The AC Linear Circuits (ACLC) program is designed for calculating complex AC circuits. AC Linear Circuits supports three circuit calculation methods: 1) the Kirchhoff's Law Method (KLM), 2) the Loop 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 and automatically generates vector (phasor) diagrams. ACLC has a built-in vector diagram editor with a wide range of features and an intuitive interface. The ACLC 3.45 program is fully translated into 11 languages: English, German, French, Spanish, Portuguese, Turkish, Arabic, Chinese, Hindi, Bengali, and Japanese.

Advantages of AC Linear Circuits (ACLC):
-ACLC is a training program that will help you quickly master calculation methods for complex AC electrical circuits: KLM, CLM, NPM;
-ACLC generates two calculations: 1) in a text window under the plot field, 2) in MS Word (.docx) format;
-ACLC generates systems of equations in a generally formalized form: 1) in symbolic form, 2) in numerical form;
-ACLC solves systems of equations using the inverse matrix method, showing and explaining the process of forming the system's principal matrix, its inverse matrix, and then writing the system's solution;
-ACLC verifies the solution using a power balance;
-ACLC includes a vector editor with an intuitive interface for quickly creating vector (phasor) diagrams;
-ACLC will help you save as much time as possible when preparing a calculation document, since mathematical expressions and formulas are immediately created in a professional format;
-ACLC can help students prepare for assignments, tests, or exams in electrical engineering.
-The ACLC 3.45 workspace (multilingual version) is easily customized to comply with national and international standards. The software supports major electrical symbol libraries, including ANSI, IEC, and DIN.