A temperature controlled relay switch is a useful device that can automatically control the operation of various electronic systems based on the ambient temperature. In this article, we will discuss how to make a temperature-controlled relay switch using the LM358 IC, BC547 transistor, 10k thermistor, 3V & 9V zener diode, and 10k trimpot.
By following the guidelines and understanding the role of each component, DIY enthusiasts can build their own automatic lithium battery charger. This project not only provides a practical solution for charging lithium batteries but also enhances one’s knowledge and skills in electronics.
By following the step-by-step guide outlined in this article, you can successfully build a buck converter diy homemade tailored to your specific needs. Whether you’re looking to power your projects or explore the world of power electronics further, this DIY project can serve as a stepping stone into the exciting realm of DC-DC converters.
By following the step-by-step guide, you can build a boost converter DIY homemade to meet your specific voltage requirements. In this article, we’ve discussed how to make a boost converter using the MC34063 IC.
Arduino, a popular open-source electronics platform, along with an OLED display, can help you accomplish this task. In this article, we will guide you step by step on how to make a DIY OLED voltmeter using Arduino Nano
In this article, we will guide you through the process of making a 4-channel IR remote relay switch using the ATTINY85 microcontroller and the TSOP1838 IR sensor. This project will allow you to control up to four different electrical appliances using a single remote control.
Creating an AC lamp dimmer using Arduino is a simple and effective way to regulate the brightness of a lamp. With the help of an Arduino Uno, MOC3021 IC, and BTA16 TRIAC, we can easily control the power supplied to the lamp, providing us with a customizable lighting solution.
A DC short circuit protector is an essential component in any electrical system, providing protection against potentially hazardous situations. By using readily available components such as the LM358 IC and BC547 transistor, it is possible to create a homemade dc short circuit protector effectively.
Building a digital frequency meter using Arduino Nano and a 16X2 LCD display is a rewarding project that not only enhances your knowledge of electronics but also provides a practical tool for measuring frequencies accurately. The Arduino Nano’s versatility and the simplicity of the 16X2 LCD display make them an excellent combination for various projects.
The temperature humidity sensor system with Arduino is a versatile and cost-effective solution for monitoring environmental conditions. Whether it be home automation, agriculture, industrial processes, or weather stations, it offers accurate measurements and real-time display of data.
Variable Power Supply 0-30V_10A Circuit Diagram
C5200 A1943 TDA2030 Amplifier DIY Homemade
DIY LA4440 bass amplifier homemade
2N3055 stereo amplifier homemade bluetooth diy
DIY bass treble volume homemade Tone Control
Bass Tone Control Circuit Diagram – TRONICSpro
500W Power Amplifier Circuit using c5200 a1943
C5200 A1943 Stereo Amplifier DIY Homemade
120W Amplifier Circuit Diagram using 2SC5200 & 2SA1943 Apex Kelvin AX14
120W Power Amplifier Circuit Diagram using 2SC5200 & TL071
Power Amplifier Circuit with Active Tone Control using 2N3055 Transistors
500W Power Amplifier Circuit Diagram using 2SC5200 & 2SA1943
250W Power Amplifier Circuit Diagram using 2SC3856 & 2SA1492
100W Audio Amplifier Circuit Diagram using TIP3055 & TIP2955
150W OCL Amplifier Circuit Diagram using 2N3055
100W MOSFET Amplifier Circuit Diagram using 2SK134 & 2SJ49