APPLICATION NOTES

[AN231] Monitoring Accelerometer, RTC, dan Switch Melalui Web Browser

simple web server showing accelerometer, RTC, and tactile switch reading

[AN230] Lampu Taman Otomatis

turning lights on and off automatically based on light sensor and RTC

[AN229] Hand-made Touch and Slide Sensor

Capacitive Touch and Slide Sensor from PCB

[AN228] Basic Countdown Timer

Simple count down timer with alarm

[AN227] Smart Home

Controlling electrical appliances using Bluetooth connection between Android device dan Arduino

[AN226] How 2 Use Bluetooth in Arduino With EMS Blue Shield and SPC Blue Link

Interfacing between EMS Blue Shield and Arduino™ UNO, with simple testing program using softwareserial library and SPC Blue-Link

[AN225] “Running Away” Game Controlled With Accelerometer And Gyroscope

Interfacing between DT-Sense 3 Axis Accelerometer and DT-Sense 3 Axis Gyroscope with Arduino™ UNO, with simple testing program using specific library modified from SoftI2CMaster and a simple game application

[AN224] Antarmuka DT-Sense Gas Sensor menggunakan Arduino™ UNO

Interfacing between DT-Sense Gas Sensor and Arduino™ UNO, with simple testing program using i2cmaster Library

[AN223] Antarmuka DT-Sense Ultrasonic Ranger (USR) menggunakan Arduino™ UNO

Interfacing between DT-Sense Ultrasonic Ranger (USR) and Arduino™ UNO, with simple testing program

[AN222] Antarmuka EMS WiFi Shield menggunakan Arduino™ UNO

Interfacing between EMS WiFi Shield and Arduino™ UNO, with simple testing program

[AN221] Web Server I/O Remote Menggunakan DT-ARM NUC120 Board dan EMS Ethernet Module

The goal of this application is to build a system to configure and read the input/output lines on DT-ARM NUC120 Board remotely using web server. In this application, we try to use the advantage of I/O and interrupt systems of NUC120RD2BN microcontroller on DT-ARM NUC120 Board.

[AN220] Simple Web Server

In this application, we try to build a simple web server or website using EMS Ethernet Module dan DT-ARM NUC120 Board. EMS Ethernet Module acts as an ethernet controller module to bridge the communication between DT-ARM NUC120 Board (via SPI interface) with a computer network. Simple web content is stored in NUC120RD2BN's flash memory on DT-ARM NUC120 Board. The program in DT-ARM NUC120 Board is written in C language using Programmer editor and CooCox CoIDE compiler.

[AN219] Kontrol Lampu Secara Nirkabel berbasiskan Smartphone Android dan Raspberry Pi

This application note will explain how to turn on a lamp through smartphone while Raspberry Pi will be used as main controller. This application uses DT-IO Quad Relay Board and DT Proto Header PiShield.

[AN218] Tampilan Grafik pada OLED Character 2x16

This application note will explain how to display a picture or text to a 16x2 OLED Character. This application note uses DT-AVR Inoduino as its main controller.

[AN217] Digital Compass 2

This application note will explain how to build a digital compass application. This application note uses DT-AVR Maxiduino, DT-Sense 3 Axis Compass, DT-I/O Level Converter, DT-Proto Header Shield, and DT-I/O Graphic LCD 128x64 Yellow Green Backlight V2.0.

[AN216] Solar Tracker

This application note will explain how to build a solar tracker system. This application note uses DT-AVR Unoduino, DT-Sense Light Sensor, EMS LCD Display, and DT-Proto Header Shield.

[AN215] Simple Motion Sensing

This application note will explain how to build a simple system which can detect movement of an object. This application note uses DT-AVR Maxiduino, DT-Sense 3 Axis Accelerometer, DT-I/O Level Converter, DT-I/O Graphic LCD 128x64 Yellow Green Backlight V2.0, and DT-Proto Header Shield.

[AN214] Simple Web Server menggunakan DT-AVR Inoduino dan WIZ820io

This application note will explain how to build a simple webserver. This application note uses DT-AVR Inoduino, DT-Sense Temperature Sensor, and WIZ820io.

[AN213] Telnet Server berbasis DT-AVR Inoduino dan WIZ820io

This application note will explain how to build a simple telnet server. This application note uses DT-AVR Inoduino, DT-Sense Temperature Sensor, and WIZ820io.

[AN212] Monitor Arus pada Motor DC dengan DT-Sense Current Sensor with OpAmp

This application note will explain how to use DT-Sense Current Sensor. This application note uses DT-AVR Inoduino, DT-I/O Quad Relay Board, and DT-Sense Current Sensor with OpAmp.

[AN211] Pemantuan Suhu Melalui Koneksi TCP/IP

This application note will explain how to build a temperature monitoring through TCP/IP. This application note uses DT-Sense Temperature Sensor and DT-I/O TCP/IP to UART Converter.

[AN210] Temperature Logger berbasiskan DT-AVR Inoduino dengan SD Card sebagai Media Penyimpanan Data

This application note will explain how to build a temperature logger system. This application note uses DT-AVR Inoduino, DT-I/O I2C Peripheral, DT-SENSE Temperature Sensor, EMS SD/MMC/FRAM, and EMS LCD Display.

[AN209] Library USB Controller untuk Komunikasi SPI pada DT-AVR Inoduino

In this application note we will share an Arduino library for accessing VINCULUM USB-Host Stater Kit through SPI communication. This application note uses DT-AVR Inoduino, DT-Proto Header Shield, and VINCULUM USB-Host Stater Kit.

[AN208] Library USB Controller untuk Komunikasi Paralel pada DT-AVR Inoduino

In this application note we will share an Arduino library for accessing VINCULUM USB-Host Stater Kit through parallel communication. This application note uses DT-AVR Inoduino, DT-Proto Header Shield, and VINCULUM USB-Host Stater Kit.

[AN207] Library USB Controller untuk Komunikasi Serial pada DT-AVR Inoduino

In this application note we will share an Arduino library for accessing VINCULUM USB-Host Stater Kit through serial communication. This application note uses DT-AVR Inoduino, DT-Proto Header Shield, and VINCULUM USB-Host Stater Kit.

