Factory supply 562J 250V film capacitor CBB21 suitable for energy-saving lamps

Description

562J 250V film capacitor CBB21 suitable for energy-saving lamps

562J 250V film capacitor have high insulation, low impedance, low internal temperature rise, good stability and excellent frequency characteristics. Use axial lines and hidden holes for installation. It is suitable for AC / DC, low-pulse circuits, and can be widely used in various electronic devices such as display equipment, audio equipment, audio-visual equipment, communication equipment, and data transmission processing.

Characteristic of 562J 250V Film Capacitor

ltem	Characteristics
Reference standard	GB10188(IEC 60384-13)
Climatic Category	40/85/21
Rated Voltage	250V
Capacitance	0.0056μF
Capacitance Tolerance	±5%(J)
Voltage proof	1.6UR(2S)
Dissipation Factor	≤0.002(20℃,1KHz)
Insulation Resistance ≥100000MΩ	20°C，1min

Size of CBB21 562J 250V Film Capacitor

CBB21

CBB21 562J 250V Film Capacitor

W: 13.0mm
H: 8.5mm
T: 4.0mm
P±1： 10.0mm

CBB21

FAQ

Q:Film capacitors have been wave soldered, lead-free soldered, about 200 degrees? High temperature can easily damage the capacitor or affect the life. Don’t know how this industry is controlled and handled? Is manual welding required? Is there a temperature limit in the capacitor specifications? Is the solder joint temperature or body temperature when labeling?

A：Hello, the temperature of the wave soldering peak of the film capacitor can be 275 ° C, which is also the temperature of the IEC standard, and the tin immersion time is 3S-5S. The other is the preheating temperature and time. Film capacitors can withstand this temperature. Does not affect electrical characteristics. The solderability temperature and soldering heat resistance temperature are stated in the specification approval book. The former is aimed at the solderability of capacitor pins, while the latter is about the influence of welding temperature on the characteristics of film capacitors.

Q: How to judge the quality of the film capacitor?

A: 1) Use a multimeter to test the resistance of the thin-film electricity. The two feet should be very high resistance. If there is a capacitance meter, measure whether the capacitance value matches the mark on the case.

2) Test performance at room temperature, including capacity, loss, insulation resistance, withstand voltage, ESR, etc.

3) Do simulated life test.