LochMaster 3.0: A Developer's Tool for Strip Board Projects
LochMaster 3.0 is a software that helps you design, document and test your strip board projects. It has many useful features, such as:
A realistic and schematic board representation that shows both sides of the board and allows you to edit them.
A large and editable library of components, symbols and mechanical elements that you can place on the board.
A connection test that displays connected and unused areas of the board.
A components list and an order list that are generated automatically from the component data.
An object assistant that helps you create standard components or frequently used shapes.
A board editor that lets you create your own boards or choose from predefined ones.
An X-ray function that lets you see the components on the other side of the board as if it was back-lit.
LochMaster 3.0 is compatible with all previous versions of the software, so you can load and edit your old projects with this new version. You can also link external documents to your projects, such as datasheets or manuals. LochMaster 3.0 supports grids and rulers with different units, such as millimeters, inches and holes. You can also print your boards in different formats, including banner printouts for huge boards.
LochMaster 3.0 Full Version
Download File: https://www.google.com/url?q=https%3A%2F%2Fbltlly.com%2F2tGNfJ&sa=D&sntz=1&usg=AOvVaw2woFWOozuZJyEwGI_Sbmxu
If you are looking for a developer's tool for strip board projects, LochMaster 3.0 is a great choice. You can buy it online from Virtual Workbench or Electronic Software Shop, or download a free demo version from SoundCloud or NPM.[^1^] [^2^] [^3^] [^4^]In this article, we will show you how to use LochMaster 3.0 to create a simple strip board project. We will use a board with 24 rows and 64 columns, and we will build a blinking LED circuit with a 555 timer IC and some resistors and capacitors.
Step 1: Create a new project
To create a new project in LochMaster 3.0, click on the File menu and select New. A dialog box will appear where you can enter the name of your project, the size of your board, and the grid settings. For this example, we will name our project \"Blinking LED\", choose a board size of 24 x 64, and set the grid to 2.54 mm (0.1 inch).
Click OK to create your project. You will see a blank board on the screen, with a ruler on the top and left side showing the coordinates of each hole. You can zoom in or out using the mouse wheel or the toolbar buttons.
Step 2: Place the components
To place the components on the board, you need to open the library window by clicking on the Library button on the toolbar or pressing F4. The library window will show you all the available components in different categories. You can also search for a component by typing its name in the search box.
For this example, we will need the following components:
A 555 timer IC (category: ICs)
A red LED (category: LEDs)
A 330 ohm resistor (category: Resistors)
A 10 kohm resistor (category: Resistors)
A 100 nF capacitor (category: Capacitors)
A 10 uF capacitor (category: Capacitors)
A 9V battery clip (category: Power Supply)
To place a component on the board, simply drag it from the library window and drop it on the desired hole. You can rotate or flip the component using the toolbar buttons or the keyboard shortcuts. You can also edit the component data by double-clicking on it or pressing F2. You can change the identifier, value, order number, description, and color of the component.
For this example, we will place the components as shown in the following image: 0efd9a6b88
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