[AN206] Pan Tilt Color Tracking menggunakan HaViMo 2.0 dan DT-AVR Low Cost Micro System

This application note will explain how to build a pan tilt system to track the predetermined color. This application note uses DT-AVR Low Cost Micro System (with 8MHz external oscillator), EMS LCD Display, AX-12+ servo, and USB2Dynamixel.

[AN205] Line Follower Robot berbasis kamera HaViMo 2.0 dengan sistem kendali PD

This application note will explain how to build a line follower robot with HaViMo 2.0 as sensor. This application note uses DT-PROTO 28 Pin AVR (with 8MHz external oscillator), EMS 1 A Dual H-Bridge, and USB2Dynamixel.

[AN204] Automatic Relay Control Based Google Calendar

This application note will explain how to build an automatic relay control based system. This application note uses DT-I/O TCP/IP To UART Converter, DT-AVR ATMEGA128L Bootloader Micro System, DT-I/O I2C Peripheral, and DT-I/O Relay Board Ver 2.0-1201

[AN203] Kontrol AX-12 Dynamixel Servo dengan DT-AVR Low Cost Micro System

This application note will explain how to control AX-12 Dynamixel with DT-AVR Low Cost Micro System. This application uses DT-AVR Low Cost Micro System (with 8MHz external oscillator), EMS LCD Display, and AX-12+ servo.

[AN202] GUI Analog Output (DAC) PC-Link USB Smart I/O

This application note will explain how make a GUI software for accessing PC-Link USB Smart I/O's analog output.

[AN201] GUI Analog Input PC-Link USB Smart I/O

This application note will explain how to make a GUI software for accessing PC-Link USB Smart I/O's analog input.

[AN200] GUI Digital Input dan Output PC-Link USB Smart I/O

This application note will explain how make a GUI software for accessing PC-Link USB Smart I/O's digital I/O.

[AN199] Transmisi Data Menggunakan Power Line Communication (PLC)

This application note will explain how to use PLC (Power Line Comunication) to connect two controller. This application note uses DT-AVR Low Cost Micro System, EMS LCD Display, DT-Sense Temperature Sensor.

[AN198] Pemantauan Suhu dan Kelembaban Relatif Berbasis DT-AVR Low Cost Micro System dan Modul Sensor DHT11

This application note will explain how to use DHT11 sensor. This application note uses DT-AVR Low Cost Micro System and EMS LCD Display.

[AN197] Robot Line Tracking Berbasis Arduino Uno

This application note will explain how to transform your Arduino Uno to line tracking robot. This application note uses DT-Robot Line Tracking Shield.

[AN196] Pemantuan Suhu dan Kelembaban Relatif Berbasis DT-AVR Inoduino dan Modul Sensor DHT11

This application note will explain how to DHT11 sensor. This application note uses DT-AVR Inoduino as its main controller and SPC Low Cost Serial LCD/OLED as display peripheral.

[AN195] USB MP3 Player menggunakan VS1011E-L MP3 Audio Decoder

This application note will explain how to build a simple MP3 player. This application note uses DT-AVR 128L Bootloader Micro System, Vinculum USB-Host Starter Kit , DT-I/O Level Converter, and EMS LCD Display.

[AN194] Desktop Based Pressure and Temperature Monitoring via TCP/IP

This application note will explain how to build a desktop based pressure and temperature monitoring system. This application note uses DT-AVR Low Cost Micro System, DT-I/O TCP/IP to UART Converter, and DT-SENSE Barometric Pressure & Temperature Sensor.

[AN193] Pressure and Temperature Monitoring via TCP/IP

This application note will explain how to build a pressure and temperature monitoring system through TCP/IP communication. This application note uses DT-AVR Low Cost Micro System, DT-I/O TCP/IP to UART Converter, DT-SENSE Barometric Pressure & Temperature Sensor, and 1x EMS LCD Display.

[AN192] Web Based Temperature Monitoring System

This application note will explain how to build web based temperature monitoring system. This application note uses DT-AVR Low Cost Micro System, DT-Sense Temperature Sensor, and DT-I/O TCP/IP to UART Converter.

[AN191] SMS Gateway dengan GSM STARTER KIT

This application note will explain how to build a SMS gateway application. This application note uses DT-AVR ATMEGA128L BOOTLOADER MICRO SYSTEM, GSM STARTER KIT + Antena, and DT-I/O Relay Board v2.0.

[AN190] Web Based Relay Control

This application note will explain how to build a web based relay control application. This application note uses PC-Link Serial PPI and DT-I/O Quad Relay Board 12V.

[AN189] Monitoring Suhu Nirkabel (Bahasa BASIC)

This application note will explain how to build a wireless temperature monitoring system. This application note uses DT-AVR LCMS and EMS LCD Display

[AN188] Implementasi Arduino pada DT Series

This application note will explain how to implement Arduino's bootloader and code into DT Series. This application uses DT-Proto 28-Pin AVR / DT-AVR ATmega328 CPU Module / DT-AVR ATmega1280 CPU Module and DT-HiQ AVR In-System Programmer / DT-HiQ AVR USB ISP.

[AN187] Monitoring Suhu Nirkabel (Bahasa C)

This application note will explain how to build a wireless temperature monitoring system. This application note uses DT-AVR Low Cost Micro Systems as its controller.

[AN186] Digital Compass

This application note will explain how to build a digital compass application. This application note uses DT-AVR ATMEGA168 Bootloader Micro System, DT-I/O Graphic LCD 128x64 Yellow Green Backlight, and CMPS03 – Compass Module.

[AN185] Light Seeking Robot

This application note will explain how to transform DT-Robot Line Follower to be a flame seeker robot.

[AN184] DT-Robot Line Follower (WinAVR)

This application note will explain how to use DT-Robot Line Follower with WinAVR code. This application note uses DT-Robot Line Follower and DT-HiQ AVR In System Programmer / DT-HiQ AVR USB ISP / DT-HiQ AVR-51 USB ISP.

[AN183] SPC Blue-Link Config Tool

This application note will explain how to make a configuration tool for SPC Blue-Link.

[AN182] GUI DT-Sense Temperature Sensor

This application note will explain how to build a GUI software for DT-Sense Temperature Sensor.

