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DKNguyen
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MELF resistors can get pretty big in physical size compared to most other surface mount packages so that means wide terminal spacing so they tend to be able to handle more voltage without arcing. Like a leadless version of a leaded resistor which is also physically large. That's all.

They also handle heat due to pulses or surges well due to large etched surface area.

MELF resistors can get pretty big in physical size compared to most other surface mount packages so that means wide terminal spacing so they tend to be able to handle more voltage without arcing. Like a leadless version of a leaded resistor which is also physically large. That's all.

They also handle pulses well due to large etched surface area.

MELF resistors can get pretty big in physical size compared to most other surface mount packages so that means wide terminal spacing so they tend to be able to handle more voltage without arcing. Like a leadless version of a leaded resistor which is also physically large. That's all.

They also handle heat due to pulses or surges well due to large etched surface area.

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Source Link
DKNguyen
  • 57.3k
  • 5
  • 70
  • 161

MELF resistors can get pretty big in physical size compared to most other surface mount packages so that means wide terminal spacing so they tend to be able to handle more voltage without arcing. Like a leadless version of a leaded resistor which is also physically large. That's all.

They also handle pulses well due to large etched surface area.