Aluminium Electrolytic Capacitors price

Contact Now Non-Polarized Aluminum Electrolytic Capacitors Non-Polarized Aluminum Electrolytic Capacitors

Contact Now Low ESR Aluminum Electrolytic Capacitor CD286 Aluminum electrolytic capacitor (also called electrolytic capacitor) is how to achieve high electric capacity? First of all, to increase the plate area effectively, increase the plate in the electrolytic capacitor effective area method is that its anode aluminum foil corrosion is very rough, corrosion foil or tantalum metal powder caking structure to increase the surface area as possible, but only by increasing the positive surface area of the rough and metal anode in fact does not increase the plate effective area, only the cathode substrate as rough as the anode and the surface of the two electrodes is closely to realize effective increase of plate area, which in fact is not possible.

Contact Now Snap-in Aluminium Electrolytic Capacitors CD296 In the applications of rectifier power frequency filtering, the snap - in electrolytic capacitor due to its large capacity, high pressure and has an irreplaceable position.In power frequency rectifier filter applications, as a consumer, should pay attention to the snap - in electrolytic capacitr what about the performance?

Contact Now Screw Terminal Aluminium Electrolytic Capacitors CD136 Jinpei as a professional screw electrolytic capacitor manufacturers and over 30years of screw electrolytic capacitor experience, has always been committed to the capacitor field of high and new technology R&D, Jinpei actively contact clients in different areas, involved in instrument, LED, audio, power supply, electronic toys, security, digital camera, microelectronics, oil drilling, solar energy, new energy vehicles, communications, military spaceflight etc.

Contact Now Screw Terminal Aluminium Electrolytic Capacitors CD137 Jinpei as a professional screw electrolytic capacitor manufacturers and over 30years of screw electrolytic capacitor experience, has always been committed to the capacitor field of high and new technology R&D, Jinpei actively contact clients in different areas, involved in instrument, LED, audio, power supply, electronic toys, security, digital camera, microelectronics, oil drilling, solar energy, new energy vehicles, communications, military spaceflight etc.

Contact Now High Ripple Current Aluminum Electrolytic Capacitors High Ripple Current Aluminum Electrolytic Capacitors

Contact Now Screw Terminal Aluminium Electrolytic Capacitors CD138 Jinpei as a professional screw electrolytic capacitor manufacturers and over 30years of screw electrolytic capacitor experience, has always been committed to the capacitor field of high and new technology R&D, Jinpei actively contact clients in different areas, involved in instrument, LED, audio, power supply, electronic toys, security, digital camera, microelectronics, oil drilling, solar energy, new energy vehicles, communications, military spaceflight etc.

Contact Now Screw Super Capacitors Screw super capacitors

Contact Now Large Capacitance Super Capacitors Large Capacitance Super Capacitors

Contact Now Snap-in Aluminium Electrolytic Capacitors CD294 Snap-in electrolytic capacitor has the very high residual voltage after instantaneous short circuit, the usual explanation is that the dielectric absorption.If medium absorbing really so big, the influence of aluminum electrolytic capacitor frequency characteristic must be very poor, now even better than the real use of aluminum electrolytic capacitor is much worse, after all, low impedance frequency characteristics of the Snap-in electrolytic capacitor has done very well, and the latest polymer aluminum electrolytic capacitor frequency characteristic and even closer to the ceramic capacitor.Therefore, it can be said that aluminum electrolytic capacitor residual voltage is not generated by the dielectric absorption of p is another reason.So what reason be?The author thinks that is of special structure of aluminum electrolytic capacitor electrodes, which ^ so much residual voltage.