[AN181] SPC for Hexapod Robot

This application note will explain how to build a Hexapod robot. This application note uses SPC Servo Motor Controller, SPC Blue-Link, and DT-AVR Low Cost Nano System (with ATtiny2313 microcontroller).

[AN180] Simple Web Server

This application note will explain how to build a simple web server. This application note uses DT-AVR Low Cost Micro System and EMS Ethernet Module.

[AN179] Wireless IP Printer II

This application note will explain how to build a wireless IP printer. This application note uses WIZFI210 Evaluation Board.

[AN178] Wireless IP Printer I

This application note will explain how to build a wireless IP printer. This application note uses WIZFI210 Evaluation Board.

[AN177] Pengaturan Fusebits

This application note will explain fusebit configuration on AVR microcontroller.

[AN176] Sensor Pencari Api

This application note will explain how to use DT-SENSE Flame Detector as sensor to locate flame. This application note uses DT-AVR Low Cost Nano System, DT-SENSE Flame Detector, and Parallax Standard Servo Motor.

[AN175] Bluetooth Mobile Robot

This application note will explain how to build a USB Alphanumeric Display. This application note uses DT-AVR Low Cost Micro System, SPC Blue-Link, EMS H-Bridge 2A, and DT-I/O I/O Logic Tester.

[AN174] Serial Graphic LCD II

This application note will explain how to build a USB Alphanumeric Display. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN173] Serial Graphic LCD I

This application note will explain how to use 128x64 graphic LCD. This application note uses DT-AVR Low Cost Nano System as its main controller.

[AN172] ieFone

This application note will explain how to use GSM Starter Kit as a phone which is connected to PC. This application note uses GSM Starter Kit.

[AN171] Smart Monitoring and Control System dengan menggunakan jalur komunikasi RS-485

This application note will explain how to build a simple smart monitoring system. This application note uses  DT-I/O USB to UART Converter, DT-I/O NEO RS-232 to RS-485 Converter, DT-I/O Neo Relay Board, DT-Sense Barometric Pressure & Temperature Sensor, DT-AVR Low Cost Micro System, and DT-AVR Low Cost Nano System.

[AN170] How to Use DT-I/O RS232 - RS485 Converter

This application note will explain how to use DT-I/O RS232 - RS485.

[AN169] How2UseFlip

This application note will explain how to use Flip software by Atmel.

[AN168] Color Game

This application note will explain how to make a color game. This application note uses DT-AVR Low Cost Micro System and DT-Sense Color Sensor.

[AN167] How2Use DT-AVR ATMEGA128L BMS

This application note will explain how to use DT-AVR ATMEGA128L Bootloader Micro System.

[AN166] How to Use DT-51 AT89C51XXX BMS

This application note will explain how to use DT-51 AT89C51XXX Bootloader Micro System.

[AN165] Update Tampilan Character LCD Berbasis USB Flash Disk

This application note will explain how to change displayed text on LCD using USB Flash Disk. This application note uses DT-AVR Low Cost Micro System, Vinculum USB-Host Starter Kit, and EMS LCD Display.

[AN164] Komunikasi Jarak Jauh antara 2 PC dengan RS-485

This application note will explain how to build a RS-485 communication between 2 PCs. This application note uses DT-I/O USB to UART Converter and DT-I/O NEO RS232 to RS485 Converter.

[AN163] Bluetooth Chatting

This application note will explain how to build a chatting application through bluetooth. This application note uses SPC Blue-Link Module.

[AN162] Web Scrapping Dengan GSM STARTER KIT

This application note will explain how to build a web scrapping application. This application note uses GSM STARTER KIT and DT-AVR Low Cost Micro System.

[AN161] GPS navigator III

This application note will explain how to build a GPS navigator. This application note uses DT-AVR Low Cost Micro System, DT-I/O Level Converter, and EMS LCD Display.

[AN160] Graphic LCD Dengan Bahasa C

This application note will explain how to display pictures and text on 128x64 graphic LCD (KS0108 controller). This application note uses DT-AVR Low Cost Micro System and DT-I/O Graphic LCD 128x64 Yellow Green Backlight.

[AN159] Kendali Relay dengan Remote TV

This application note will explain how to use television remote control to turn on some electronic devices. This application note uses SPC IR Transceiver, DT-AVR Low Cost Micro System, and DT-IO Neo Relay Board.

[AN158] Remote TV Berbasis ATtiny2313

This application note will explain how to use SPC IR Transceiver to emulate some popular protocols. This application note uses DT-AVR Low Cost Nano System, SPC IR Transceiver, and DT-I/O I/O Logic Tester.

[AN157] Browsing Internet Via GSM STARTER KIT

This application note will explain how to use GSM STARTER KIT as modem to connect to internet network.

[AN156] Touch Screen Panel Graphic LCD 320x240

This application note will explain how to make a simple GUI using graphic LCD. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN155] Mini Reklame pada Graphic LCD 320 x 240

This application note will explain how to display pictures on graphic LCD. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN154] Menggunakan Mouse PS/2 untuk Graphic LCD dengan Bantuan DT-AVR Low Cost series

This application note will explain how to build a user interface on graphic LCD. This application note uses DT-AVR Low Cost Nano System, DT-AVR Low Cost Micro System, DT-I/O Graphic LCD GM24644 / DT-I/O Graphic LCD 240X64.

[AN153] Konversi protokol PS/2 menjadi protokol UART

This application note will explain how to emulate PS/2 protocol and how to change it to UART. This application note uses DT-AVR Low Cost Nano System.

[AN152] GUI SPC Motor Controller

This application note will explain how to control stepper motor using GUI based software. This application note uses SPC Motor Controller, EMS 2 A Dual H-Bridge (or another EMS H-Bridge series).

[AN151] Ekspansi 2 Pin I/O AVR Menjadi 8 Input/Output

This application note will explain how to expand AVR's I/O pins. This application note uses DT-AVR Low Cost Nano System/DT-AVR Low Cost Micro System, DT-I/O I²C to Parallel Converter, DT-I/O Neo Relay Board, and DT-I/O 4 x 4 Keypad Module.

