Circuit calculation software
Applied educational software for the following courses: "Theoretical Foundations of Electrical Engineering," "Basic Circuit Theory," and "Fundamentals of Electronics."
DC Linear Circuits
The DC Linear Circuits (DCLC 3.35) program is designed for calculating complex DC electrical circuits using the following methods: 1) the Kirchhoff's Law Method (KLM), 2) the Loop (Mesh) Current Method (LCM), and 3) the Nodal Potential Method (NPM). The program provides a detailed step-by-step solution in MS Word (.docx) format.
Using DCLC 3.35 can significantly save time when preparing calculation documents, since mathematical expressions, formulas, and matrices are created in the program immediately in a professional form.
Using DCLC 3.35 can significantly save time when preparing calculation documents, since mathematical expressions, formulas, and matrices are created in the program immediately in a professional form.
AC Linear Circuits
The AC Linear Circuits (ACLC 3.45) program is designed for calculating complex AC electrical circuits using three methods: 1) the Kirchhoff's Law Method (KLM), 2) the Loop (Mesh) Current Method (LCM), and 3) the Nodal Potential Method (NPM). The program provides a detailed (step-by-step) solution with a report in MS Word (.docx) format. For plotting vector (phasor) diagrams, the program includes a vector editor with a wide range of features and an intuitive interface.
Using ACLC 3.45 can significantly save time when preparing calculation documents, since mathematical expressions, formulas, and matrices are created in the program immediately in a professional form.
Using ACLC 3.45 can significantly save time when preparing calculation documents, since mathematical expressions, formulas, and matrices are created in the program immediately in a professional form.
Three Phase Circuits
The Three Phase Circuits (TPC 3.55) program is designed to calculate three-phase electrical circuits of any configurations Y/Y, Y/Δ, Δ/Y, Δ/Δ. The program outputs a detailed step-by-step solution with a report in MS Word (.docx) format.
The utilities built into TPC 3.55 allow you to:
Using TPC 3.55 can significantly save time when preparing calculation documents, since mathematical expressions and formulas are created in the program immediately in a professional form.
The utilities built into TPC 3.55 allow you to:
- calculate complex impedances of lines and phases;
- build vector (phasor) diagrams of voltages and currents.
Using TPC 3.55 can significantly save time when preparing calculation documents, since mathematical expressions and formulas are created in the program immediately in a professional form.
Transistor amplifiers
The Amplifier BJT program is designed to calculate the amplification stage on a bipolar transistor using a common emitter (CE) circuit. The program database contains about 5,000 models of transistors of foreign and domestic production. The program provides flexible settings; when calculating the amplifier, you can set any parameters, adjust the position of the operating point. Using the detailed (step-by-step) solution function, you can output a detailed calculation of the amplifier with a report in MS Word (.docx) format.
The Amplifier JFET program is designed to calculate the amplification stage on a field-effect transistor with a control p-n junction. The program database contains about 1,000 models of transistors of foreign and domestic production. The program provides flexible settings; when calculating the amplifier, you can set any parameters of the amplification stage, adjust the position of the operating point. Using the detailed (step-by-step) solution function, you can output a detailed calculation of the amplifier with a report in MS Word (.docx) format.
The Amplifier JFET program is designed to calculate the amplification stage on a field-effect transistor with a control p-n junction. The program database contains about 1,000 models of transistors of foreign and domestic production. The program provides flexible settings; when calculating the amplifier, you can set any parameters of the amplification stage, adjust the position of the operating point. Using the detailed (step-by-step) solution function, you can output a detailed calculation of the amplifier with a report in MS Word (.docx) format.
