Lithium Accumulators Simulation Test on Proteus
Budget: €8 – €30 EUR
I have to make this assembly on proteus 8 demonstration to test it.
I have 4 Lithium accumulators of 4.2 V in series with a resistance of 10ohm.
I have a dc voltmeter at the terminals of the resistance and a dc ammeter in series with the resistance.
Upstream and in series of the first accumulator I have a mosfet n irlz44n whose source is connected to the negative of accumulator 1 and the drain is connected to the resistance.
In parallel with the mosfet n and the accumulator 1 I put a mosfet p I have a mosfet p type irf9510 or irf4905.
I am not sure of the assembly but I think that the source must be connected to the positive of the accumulator 1 and the drain of the mosfet p is connected to the drain of the mosfet n irlz44n which is in series.
The 2 mosfets are used to short-circuit the accumulator, and they must be controlled by an ir2110 type driver.
Concerning the ir2110 driver, the HIN and LIN pins will be controlled by 0 V and 5 V voltages.
The driver is powered by 12V
I made this diagram on proteus 8 demonstration.
My problem is that I can't get the right voltage according to the states of the 2 mosfets.
Indeed when the mosfet n is conducting and the mosfet p is therefore blocked then the voltage across the resistor is 16.8V.
Conversely when the mosfet n is blocked, the mosfet p is normally conducting so we should have a voltage of 12.6 V across the resistor.
Make me the assembly on proteus and correct the assembly if you notice an electronic error.
And I need to get the right voltages across the resistor depending on the states of the mosfets.
I have 4 Lithium accumulators of 4.2 V in series with a resistance of 10ohm.
I have a dc voltmeter at the terminals of the resistance and a dc ammeter in series with the resistance.
Upstream and in series of the first accumulator I have a mosfet n irlz44n whose source is connected to the negative of accumulator 1 and the drain is connected to the resistance.
In parallel with the mosfet n and the accumulator 1 I put a mosfet p I have a mosfet p type irf9510 or irf4905.
I am not sure of the assembly but I think that the source must be connected to the positive of the accumulator 1 and the drain of the mosfet p is connected to the drain of the mosfet n irlz44n which is in series.
The 2 mosfets are used to short-circuit the accumulator, and they must be controlled by an ir2110 type driver.
Concerning the ir2110 driver, the HIN and LIN pins will be controlled by 0 V and 5 V voltages.
The driver is powered by 12V
I made this diagram on proteus 8 demonstration.
My problem is that I can't get the right voltage according to the states of the 2 mosfets.
Indeed when the mosfet n is conducting and the mosfet p is therefore blocked then the voltage across the resistor is 16.8V.
Conversely when the mosfet n is blocked, the mosfet p is normally conducting so we should have a voltage of 12.6 V across the resistor.
Make me the assembly on proteus and correct the assembly if you notice an electronic error.
And I need to get the right voltages across the resistor depending on the states of the mosfets.