[AN150] Kontrol Motor Stepper Secara Serial

This application note will explain how to control stepper motor through serial communication. This application note uses PC-Link Serial PPI and SPC Stepper Motor.

[AN149] PC Phone Interface

This application note will explain how to make a simple software for PC-Link Serial PPI. This application note uses PC-Link Serial PPI and DT-I/O Phone Interface Ver 2.0.

[AN148] Multiple Interface Serial LCD

This application note will explain how to user SPC Serial LCD. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SPC Serial LCD.

[AN147] Kontrol Motor DC Secara Serial

This application note will explain how control DC motor through PC. This application note uses PC-Link Serial PPI and SPC DC Motor.

[AN146] Programmable Relay Board

This application note will explain how to use DT-I/O Relay Board Ver 2.0 as programmable relay board. This application note uses DT-51 Low Cost Micro System, DT-I/O I2C Peripheral (consists of serial EEPROM and RTC DS1307), and DT I/O Relay Board Ver 2.0 (could be changed to DT-I/O Neo Relay Board).

[AN145] Kendali Motor Stepper melalui USB

This application note will explain how to control stepper motor through USB. This application note uses PC-Link USBer and SPC Stepper Motor.

[AN144] Konversi Data Digital ke Analog

This application note will explain how to use DT-I/O DAC-08. This application note uses DT-AVR Low Cost Micro System and DT-I/O DAC-08.

[AN143] Monitor Suhu & Kelembaban Udara Dengan DT-SENSE SHT11 Module

This application note will explain how to use DT-SENSE SHT11 Module. This application note uses DT-AVR Low Cost Micro System and DT-SENSE SHT11 Module.

[AN142] Menghubungkan DT-51 Low Cost Series Ke Port USB Komputer

This application note will explain how to use PC-Link USBer as USB to UART converter. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and PC-Link USBer.

[AN141] Menghubungkan DT-BASIC Ke Komputer Melalui Port USB

This application note will explain how to connect DT-BASIC mini system to your computer through USB. This application note uses DT-BASIC Mini System and PC-Link USBer.

[AN140] How 2 Use DT-SENSE USIRR with DT-AVR Low Cost Nano System

This application note will explain how to use DT-SENSE UltraSonic and InfraRed Ranger. This application note uses DT-SENSE UltraSonic and InfraRed Ranger and DT-AVR Low Cost Nano System (with AT90S2313 microcontroller).

[AN139] AVR Simple Relay Control

This application note will explain how to control relay using microcontroller module. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System and DT-I/O Relay Board ver 2.0.

[AN138] Kontrol Motor Stepper dengan C

This application note will explain how to control stepper motor. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SPC Stepper Motor.

[AN137] Kontrol Motor dengan DT-BASIC

This application note will explain how to control DC motor using SPC DC Motor. This application note uses DT-BASIC Nano System / DT-BASIC Micro System / DT-BASIC Mini System and SPC DC Motor.

[AN136] Type With SPC Keymatic

This application note will explain how to access keyboard and keypad using DT-51 controller module. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SPC Keymatic.

[AN135] Kontrol Motor DC Melalui Port USB

This application note will explain how to control a DC motor from USB. This application note uses PC-Link USBer and SPC DC Motor

[AN134] Pengendali Motor Stepper

This application note will explain how to use stepper motor using DT-BASIC series controller module. This application note uses DT-BASIC Nano System / Micro System / Mini System, and SPC Stepper Motor.

[AN133] Media Tampilan 7 Segment Untuk Mikrokontroler AVR

This application note will explain how integrate 7 Segment display in your system easily. This application note uses DT-AVR Low Cost Nano System (AT90S2313) / Low Cost Micro System (ATMEGA8535), SPC Seven Segment Display, and DT-I/O RS232-RS485 Converter.

[AN132] BASIC Analog I/O

This application note will explain how to use DT-I/O Analog Input/Output with microcontroller. This application note uses DT-I/O Analog Input/Output and DT-BASIC Mini System as microcontroller module.

[AN131] USB Alphanumeric Display

This application note will explain how to build a USB Alphanumeric Display. This application note uses PC-Link USBer and SPC Alphanumeric Display.

[AN130] Pendeteksi Gerak Dilengkapi Dengan Tiruan Suara Manusia

This application note will explain how to build a motion detector. This application note uses DT-51 Low Cost Micro System as its main controller.

[AN129] Menghubungkan Analog I/O ke Komputer Melalui Serial PPI

This application note will explain how a computer can read/write analog voltage to external circuits. This application note uses PC-Link Serial PPI and DT-I/O Analog Input/Output.

[AN128] Pengendali Motor Servo Melalui Komputer

This application note will explain how to control Parallax Standard Servo. This application note uses DT-BASIC Mini System as its servo controller.

[AN127] Aplikasi LCD Grafik T6963C Pada DT-BASIC Mini System

This application note will explain how to use DT-I/O Graphic LCD GM24644. This application note uses DT-BASIC Mini / Micro / Nano System and DT-I/O Graphic LCD GM24644.

[AN126] Emulasi SPI Menggunakan PC-Link USBer

This application note will explain how to use PC-Link USBer as a USB to SPI converter. This application note uses PC-Link USBer and SPC Seven Segment Display.

[AN125] 1-Wire Thermocouple dalam Bahasa BASIC

This application note will explain how to use DS2760 Thermocouple Kit. This application note uses DT-AVR Low Cost Micro System / Low Cost Nano System as its main controller.

[AN124] BASIC Keymatic

This application note will explain how to use SPC Keymatic. This application note uses DT-BASIC Nano System / DT-BASIC Micro System / DT-BASIC Mini System) and SPC Keymatic.

[AN123] AVR Phone Interface

This application note will explain how to use DT-I/O Phone Interface Ver 2.0. This application note uses DT-AVR Low Cost Nano System / DT-AVR Low Cost Micro System and DT-I/O Phone Interface Ver 2.0.

[AN122] USB to I²C Peripheral Bridge

This application note will explain how to use PC-Link USBer as a USB to I2C converter. This application note uses PC-Link USBer and DT-I/O I2C Peripheral.

[AN121] Basic Man Machine Interface

This application note will explain how to build a simple counter up/down. This application note uses DT-BASIC Nano System / Micro System / Mini System and DT-I/O Low Cost Man Machine Interface.

