UESTC/Electrodroid tarjima
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The Resistor value can be:
The Resistor value can be:
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Insert the marking code of the SMD resistor:
Insert the marking code of the SMD resistor:
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Some resistor can also be marked with a long bar under the code. The underline is used when the starting 'R' has to be omitted due to the limited space; in this case insert a 'R' in the calculator (e.g., <u>068</u> = R068 = 0.068Ω). There are many exceptions to these rule, so always check the manufacturer's datasheet.
Some resistor can also be marked with a long bar under the code. The underline is used when the starting 'R' has to be omitted due to the limited space; in this case insert a 'R' in the calculator (e.g.,
<u>068</u>= R068 = 0.068Ω).
There are many exceptions to these rule, so always check the manufacturer's datasheet. -
Set this value
Set this value
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The power dissipated by the resistor is:
The power dissipated by the resistor is:
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diode
diode
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The power dissipated by the circuit is:
The power dissipated by the circuit is:
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Enter the forward voltage drop (Vf) and current (If) of the LED, or choose one from the following box:
Enter the forward voltage drop (Vf) and current (If) of the LED, or choose one from the following box:
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Number of LEDs in series
Number of LEDs in series
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Vcc is too small for the selected number of LEDs
Vcc is too small for the selected number of LEDs
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Add new LED
Add new LED
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LED color
LED color
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LED type
LED type
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Customize LEDs list
Customize LEDs list
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Add a new LED in the database, or modify/erase an existing LED (you can't edit built-in LEDs, but you can hide them from the list)
Add a new LED in the database, or modify/erase an existing LED (you can't edit built-in LEDs, but you can hide them from the list)
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Insert a valid Color name
Insert a valid Color name
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Show built-in LEDs
Show built-in LEDs
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LED removed from Database
LED removed from Database
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Enable load RL
Enable load RL
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Enter R1,R2,Vin to calculate Vout, or enter the ratio R1/R2 or Vin/Vout to calculate the resistors R1 and R2:
Enter R1,R2,Vin to calculate Vout, or enter the ratio R1/R2 or Vin/Vout to calculate the resistors R1 and R2: