
( Brand: Panasonic ), ( Part Type: Film )
The ECQ-E2335KF PCS Film Metallized 3.3uf Poly 250V Capacitor from Panasonic is a high-quality electronic component designed for a wide range of applications. This capacitor is part of Panasonic's reliable EE series, known for its consistency and reliability in power supply systems.
The ECQ-E2335KF is a film metallized capacitor, which means it uses a polypropylene dielectric film and a metallized aluminum electrode. This combination offers excellent voltage withstand and stability, making it suitable for applications that require high voltage and reliability. The capacitor has a capacity of 3.3 microfarads ( F), which is a common value in power supply circuits and filtering applications.
The capacitor is rated for a maximum voltage of 250 volts (V), which makes it suitable for use in low and medium voltage power supply systems. The 1050 designation refers to the temperature rating of the capacitor, indicating that it can withstand temperatures up to 105 degrees Celsius for short periods of time.
The ECQ-E2335KF is a surface mount device (SMD) with a leadless package, making it easy to install in compact electronic assemblies. The PCS (Polychip) designation indicates that the capacitor uses a polychip electrode, which provides improved electrical characteristics and reliability.
Overall, the ECQ-E2335KF PCS Film Metallized 3.3uf Poly 250V Capacitor from Panasonic is a reliable and high-performance component that is suitable for a wide range of power supply and filtering applications. Its film metallized construction, high voltage rating, and compact design make it a popular choice for engineers and designers looking for a high-quality capacitor for their electronic projects.
Pros of buying a ECQ-E2335KF PCS Film Metallized 3.3uF Poly 250V Capacitor Panasonic 1050:1. Reliability: Panasonic is a reputable brand known for producing high-quality electronic components, including capacitors. This capacitor is made with film metallized technology, which is known for its reliability and long-life span.
2. Voltage Rating: The 250V voltage rating makes it suitable for a wide range of applications, which increases its versatility.
3. Capacitance: The 3.3uF capacitance is a common value in many electronic projects, making it easily available and easy to integrate into a circuit.
4. Polypropylene Dielectric: The polypropylene dielectric used in this capacitor provides good electrical performance, including low loss and high stability, which can help improve the overall performance of the circuit.
Cons of buying a ECQ-E2335KF PCS Film Metallized 3.3uF Poly 250V Capacitor Panasonic 1050:1. Price: Given that it's a high-quality capacitor from a reputable brand, it may be more expensive than some alternative capacitors with similar specifications.
2. Size and Weight: The size and weight of the capacitor may be larger than some other capacitors with similar capacitance and voltage ratings due to its film metallized technology and polypropylene dielectric.
Conclusion:If you're looking for a high-quality capacitor with a reliable brand, the ECQ-E2335KF PCS Film Metallized 3.3uF Poly 250V Capacitor Panasonic 1050 is a great choice. Its long-life span, good electrical performance, and wide voltage rating make it a versatile component for various electronic projects. However, its price and size may be a consideration for some users. Ultimately, the decision to purchase this capacitor depends on your specific needs and budget.
Recommendation:If you're looking for a high-quality capacitor with reliable performance, the ECQ-E2335KF PCS Film Metallized 3.3uF Poly 250V Capacitor Panasonic 1050 is a good choice. It's a reliable and versatile component that can help improve the overall performance of your circuit. However, if price and size are a concern, you may want to consider alternative capacitors with similar specifications.
30mm height seated max. 3uf 250vdc 10 metallized polyester film capacitor lead spacing 22. 00mm x l x 0.
50 pcs package Panasonic ecq e2335kf w 26. 00mm termination pc pins lead spacing.