[AN120] Mengukur Suhu dengan DS2760 Thermocouple Kit

This application note will explain how to use DS2760 Thermocouple Kit. This application note uses DT-51 Minimum System / Low Cost Micro System / Low Cost Nano System as its main controller.

[AN119] Timbangan Digital Berbasis Sensor Flexiforce

This application note will explain how to build a digital scale. This application note uses DT-51 Minimum System Ver 3.0 (or later), DT-I/O Graphic LCD GM24644, and DT-I/O I2C ADDA Ver 2.0.

[AN118] Low Cost Weather Station II

This application note will explain how to build a weather station. This application note uses DT-51 Low Cost Nano System / Low Cost Micro System and DT-SENSE SHT11 Module.

[AN117] Komunikasi Nirkabel antara 2 PC

This application note will explain how to build a wireless communication between 2 PCs. This application note uses DT-51 Low Cost Nano System / Low Cost Micro System.

[AN116] DC Motor Speed Control using PID

This application note will explain how to build a simple PID system control. This application note uses DT-51 Minimum System Ver 3.3, SPC DC Motor, and DT-I/O 3x4 Keypad Module.

[AN115] Monitor Suhu Dengan Thermocouple

This application note will explain how to use a DS2760 thermocouple kit. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN114] Pengukur Jarak Menggunakan MaxSonar-EZ1

This application note will explain how to build a range finder. This application note uses DT-AVR Low Cost Micro System and MaxSonar-EZ1.

[AN113] LCD Serial Nirkabel III

This application note will explain how to build a wireless serial LCD. This application note uses DT-BASIC Micro System / Mini System, SPC Serial LCD 24x2 /w backlight, DT-I/O Infra Red Receiver, dan DT-I/O Infra Red Transmitter.

[AN112] Sistem Monitor Suhu 1-Wire

This application note will explain how to use DS18S20. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN111] Calendar Digital II

This application note will explain how to build digital calendar. This application note uses DT-51 Minimum System Ver 3.0, DT-I/O Graphic LCD 12864 Yellow Green Backlight / DT-I/O Graphic LCD 12864 Blue STN White Backlight, and DT-I/O I2C Peripheral.

[AN110] LCD Serial Nirkabel II

This application note will explain how to build a weather station. This application note uses DT-AVR Low Cost Micro System / Low Cost Nano System, SPC Serial LCD 24x2 /w backlight, DT-I/O Infra Red Receiver, DT-I/O Infra Red Transmitter. 

[AN109] Password Keypad

This application note will explain how to use PC-Link Serial PPI to read input signal from 4x4 matrix keypad. This application note uses PC-Link Serial PPI, DT-I/O 4x4 Keypad Module.

[AN108] VB5 Relay Controller

This application note will explain how to use PC-Link Serial PPI. This application note uses PC-Link Serial PPI and DT-I/O Relay Board v2.0.

[AN107] Aplikasi SPC DC Motor dengan Bahasa C MCS-51

This application note will explain how to use SPC DC Motor. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SPC DC Motor.

[AN106] Membaca Nomor ID Tanpa Kontak Fisik

This application note will explain how to build a RFID system. This application note uses DT-51 Low Cost Micro System and SPC Serial LCD 16x2 /w backlight. 

[AN105] Resistive Touch Panel

This application note will explain how to build use touch panel as input peripheral. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN104] Embedded Web Server

This application note will explain how to build an embedded web server. This application note uses DT-AVR Low Cost Micro System as its main controller.

[AN103] BASIC Caller ID

This application note will explain how to build a caller ID system. This application note uses DT-51 Low Cost Nano System / Low
Cost Micro System as its main controller.

[AN102] LCD Serial Nirkabel

This application note will explain how to build a wireless LCD based on SPC Serial LCD 24x2 /w backlight. This application note uses DT-51 Low Cost Micro System, SPC Serial LCD 24x2 /w backlight, DT-I/O Infra Red Receiver, and DT-I/O Infra Red Transmitter.

[AN101] Low Cost RC-5 Decoder

This application note will explain how to build a low cost RC-5 decoder. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System and DT-I/O Infra Red Receiver.

[AN100] Low Cost Graphic LCD II

This application note will explain how to use DT-I/O Graphic LCD GM24644. This application note uses DT-AVR Low Cost Micro System and DT-I/O Graphic LCD GM24644.

[AN99] PC Controlled Relay

This application note will explain how to use a computer to control relay. This application note uses PC-Link Serial PPI and DT-I/O Relay Board v2.0.

[AN98] Low Cost Graphic LCD

This application note will explain how to use DT-I/O Graphic LCD GM24644. This application note uses DT-51 Low Cost Micro System and DT-I/O Graphic LCD GM24644.

[AN97] BASIC Chatting

This application note will explain how to build a simple chatting system. This application note uses DT-BASIC Nano System / Micro System / Mini System as its main controller.

[AN96] Classic Caller ID

This application note will explain how to build a caller ID system. This application note uses DT-51 Low Cost Micro System as its main controller.

[AN95] Wireless Chatting with PC

This application note will explain how to build a simple chatting application. This application note uses DT-AVR Low Cost Micro Series and TRW-2.4G RF module.

[AN94] GPS Navigator II

This application note will explain how to build a GPS Navigator. This application note uses DT-AVR Low Cost Micro System and SPC Serial LCD.

[AN93] Ultrasonic Ranger

This application note will explain how to build a range finder. This application note uses DT-51 Low Cost Micro System and SPC Serial LCD.

[AN92] GPS Navigator

This application note will explain how to build a GPS navigator. This application note uses DT-51 Low Cost Micro System and SPC Serial LCD 24x2 /w backlight.

[AN91] DT-51 Low Cost Berbicara !

This application note will explain how to build a system that can talk. This application note uses DT-51 Low Cost Micro System as its main controller.

[AN90] BASIC LCD Interface

This application note will explain how to use SPC Serial LCD. This application note uses DT-BASIC Nano System / Micro System / Mini System, SPC Alphanumeric Display Board Only, and 16x2 Character LCD .

