Droid Tesla Pro Mod Apk Paid Patched: DroidTesla can be used to simulate circuits. Ideal for those who are new to the construction and design of electronic circuits
Hobbyists, tinkerers, and professionals with a lot of experience who need a quick fix.
It is a handy tool for performing calculations on electronic circuit design.
This is interactivity and innovation that you won't find in the best SPICE software for PC such as Multisim LTspice OrCad, or PSpice. (Trademarks belong to their respective owners).
DroidTesla Simulator solves simple resistive circuits using Kirchoff's Current Law (KCL).
In much the same manner that a student would in circuits class, the simulator forms a systematically formed matrix according to instructions
Start with KCL, and proceed to solve the unsolved quantities using different algebraic methods
Techniques such as Gaussian elimination or sparse matrix.
Searching for non-linear parts such as diodes or BJT DroidTesla engines by taking an approximate guess at the answer will yield the closest solution.
Using successive calculations based on this guess, you can improve the solution.
It is known as an iterative process. DroidTesla uses the Newton-Raphson algorithm
To solve circuits that have non-linear I/V relations.
The DroidTesla applies numeric integration techniques to determine the state of reactive elements (capacitors or inductors).
DroidTesla provides the Trapezoidal (I'll add the GEAR method later) and integration methods that approximate the state of the reactive elements.
Both methods can produce almost the same results for most circuits, but they will not be nearly identical in some cases.
It is widely believed that while the Gear method can be more reliable, it can also be more precise and faster than trapezoidal methods.
Operational amplifier -Ideal
-Bipolar junction transistor, (NPN NNP).
-MOSFET N-channel depletion
Enhancement of the MOSFET N channel
-MOSFET P-channel depletion
Enhancement of the P-channel of -MOSFET
-JFET N & P
-PN Led diode
-PN Zener diode
-AC's current source
-DC's current source
-AC voltage source
-DC voltage(battery) source
-CCVS = current controlled voltage source
-CCCS – Current Controlled Current Source
-VCVS = voltage-controlled voltage source
-VCCS – Voltage-controlled current source
Source of square wave voltage
-7 Segment Display
You are considering making an
You will need to place a modest initial value on oscillators for some models
reactive elements. See the following examples.