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Fielect Rectifier Diode
Rectifier Diode adopts high quality material, which can make sure the durability and stability of the product.
Forward Silicon Power Diode
Silicon power rectifier diode designed with very low leakage current as well as good surge handling capability.
FEATURES
Hexagonal base
It adopts all-copper hexagonal base, which has strong overcurrent capability and good heat dissipation performance.
Epoxy/enamel
The integrated molding epoxy resin has good insulation performance and small leakage current.
Copper sheet terminal cap
The thickened copper connection cap has strong conduction performance, standard interface and easy installation.
Bold copper wire
Bold stranded copper wire with good electrical conductivity.
Mounting screws
Standard type mounting screws, easy installation and high strength.
High temperature casing
High temperature resistant casing, more assured to use.
Wide Application
Rectifier diodes are used in rectifying electrical circuit in electrochemistry, electrolysis, electroplating, traction, power supply for switch gear operation, etc.
Hank
2025-08-05 15:50:09
Bought 2 of these to replace two very similar power diodes that had failed in my old dated battery charger!Also added and inline circuit breaker to provide a safety level to prevent failure of these new diodes! All is well! Charger, again works great!
Ronald O Newlon
2025-03-20 15:34:56
The diodes are configured in a full-wave rectifier. The diodes are working at low currents. So far so good. The higher currents around 85 to 90 amperes will be encountered later.Sincerely,RON
"Piano Lady"
2025-02-24 11:55:59
The diode had a long lead that made the install easier.
Cheryl Cristanelli
2025-01-12 11:35:58
Was expecting a cathode stud diode based on a previous question and answer. Note, see pic, this is a anode stud diode.
nh19926
2024-11-30 12:00:32
DIODE IS MASSIVE AND WELL AS THE HEAT SINK - VERY NICE. I HAVE NOT TESTED UNDER POWER YET. THE BRACKET IS TOO THIN AND CHEAP. I DOUBT IT WILL SUPPORT 200 AMPS. THE END CONNECTOR WAS NOT CRIMPED CORRECTLY AND LOOSE. I HAD TO USE MY HYDRAULIC CRIMPER TO CRIMP THE END CORRECTLY. PLASTIC TUBING USED CHEAP... ENDED UP USING MY HEATSHRINK TUBING (SEE PIC), TO PROPERLY COVER THE EXPOSED POWER LEAD. WILL UPDATE LATER ON AFTER TESTING.
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