PIC16F877A HIH-5030 && TMP36 Temperature and Humidity Sensors || Proteus Simulation

[@GabrielRodriguez-fe4kd]

hello i'm from brazil and i have a question i'm doing a college project and i wanted to use both the sensors you used in the video but i don't have them in my library how can i download them? thanks in advance and great video

[@theembeddedthings]

Hello! Thanks for watching and for your kind words! 😊 In my Proteus 8.15 version, the sensors were already included in the library. I’d suggest double-checking to make sure you’re searching for the exact name of the components as shown in the video. Sometimes a small typo can make them hard to find. If you still can’t find them, let me know, and I can guide you further or help you find a workaround. Good luck with your project! 🚀

[@Amirl.b]

Hi, I'm from Mexico, greetings, you are good... Can I ask, can you make a DIP thermistor, a NTC thermistor diode? Which one is better? TMP36?

[@theembeddedthings]

Hey, greetings to Mexico! 🇲🇽 Thanks for the support, really appreciate it! 🙌 About your question: 1-DIP thermistor vs. NTC thermistor diode: It depends on what you’re working on. DIP thermistors are good for PCB projects, while NTC thermistors are great for precise temperature measurements. If you’re talking about an NTC diode-style thermistor, it’s a bit different and more niche-what’s your project about? 2-TMP36: That’s a solid temperature sensor, especially if you want something simple with an easy-to-read analog output. But if you need higher sensitivity in a smaller range, a thermistor might be better. Let me know what you’re building, and I’ll try to help! 🔧