What are the specifications of diode?
Example of typical diode specifications
Typical 1N5711 Characteristics / Specifications | ||
---|---|---|
Characteristic | Typical Value | Unit |
Reverse leakage current, IR | 200 | µA |
Forward voltage drop, VF | 0.41 1.00 | V |
Junction capacitance, Cj | 2.0 | pF |
What are the contents of diode specification sheets?
Then there are three main parameters that must be considered when either selecting or replacing a signal diode and these are: The Reverse Voltage Rating. The Forward Current Rating. The Forward Power Dissipation Rating.
What is a 4001 diode?
The 1N4001-T is a Rectifier Diode with moulded plastic case. The rectifier diode has high current capability and low forward voltage drop. Diffused Junction. High Current Capability and Low Forward Voltage Drop. Low Reverse Leakage Current.
How do you choose a diode rating?
Forward Current: Select to be above the highest possible current that might be seen flowing through device. (When the diode is on.) Forward Voltage: Select if the small voltage drop in the forward direction needs to be at or below a certain value. (When the diode is on.)
What is diode data sheet?
Datasheets for diodes provide ratings for current, voltage, and other parameters that engineers consider when designing circuits. These datasheet ratings are based on assumptions that, if not considered, may lead to less than optimal results.
What is rating of diode?
The peak inverse voltage rating of a diode is the maximum reverse voltage that can be connected across a diode without breakdown. If the PIV rating is exceeded, the diode begins to conduct in the reverse direction and can be immediately destroyed.
What is the function of 1N4001?
The 1N4001 diode belongs to the family of the 1N400x diode series, which are most commonly used in household electronic appliances. It allows the flow of current only in one direction, that is from anode terminal to cathode terminal just like a normal diode.
Can I use a higher rated diode?
Yes, higher voltage rating is fine. It just means more safety margin against mains transients (which is good).