Hello friends, I hope you are doing well. This is the twelfth tutorial in our series on how to create a Proteus library. In the previous tutorial, How to Edit and Update an Existing Component in Proteus , we changed our Traffic Light Module after it was in use and brought the design up to version 1.1. The part is complete as a drawing, with pins, properties and a footprint, but when we press Run, Proteus still stops with "No model specified". Today, we look at what is missing. Our topic is Proteus simulation models explained . We will see how to tell which model a part uses, go through the four kinds of model that Proteus supports, read the real property scripts of supplied parts that use each kind, find where the model files live, and separate two things that are easy to mix up: the model ...
Hello friends, I hope you all are doing great. Today, I am going to share a list of Motion and Distance Sensor Libraries for Proteus . These are the sensors that make robots and security systems work: they measure how far an obstacle is, notice a person walking into a room, feel a vibration, find a black line on the floor or tell a self-balancing robot which way it is tilting. If your project moves, or watches something move, you need one of them. Motion is also the hardest thing to test on a desk, because you can't easily walk in front of your own circuit or move a wall closer to a robot. In Proteus, our libraries solve that in two ways. Our new MPU6050 and VL53L0X sensors have interactive sliders for the acceleration, the rotation and the distance, while our older sensors use a TestPin o ...
Hello friends, I hope you are doing well. This is the eleventh tutorial in our series on how to create a Proteus library. In the previous tutorial, How to Create a PCB Footprint and Package in Proteus , we drew our own footprint, TRAFFICLIGHT-TEP, and linked it to our Traffic Light Module with the Visual Packaging Tool. The part is now complete for schematics and boards. But no library part stays unchanged for long: you find a mistake, a user asks for a feature, or you simply want a better look. Today, we change our part after it is already in use. Our topic is how to edit and update an existing component in Proteus . We will look at the two ways Proteus offers for editing a device, decompose a placed copy of our module, add a TEP label to its drawing, raise its version number from 1.0 to ...
Hello friends, I hope you are doing well. This is the tenth tutorial in our series on how to create a Proteus library. In the previous tutorial, How to Create Your Own Library File in Proteus , we created our own library TEPTUTORIAL with the Library Manager and moved our Traffic Light Module into it. The part can be picked, placed and wired, but it has no PCB footprint yet, so it cannot be placed on a circuit board. Today, we change that. Our topic is how to create a PCB footprint and package in Proteus . We will see what a footprint and a packaging are, look for a suitable footprint among the thousands that come with Proteus, draw our own footprint in PCB Layout with pads, a silkscreen outline, a pin 1 mark and our TEP label, store it with Make Package, link it to our part with the Visual ...
Hello friends, I hope you all are doing great. Today, I am going to share the new HC-05 & HC-06 Bluetooth Library for Proteus V1.1 . The HC-05 and HC-06 are two of the most popular Bluetooth modules among Arduino users. They work like a wireless serial cable between your Arduino and a smartphone (or another module), so students use them for phone-controlled LEDs, robots and home automation. With this HC-05 Library for Proteus , you can try all of that before you buy a single module. In this new version, you get four devices in one library: HC-05 Simple , HC-05 Advance , HC-06 Simple and HC-06 Advance . The Simple devices draw a virtual smartphone on the schematic; the Advance devices open a pop-up window with the phone and Bluetooth test tools. I am also sharing two complete Arduino HC-05 ...
Hello friends, I hope you all are doing great. Today, I am going to share a list of Environmental Sensor Libraries for Proteus . Environmental sensors measure the world around your project: the temperature of a room, the humidity of a greenhouse, the air pressure that warns of a storm, the light that decides when the street lamps switch on, and the gas, flame or water that should trigger an alarm. Weather stations, smart homes, greenhouses and safety systems are all built on these sensors. To test an environmental project on real hardware, you would need a hot day, a cold night, a rain shower and a dark room. In Proteus, our sensor libraries give you all of them with a slider or a pin. Our new I2C sensors have interactive sliders that change the temperature, humidity, pressure or light whi ...
Hello friends, I hope you are doing well. This is the ninth tutorial in our series on how to create a Proteus library. In the previous tutorial, How to Add Component Properties in Proteus , we gave our Traffic Light Module two properties, LOGIC and VERSION, and stored the part again in USERDVC, the library Proteus provides for your own devices. Today, we give the part a library file of its own. Our topic is how to create your own library file in Proteus with the Library Manager. We will open the Library Manager, learn how its two lists and its buttons work, create a new library file called TEPTUTORIAL, check it with Information, back up USERDVC, move our part into the new library, look inside it with Dump Library and make Proteus find the part in its new home. We also report what Pack Libr ...
