequency ratings are the same as Capacitor 982-581, ensuring reliable operation under standard conditions.
Cons of Capacitor 982-549:1. Lower Capacitance: With a lower capacitance, this capacitor may not be suitable for applications requiring large energy storage.
2. Leakage: Like Capacitor 982-581, electrolytic capacitors can experience gradual leakage over time, requiring periodic replacement.
3. Ripple Current: This capacitor may also not be able to handle high ripple currents, limiting its use in applications with high power fluctuations.
In conclusion, both capacitors have their advantages and disadvantages. Capacitor 982-581 offers higher capacitance, making it suitable for applications requiring large energy storage, while Capacitor 982-549 is smaller and less expensive due to its lower capacitance. Ultimately, the choice between the two depends on the specific requirements of your application, including the amount of energy storage needed and the available budget and system size. If high energy storage is a priority, Capacitor 982-581 may be the better option. However, if size and cost are more critical factors, Capacitor 982-549 might be the more suitable choice.
Has a scratch in the paint other than that. Looks good same day shipping.