[AN89] Konversi Tegangan Analog - Digital II

This application note will explain how to use DT-51 I2C ADDA v2.0. This application note uses DT-AVR Low Cost Micro System / Low Cost Nano System and DT-51 I2C ADDA v2.0.

[AN88] C Routine 4 Serial RTC & EEPROM

This application note will explain how to use DT-I/O Serial RTC & EEPROM. This application note uses DT-AVR Low Cost Micro System / Low Cost Nano System and DT-I/O Serial RTC & EEPROM.

[AN87] BASIC Alphanumeric Animation

This application note will explain how to build a moving sign. This application note uses DT-Basic Nano / Micro / Mini System and SPC Alphanumeric Display.

[AN86] Animasi Alphanumeric

This application note will explain how to build a Alphanumeric application. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SPC Alphanumeric Display.

[AN85] Low Cost Weather Station

This application note will explain how to build a servo controller. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and SHT11 module.

[AN84] Kompas Digital

This application note will explain how to build a digital compass. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System, CMPS03 and LCD karakter 8x2.

[AN83] Serial Alphanumeric Display

This application note will explain how to use SPC Alphanumeric Display. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System and SPC Alphanumeric Display.

[AN82] Serial LCD Display

This application note will explain how to use serial LCD. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System, SPC Serial LCD.

[AN81] Sistem Pengendali Motor DC

This application note will explain how to build a DC Motor controller. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System, SPC DC Motor, DC Motor.

[AN80] Sistem Pengendali Motor Stepper Bipolar

This application note will explain how to build a stepper motor controller. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System, SPC Stepper Motor, and stepper motor.

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[AN79] Input Multi Tombol untuk AVR menggunakan SPC Keymatic

This application note will explain how to connecting keyboard PS/2 to DT-AVR Low Cost Micro System. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System, SPC Keymatic, Keyboard PS/2 and Keypad 4x4.

[AN78] Komunikasi Mikrokontroler Melalui Jalur Telepon II

This application note will explain how to build a communication microcontroller through telephone line. This application note uses DT-51 Low Cost Micro System, DT-I/O Phone Inteface Ver 2.0.

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[AN77] Low Cost ADDA II

This application note will explain how to build a servo controller. This application note uses DT-51 Low Cost Nano System / Low Cost Micro System and DT-51 I2C ADDA.

[AN76] Pengendali Standard Servo Motor II

This application note will explain how to build a servo controller. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System, standard servo.

[AN75] Pendeteksi Gerak dengan Infra Merah

This application note will explain how to build a motion detector using IR. This application note usesDT-AVR Low Cost Micro System, IR-EYE Model 442 and LCD karakter 8 x 1.

[AN74] Econo Digital Thermometer

This application note will explain how to build Econo Digital Thermometer application. This application note uses DT-AVR Low Cost Micro System / Low Cost Nano System, DS1822 Econo 1-Wire®
 Digital Thermometer and LCD karakter 16 x 1.

[AN73] Pengukur Jarak dengan Gelombang Ultrasonik

This application note will explain how to build ultrasonic ranger application. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System, PING)))™ Ultrasonic Range Finder and LCD karakter 24x2.

[AN72] SPC Seven Segment Display dengan Bahasa C untuk MCS-51

This application note will explain how to use SPC Seven Segment Display. This application note uses DT-51 Low Cost Nano System / Low Cost Micro System and SPC Seven Segment Display.

[AN71] Wireless Bluetooth Communication

This application note will explain how to build Wireless Bluetooth Communication. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System and Embedded Bluetooth eb500.

[AN70] Pengendali Standard Servo Motor

This application note will explain how to build motor servo controller. This application note uses DT-AVR Low Cost Nano System / Low Cost Micro System and Parallax Standard Servo.

[AN69] 1 Wire Temperature Sensor

This application note will explain how to build1 Wire Temperature Sensor application. This application note uses DT-51 Low Cost Micro System / Low Cost Nano System and DS18S20.

[AN68] Mini Weather Station (Humidity & Temperature Display)

This application note will explain how to build Mini Weather Station application. This application note uses DT-BASIC Nano System / Micro System / Mini System and SHT11.

[AN67[ Komunikasi Mikrokontroler Melalui Jalur Telepon

This application note will explain how to build telephone line based microcontroller. This application note uses DT-BASIC Nano System / Micro System / Mini System and de KITS Phone Interface ver 2.0.

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[AN66] Penampil Karakter Maksi dengan Modul Mikrokontroler Mini

This application note will explain how to build display system. This application note uses DT-BASIC Nano System / Micro System / Mini System and de KITS SPC Seven Segment Display.

[AN65] Konversi Tegangan Analog - Digital

This application note will explain how to build a ADC application. This application note uses DT-BASIC Nano System / Micro System / Mini System and DT-51 I2C ADDA.

[AN64] Membaca Nomor Identitas Secara Wireless

This application note will explain how to build RFID application. This application note uses DT-BASIC Micro System / Mini System, ID-10 RFID, de KITS SPC Serial LCD.

[AN63] Komunikasi Wireless antar Mikrokontroler

This application note will explain how to build RF Communication Between Microcontrollers. This application note uses DT-BASIC Nano System / Micro System / Mini System and RF SureLink 900 MHz.

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{AN62] Pengaman Telepon Digital

This application note will explain how to build a telephone monitoring system. This application note uses de KITS Phone Interface and de KITS SPC Alphanumeric.

[AN61] Wireless IR Communication

This application note will explain how to build Wireless IR Communication application. This application note uses DT-51 Minimum System ver 3.0 and LED + HIR-138LN IR Receiver.

[AN60] Wireless RF Communication

This application note will explain how to build Wireless RF Communication application. This application note uses DT-51 Minimum System ver 3.0 and TLP-434A RLP-434A modules.

[AN59] Tracking Robot

This application note will explain how to build Tracking Robot application. This application note uses DT-51 Low Cost Micro System and de KTS SPC DC Motor.

Video : Robot1.ZIP and Robot2.ZIP.

[AN58] Barcode Reader

This application note will explain how to build a Barcode Reader application. This application note uses DT-51 Minimum System ver 3.0 and Hamamatsu Photoreflector P5587.

