Tulisan Terkini
- Jarak Lubang PCB untuk Resistor
- Lightning Rod and Surge Arrester
- Digital Filter System
- Electronic system with Analog signal and Digital signal
- Analysis of Power Supply Circuit
- Bird Sounds with Arduino
- Flashing LED on Arduino
- Dehumidifier on the Wonderful Dry Cabinet
- Heart Rate Signal Analysis
- Using Bigger Power Supply Than Necessary
- Controlling DC Motor with Microcontroller
- Digital Signal Processing Simulation
- Potentiometer Response Measurement
- Display for microprocessors
- Data Encryption Between ESP32 and Windows
Tentang Situs Ini
Jarak Lubang PCB untuk Resistor
Ketika kita membuat PCB untuk rangkaian elektronik, jarak lubang di PCB harus sesuai dengan ukuran komponennya. Berikut ini contoh berbagai [...]
Lightning Rod and Surge Arrester
Both have different functions. It is better to install both. The lightning rod solves the problem of direct strike. Surge arrester overcome [...]
Digital Filter System
A digital filter system in principle has a diagram block as follows: In practice, the system needs some additional details in order to be im [...]
Electronic system with Analog signal and Digital signal
An analog signal can be converted into digital and vice versa. This technique has several benefits. In this paper only discussed examples of [...]
Analysis of Power Supply Circuit
Problems: Want to raft amps using a CT 18 VAC transformer But after passing the Spull diode so 34 VDC The circuit is a full-wave brid [...]
Bird Sounds with Arduino
Here is an example of a bird’s voice generation using the Arduino Nano microcontroller (ATmega328) The code is taken from http://120.1 [...]
Flashing LED on Arduino
Making flashing LEDS is one of the simplest ways to demonstrate the timing capability of microprocessors. Here are some techniques you can d [...]
Dehumidifier on the Wonderful Dry Cabinet
Dry cabinet is useful for storing objects that must be stored at low humidity. For example camera and camera lens. Besides Dry cabinet, you [...]
Heart Rate Signal Analysis
In this article outlined analysis of heart rate signals. A heart rate signal is obtained from the pulsesensor sensor. This Sensor has been d [...]
Using Bigger Power Supply Than Necessary
Electronic devices require a power source, one of which is an adapter. The need for electrical devices is usually expressed in voltage and c [...]
Controlling DC Motor with Microcontroller
Here’s a quick article to create a digital controller without too many theories: “PID without PhD” The article writes a [...]
Digital Signal Processing Simulation
Simulation stages of digital signal processing with LTSpice, and compiler C This document focuses on showing the occurrence of processes at [...]
Potentiometer Response Measurement
Potentiometers can be used as a source of voltage as a signal to be inserted into a microprocessor system such as Arduino. The Bandwidth of [...]
Display for microprocessors
Here are some of the display types that are often used for Arduino-based microprocessor systems: Dot Matrix 16×2 Dot Matrix 20×4 E [...]
Data Encryption Between ESP32 and Windows
The ESP32 microcontroller can send data over a network with other computers. To maintain the confidentiality of the data sent, it is necessa [...]
