DiodesAvailable
LED Series Calculator
Calculate series LED capacity, voltage headroom, E24 resistance, current, and resistor power.
Calculator category
Diode Calculators
Diode calculators help with electronics engineering tasks such as rectifier design, zener reference sizing, reverse polarity protection, clamp circuits, and power dissipation estimates. They provide a structured starting point for component selection and troubleshooting when diode voltage drop, current, and thermal limits matter.
Available Calculators
6
Engineering Applications
4
Calculators
Each listed tool links to a working calculator with engineering inputs, formulas, examples, notes, and related resources.
DiodesAvailable
Zener Diode Resistor Calculator
Calculate zener regulator resistance, E24 selection, current distribution, and component power.
DiodesAvailable
Bridge Rectifier Calculator
Calculate rectified voltage, ripple frequency, PIV, diode loss, and ideal efficiency.
DiodesAvailable
Schottky vs Silicon Diode Calculator
Compare forward voltage, conduction loss, saved power, and voltage efficiency.
DiodesAvailable
Diode Power Dissipation Calculator
Estimate conduction loss, thermal rise, junction temperature, margins, and operating status.
DiodesAvailable
Diode Forward Voltage Calculator
Estimate typical forward voltage and power for silicon, Schottky, germanium, and LED diodes.
How to Use These Calculators
Start From the Engineering Question
Choose the calculator that matches the decision you need to make: decode a component marking, size a value, check a frequency response, estimate loss, or verify a safety margin. A category page is useful only when it helps you reach a working tool, so this page lists released calculators only.
Check Units and Assumptions
Calculator results depend on unit choices, idealized formulas, tolerance, temperature, frequency range, and component limitations. Review the formula and engineering notes on each calculator page before using the result in a schematic, BOM, or PCB layout.
Validate Against Real Parts
Use the calculated value as a design reference, then confirm it against datasheets, derating curves, layout parasitics, measurement conditions, and manufacturer limits. The related guides below provide background when a calculation needs more context.
Engineering Applications
Zener Regulation
Bridge Rectifiers
Reverse Polarity Protection
Voltage Clamping
Related Engineering Guides
Engineering Guide
Understanding Diodes
Learn diode fundamentals including diode symbols, PN junction behavior, common diode types, electrical characteristics, and practical circuit applications.
13 min · Beginner
Engineering Guide
How to Choose the Right Diode
Learn how to choose the right diode for rectification, switching, protection, voltage regulation, LED driving, and high-speed applications.
14 min · Intermediate
Engineering Blog
10 Common Power Design Mistakes (and How to Avoid Them)
Avoid common power design mistakes involving watts versus watt-hours, unit prefixes, RMS current, power factor, efficiency, derating, thermal design, startup current, voltage drop, and undersized components.
17 min · Intermediate
Engineering Blog
10 Common LED Design Mistakes (and How to Avoid Them)
Avoid common LED design mistakes including missing current control, incorrect resistor values, excessive current, forward-voltage assumptions, resistor power errors, thermal problems, brightness comparison errors, and improper LED driving.
14 min · Intermediate
Engineering Blog
10 Common Diode Selection Mistakes (and How to Avoid Them)
Avoid the most common diode selection mistakes involving diode type, reverse voltage, forward current, forward voltage, reverse recovery, package, thermal design, datasheets, and design margin.
13 min · Intermediate
Related categories
LEDs
LED calculators for indicators, LED strips, high-power LEDs, RGB lighting, and current limiting.
Open →Power
Power electronics calculators for regulators, converters, thermal design, current estimates, and hardware margins.
Open →Resistors
Resistor calculators for circuit design, component selection, power dissipation, and hardware troubleshooting.
Open →