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MBR60100PT ASEMI Schottky Barrier Diode TO-247/3P 60A100V with Heat Sink for Transformer (5)

5.0 (2) Write Review
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$7.50

$ 3 .99 $3.99

In Stock

1.ItemPackageQuantity:5


  • 【Type No.】: MBR60100PT schottky diode,other models in the same series are MBR60150PT/MBR60200PT, etc.
  • 【Chip】: High-quality large chip, high-precision integrated test line to monitor electrical parameters.
  • 【Features】: Laser printing is not easy to fade, oxygen-free copper pins have good conductivity.
  • 【Package】: 5pcs packed by exquisite environmentally friendly boxes or bags, which can reduce damage during transportation.
  • 【Applications】: Switching power supply, LED lights, integrated circuit, mobile communications, computers, industrial automation control equipment, automotive electronics , LCD television, IoT , smart home , medical equipment , cooker and other small appliances.


Brand: ASEMIProduct Type : MBR60100PT Schottky Barrier DiodeMaxi Average Forward Current : 60A Maxi Peak Reverse Voltage : 100VPackage Type : Through HoleChip : Mikron VF : 0.7VPins : 3Frequency : High frequencyPackage/Case : TO-247/3PQTY : 5 PCS


S. Blakley
Reviewed in the United States on March 30, 2025
These diodes cam in a package unharmed by the rigors of shipping. All 5 looked to be first rate.I may use these if I come across an item that needs repair, but will most likely use these in teaching electronics.
MV
Reviewed in the United States on March 29, 2025
I build a board which requires diode isolation between solar panel array and a capacitor bank. The diode must have a low forward voltage to reduce heat and voltage loss to as low as possible. Schottky diodes are fast but forward voltage loss can be as high as standard silicon diodes at reverse voltages over 50V. These diodes even came with a data sheet so I didn't have to look them up on the internet and they test better than specified. With two diode sections in parallel, the breakdown voltage was 124V. Forward voltage was first tested at 1A and the Forward voltage was 0.495V. Increasing the current to 5A the forward voltage increased to 0.600V. Final current tested was 10A and forward current remained a low 0.609V. These tests were all with a single diode in the package. I use the two diodes in the package in parallel to share current and reduce forward voltage as low as possible. With 10A and diodes in parallel Forward voltage reduced to 0.521V, almost as low as at 1A of current. That is good performance when you need diode isolation with as little loss as possible.