The project aims to create a PWM controller that contains a frequency range from about 170 to 200Hz to achieve a pulse width regulation featuring almost 0-100% with a relatively stable oscillator frequency.
The project comes in the size of a USB-key which is used as a slide show forward/backward button during an effective and interactive presentation.
The project has been renamed to Dynamically Programmable Alarm Clock (DPAC) which connects to Google Calendar through Wi-Fi and collects events for next day to calculate the best time of alarm.
A set of 2-mter handheld radio transceivers along with Tigertronics RTX-12 Radio Modem were used in this project to provide a simple and functional result between microcontrollers long range data transmission.
The design of this project includes a servo being used for activating the shutter of this camera switch.
A PIC16F877 microcontroller is used to control this stealthy and autonomous mini sumo called as Seeker which is packed with lots of power into a small size of under 3” high.
The purpose of the project is to measure resistance values and generate R/C style pulses suitable for driving servos or testing R/C controlled robots without the transmitter as it uses an Atmel AT90S2313 AVR processor.
The project utilizes an Arduino to control the Puff as the Dragon fire fighter robot which scans flames using its head and blows out the flame.
The project has been designed for water quality testing as it develops sensors for measuring ionic contaminants and some physical parameters.
The project is built around a PIC18FL4553 microcontroller that consists of 3 programmable LEDs, reset button, power LED, and various power supply alternatives such as USB/direct 5V or other via voltage regulator.
A logic level N-channel high power MOSFET is used to create this RGB LED driver that would allow LED arrays or lamps of up to 5A per channel to be controlled without heatsink installed.
The project is another PCB design version for a bare bones PIC16Fb77 development board which allows development and testing before getting started with PIC microcontroller.
This project shows the need for perfect synchronization of the camera and bullet shoot in order to produce a photograph at the speed of a bullet.
The project aims to control the fan speed of a PC while the temperature on various check points are monitored by creating a PC System Health Monitor.
The project utilizes a PIC16F628 microcontroller in order to create radio controlled clock that originates from NIST Radio Station WWVB that broadcasts on a frequency of 60kHz.
A Microchip PIC12F683 microcontroller is utilized in this project along with a serial EEPROM and a thermistor in order to produce a temperature recorder device.
Monitoring the relative motion and pressure of the nozzle at the end of a water hose and relaying the information back to the pump operator are the main goals of building this NozzleMon system.
The project is built on NXP ARM Cortex microcontroller LPC114 in order to create an offline reader of Wikipedia that renders offline xml dumps onto readable text formats.
Three parallel Geiger-Muller Tubes were used in this project in order to produce a Cosmic Ray Muon Detector that is easy to build, low cost, and contains usable output to graph, visualize, or sonify.
The project is known as NP-100v12 which refers to a simple headphone amplifier built around the 12AU7 vacuum tube.
แผ่นปริ้นท์ freeduinomax232ss เกรด A ราคา 70 บาท
ชุดคิท freeduinomax232ssAtmega168 ราคา 420 บาท
ชุดลงปริ้นท์ freeduinomax232ssAtmega168 ราคา 550 บาท
สาย RS232 ราคา 70 บาท DC อะแดปเตอร์ 9 volt ราคา 120 บาท
ค่าส่ง EMS 60 บาท
การใช้งานชุด freeduinomax232ss จะต้องประกอบด้วย ตัวบอร์ด, สาย RS232, อะแดปเตอร์ 9 โวลท์ชนิดที่มีขั้วบวกอยู่ตรงกลาง
ผู้สนใจสั่งซื้อสินค้าส่งเมล์มาที่ sales(at)ลอจิกไทยดอทเนท
สมาชิก ส่งรายการสั่งซื้อและที่อยู่โดยเข้าเมนู contact