[AN57] Type & Display III: BAS3

This application note will explain how to build Type and Display application. This application note uses DT-51 Low Cost Micro System and de KITS SPC Keymatic.

[AN56] Low Cost ADDA

This application note will explain how to build Analog to Digital or Digital to Analog application. This application note uses DT-51 Low Cost Micro System and DT-51 I2C ADDA.

[AN55] Digital Controller

This application note will explain how to build a digital motor controller application. This application note uses DT-51 Low Cost Micro System and de KITS SPC DC Motor.

[AN54] How 2 Use: de KITS AVR ISP Programmer Cable

This application note will explain how to use de KITS AVR ISP Programmer Cable. This application note uses de KITS AVR ISP Programmer Cable.

[AN53] Low Cost Display

This application note will explain how to build low cost display application. This application note uses DT-51 Low Cost Mirco System and LCD 24x4.

[AN52] BASI2C-007

This application note will explain how to use I2C interface using BASCOM-8051. This application note uses DT-51 Low Cost Micro System and de KITS SPC Alphanumeric Display.

[AN51] How 2 Use: de KITS SPC Character LCD w/ PC

This application note will explain how to use de KITS SPC Character LCD with PC. This application note uses de KITS SPC Character LCD with LCD.

[AN50] How 2 Use: de KITS AT89 ISP Programmer Cable

This application note will explain how to use de KITS AT89 ISP Programmer Cable. This application note uses de KITS AT89 ISP Programmer Cable.

[AN49] Remote Chatting II

This application note will explain how to build remote chatting II application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC Keymatic.

[AN48] Remote Chatting I with LCD

This application note will explain how to build remote chatting application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC Keymatic.

[AN47] Traffic Light Controller

This application note will explain how to build a rraffic light controller. This application note uses DT-51 Minimum System ver 3.0 and de KITS Serial RTC & EEPROM.

[AN46] LPT Alphanumeric

This application note will explain how to a LPT Alphanumeric application (The winner of Smart and Creative Challenge. This application note uses de KITS SPC Alphanumeric Displa.

[AN45] Type Another Way (Pemenang SCC1 kategori Serial Port)

This application note will explain how to build a type another way application (the winner of Smart & Creative Challenge). This application note uses de KITS SPC Alphanumeric Display.

[AN44] Morse Code Generator

This application note will explain how to build a morse code generator application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC Keymatic.

[AN43] Air Quality Sensor II

This application note will explain how to build an air quality monitoring system. This application note uses DT-51 Minimum System ver 3.0 and TGS2600 gas sensor.

[AN42] Kontrol Suhu I

This application note will explain how to build a temperature controller. This application note uses DT-51 PetraFuz and DT-51 I2C ADDA and de KITS Relay Board.

[AN41] Electronic Puzzle

This application note will explain how to build an electronics puzzle application. This application note uses DT-51 Minimum System ver 3.0 and nine seven segment.

[AN40] Type & Display II

This application note will explain how to type and display with alphanumeric display application. This application note uses DT-51 Minimum System ver 3.0, de KITS SPC Keymatic and de KITS SPC Alphanumeric Display.

[AN39] Mini Enigma

This application note will explain how to build a mini enigma application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC Keymatic.

[AN38] Type & Display I

This application note will explain how to build a type and display application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC Keymatic.

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[AN37] How 2 Use: DT-51 MinSys ver 3.0

This application note will explain how to use DT-51 Minimum System. This application note uses DT-51 Minimum System ver 3.0.

[AN36] Dot Matrix Display

This application note will explain how to build dot matrix display application. This application note uses DT-51 Minimum System ver 3.0 and four dot matrix.

[AN35] Dadu Elektronik

This application note will explain how to build an electronics dice. This application note uses DT-51 Minimum System ver 3.0.

[AN34] Jam Pasir Digital

This application note will explain how to build digital sand clock application. This application note uses DT-51 Minimum System ver 3.0, de KITS SPC Serial RTC & EEPROM and de KITS SPC Alphanumeric Display.

[AN33] PIR Alarm System

This application note will explain how to build a PIR Alarm System. This application note uses DT-51 Minimum System ver 3.0 and PIR sensor.

[AN32] Air Quality Sensor I

This application note will explain how to build an air quality monitoring system. This application note uses DT-51 Minimum System ver 3.0 and TGS2600 gas sensor.

[AN31] PDPT III

This application note will explain how to build PDPT application. This application note uses DT-51 Minimum System ver 3.0 and dot matrix EPSON LQ800.

[AN30] Rotating Display

This application note will explain how to build rotating display application. This application note uses DT-51 Minimum System ver 3.0 and de KITS SPC DC Motor.

[An29] Sistem Antrian

This application note will explain how to build queue system using de KITS SPC Alphanumeric Display as the display controller and DT-51 Minimum System ver 3.0 as the main controller. This application note also explain how to print a queue ticket through dot-matrix printer. (Application Note in Indonesian Language)

[AN28] Rutin Clear untuk de KITS SPC Alphanumeric Display

This application note will explain how to clear display on de KITS SPC Alphanumeric Display. (Application Note in Indonesian Language)

[AN27] Weather Station I

This application note will explain how measure temperature and humidity using LM35 as the temperature sensor, RHK1AN as the humidity sensor, DT-51 I2C ADDA as the ADC module and DT-51 Minimum System ver 3.0 as the main controller. (Application Note in Indonesian Language)

[AN26] Scrolling Alphanumeric Display w/ Synchronous Serial

This application note will explain how to connect multiple de KITS SPC Alphanumeric Display using SPI interface. These modules are connected to DT-51 Minimum System ver 3.0 as the main controller. (Application Note in Indonesian Language).

[AN25] How 2 Use: de KITS SPC Alphanumeric Display w/ Omron PLC

This application note will explain how to use de KITS SPC Alphanumeric Display which is connected to the CPM2A-30CDT-D OMROM PLC. (Application Note in Indonesian Language)

[AN24] How 2 Use: de KITS Phone Interface

This application note will explain how to use de KITS Phone Interface which is connected to LCD Display and DT-51 Minimum System ver 3.0 as the main controller. (Application Note in Indonesian Language).

