The DC Linear Circuits (DCLC) program is designed to calculate complex DC electrical circuits. DC Linear Circuits supports the calculation of electrical circuits using three methods: 1) the method of Kirchhoff's laws (KLM) 2) the method of loop currents (CLM) 3) the method of nodal potentials (NPM). For an electrical circuit that includes one circuit, the calculation is made according to Ohm's law. The program displays a detailed (step-by-step) solution with a report in Word format (.docx). The DCLC 3.35 program is fully translated into 11 languages: English, German, French, Spanish, Portuguese, Turkish, Arabic, Chinese, Hindi, Bengali, and Japanese.

Advantages of DC Linear Circuits (DCLC):
-DCLC - a training program that will allow you to quickly master the methods of calculating complex DC electrical circuits: KLM, LKM, NPM;
-DCLC generates two calculations: 1) in a text window under the construction field 2) in MS Word (.docx) format;
-DCLC generates records of systems of equations in a general formalized form: 1) in symbolic form, 2) in numerical form;
-DCLC solves systems of equations using the inverse matrix method, showing and explaining the process of forming the main matrix of the system, from it the inverse matrix, then writes down the solution of the system;
-DCLC checks the solution using the power balance method;
-DCLC will help you save as much time as possible when preparing a payment document, since mathematical expressions and formulas are immediately created in a professional format;
-DCLC can help students prepare for defending a test, taking a test or exam in electrical engineering.
-The DCLC 3.35 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.