Interactive online manual and reference for DCLC 3.35
DC Circuit Analysis with DCLC 3.35.
Step-by-step instructions and technical documentation for calculating complex electrical circuits in DCLC 3.35.
Step-by-step instructions and technical documentation for calculating complex electrical circuits in DCLC 3.35.
DC Linear Circuits 3.35
DC Linear Circuits (DCLC 3.35) is a program designed for calculating complex DC electrical circuits. DC Linear Circuits supports three methods for calculating electrical circuits: 1) the Kirchhoff's Law Method (KLM), 2) the Loop Current Method (LCM), and 3) the Nodal Potential Method (NPM). For a single-loop electrical circuit, the calculation is performed using Ohm's Law. The program provides a detailed (step-by-step) solution with a report in MS Word format.
The DCLC 3.35 program is fully translated into 11 languages:
English, German, French, Spanish, Portuguese, Turkish, Arabic, Chinese, Hindi, Bengali, and Japanese.
The DCLC 3.35 workspace is easily configurable to meet both national and international standards. The software supports major electrical symbol libraries, including ANSI, IEC, and DIN.
SECTION UNDER DEVELOPMENT
The DCLC 3.35 program is fully translated into 11 languages:
English, German, French, Spanish, Portuguese, Turkish, Arabic, Chinese, Hindi, Bengali, and Japanese.
The DCLC 3.35 workspace is easily configurable to meet both national and international standards. The software supports major electrical symbol libraries, including ANSI, IEC, and DIN.
SECTION UNDER DEVELOPMENT