[AN23] Scrolling Alphanumeric Display

This application note will explain how to connect multiple de KITS SPC Alphanumeric Display. These modules are connected to DT-51 Minimum System ver 3.0 as the main controller. de KITS SPC Alphanumeric Display will display the word move to left.

[AN22] Multi Alphanumeric Display

This application note will explain how to connect multiple de KITS SPC Alphanumeric Display using DT-51 Minimum Syste ver 3.0. de KITS SPC Aplanumeric Dislpay will show word one by one. (Application Note in Indonesian Language)

[AN21] Analog Controller untuk SPC Stepper Motor dan SPC DC Motor

This application note will explain how to control motor using de KITS SPC DC Motor or de KITS SPC Stepper Motor without external controller. (Application Note in Indonesian Language)

[AN20] How 2 Use: de KITS SPC Alphanumeric Display w/ PPI Card

This application note will explain how to use de KITS SPC Alphanumeric Display with PPI Card which are connected to PC. This application note comes with example code in Pascal and Delphi. (Application Note in Indonesian Language)

[AN19] How 2 Use: de KITS SPC DC Motor w/ PPI Card

This application note will explain how to use de KITS SPC DC Motor with PPI Card which are connected to PC. This application note comes with example code for Pascal and Delphi. (Application Note in Indonesian Language)

[AN18] How 2 Use: de KITS SPC Stepper Motor w/ PPI Card

This application note will explain how to use de KITS SPC Stepper Motor with PPI Card (StarTech PPI Card) which are connected to PC. This application note comes with example code in Pascal and Delphi. (Application Note in Indonesian Language)

[AN17] How 2 Use: de KITS Relay Board w/ PPI Card

This application note will explain how to use de KITS Relay Board and PPI Card (StarTech PPI Card) which are connencted to PC. This application note comes with example code in Pascal and Delphi. (Application Note in Indonesian Language)

[AN16] How 2 Use: DT-51 PetraFuz

This application note will explain how to use DT-51 PetraFuz and basic information about Fuzzy Logic. This application note uses DT-51 PetraFuz and de KITS SPC DC Motor. (Application Note in Indonesian Language)

[AN15] Simulasi Mesin Absensi Digital

This application note will explain how to make time attandance application which includes clock in, clock out, and many more features. This applicaiton uses de KITS Serial RTC & EEPROM, Keypad, Character LCD, and DT-51 Minimum System Ver 3.0. (Application Note in Indonesian Language)

[AN14] How 2 Use: DT-51 KND

This application note will explain how to use DT-51 KND which is connected to DT-51 Minimum System Ver 3.0. This application note comes with simple example codes. (Application Note in Indonesian Language)

[AN13] Automatic Transmission with Encoder Meter and Display

This application note will explain how to control DC motor speed using DT-51 KND, de KITS SPC DC Motor and DT-51 Minimum System Ver 3.0. This applcation note comes with example code which has brake function to stop the dc motor quickly. (Application Note in Indonesian Language)

[AN12] Light Surveillance

This application note will explain how to detect flashlight using light sensor. Motor will rotate until the sensor detecting the light. This application note uses de KITS SPC Stepper Motor and DT-51 Minimum System Ver 3.0. (Application Note in Indonesian language).

[AN11] Home Remote System

This application note will explain how to control ecltronics device through phone line, either local (telephone connected to the module) or remote (from another phone). This application note uses de KITS Phone Interface, de KITS Relay Board, and DT-51 Minimum System Ver 3.0.

AN11R.zip is a modified version of AN11.zip which local feature has been disabled.

AN MOB.zip is a modified version of AN11R/zip which has compatibility with DT-I/O Phone Interface ver 2.0

[AN10] Digital Calendar

This application note will explain how to display data from de KITS Serial RTC & EEPROM to the de KITS Graphic LCD using DT-51 Minimum System Ver 3.0. (Application Note in Indonesian Language)

[AN9] 8 Channel Temperature Display

This application note will explain how to display temperature data on DT-51 KND. The analog voltage output from two temperature sensor ICs to be changed on digital data by DT-51 I2C ADDA and the next step is to display temperature data on DT-51 KND. (Application Note in Indoensian Language)

[AN8] Temperature Display with Graphic LCD

This application note will explain how to display temperature on Graphic LCD. The analog output voltage from analog temperature sensor IC to be changed in digital data by DT-51 I2C ADDA and futher processed for display to the 128x64 Graphic LCD. (Application Note in Indonesian Language)

[AN7] Tampilan jam 7 Segment dengan Setting & Alarm

This application note will explain how to display data from Real Time Clock (RTC) DS1302 to the 7 Segments using DT-51 Minimum System, DT-51 KND and de KITS Serial RTC & EEPROM. This application note also comes with example code which has 2 event feature to turn on the buzzer. (Application Note in Indonesian Language)

[AN6] Tampilan jam 7 Segment dengan Setting

This Apllication Note will explain how to display data from Real Time Clock (RTC) DS1302 to the 7 Segment using DT-51 Minimum System Ver 3.0, DT-51 KND, and de KITS Serial RTC & EEPROM. This application note also comes with example code to set the time. (Application Note in Indonesian Language)

[AN5] Tampilan Jam LCD dengan Alarm

This application note will explain how to display data from Real Time Clock (RTC) DS1302 to the 16x2 LCD Module. This application note also has alarm feature using DT-51 Minimum System Ver 3.0 and de KITS Serial RTC & EEPROM. (Application Note in Indonesian Language)

[AN4] Tampilan Jam dengan LCD

This Application Note will explain how to display data from Real Time Clock (RTC) DS1302 to 16x2 LCD Module using DT-51 Minimum System Ver 3.0 and de KITS Serial RTC & EEPROM modules.

[AN3] Serial RTC DS1302

This Application Note will explain about the structure of memory and DS1302's registers. (Article in Indonesian Language)

[AN2] Rutin Program Serial RTC & EEPROM

This Application Note will explain about library code for Serial RTC (Real TIme Clock) DS1302 and Serial EEPROM 93C66. (Application Note in Indonesian Language)

[AN1] Relay Board

This Application Note will explain about various type of relay, how to select a Metal Oxide Varistor (MOV), and code example for Relay Board. (Application note in Indonesian Language)