DT-51 Minimum System Ver 3.3

[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)

[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.

[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)

[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.

[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.

[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.

[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.

X

[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.

[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)

[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).

[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)

[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).

[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.

[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

[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.

[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.

[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)