Please Note: There are no warnings or errors in the message section of the simulation errors tab. Is there something wrong with my calculations with the Ohm's Law? Thanks in advance for any help :)ĮDIT: Please ignore the second part of the question as I forgot at the moment that LEDs where NON-Ohmic conductors. Import directly into Proteus (or other CAD tools) and save hours on design. Download the Proteus schematic symbol and PCB footprint for free. As I show, connect the L1 to the primary voltage meter so connect the L2 to the primary and 2d voltage meter as I shown within the on top of the. I actually have shown 3 section route wires with red, yellow, blue collars and black as neutral.
#Volt meter proteus library series#
Second, the series resistance of the LED is set to 1 Ohm, so if 2.45v drops across it, the current should be 2.45A which is ridiculous! Anyways the ammeter connected to it shows only 0.25A (255mA when set to mA measurement) which I don't understand. Search millions of Proteus libraries by part number or keyword. As I shown within the on top of the diagram, I wired 2-volt meters for a three-phase power provide.
#Volt meter proteus library download#
make sense with theoretical readings)įirstly, why is there no reading on the ammeter on the bottom-left? The 1K resistance is a load which has a voltage drop of 2.55v and thus there has to be a current through it! (0.00255A according to calculations, which is 2.55mA) Download scientific diagram Proteus Simulation on Voltage Sensor Circuit from publication: Development of an Arduino-based automated household utility. I built this simple circuit with a potentiometer and an led and measured current and voltage on different points. I'm a beginner to Proteus and was just exploring simple circuits and trying out different things on the simulator.