Learn how to connect an LCD display to a micro controller and program it with this training kit. The breadboard and jumper wires allows you to quickly and easily build different circuits without the need to solder.
Use free software from the internet to program the ATmega8A micro controller. The kit includes all parts and instructions necesssary to build a working alarm clock, display messages and detect objects using an IR compound eye.
This kit includes a booklet with step by step instructions and color photos allowing easy assembly for beginners. This is the perfect way to learn more about electronics and how they work!
• No soldering required
• 16x2 backlit LCD display
• IR compound eye sensor
• ATmega8A MCU
• 16MHz crystal oscillator
• USB to serial interface
• Large breadboard
• Over 70 jumper wires supplied with kit
4 x AA battery
- Blade Count:
Excellent product. Great introduction to electronics and not having to solder is a big plus. The instructions were excellent ( compared to some of those with plane kits I've bought from HK!! ) and photos good and even include a bit of an explanation eg why a capacitor is needed so the speaker doesn't pull too much current. Any more info I can google it. I might be 50yrs older than the 8yr old target audience but its exactly what I needed to get me started in robotics. I've built the alarm clock and it keeps good time. Still to try the compound eye. Only minus was no instructions for connecting the battery holder wires but they are suddenly shown connected in the photo for step 6 and easy to copy.
The breadboard supplied does not look like the one in the manual and the numbers do not line up as shown . The microprocessor does not have the pins numbered at all so which way does it go?
A completely fantastic product...rated ages 8 (!!)...a great educational choice.
It ran the alarm clock program as soon as I plugged it into my USB power supply. The program was preloaded on the CPU...a nice touch.
When I switched to batteries, it wouldn't work. I discovered the red lead protective diode was backwards; which I easily resoldered to reverse and correct. A set of AA batteries lasted about 15 hours.
As suggested in the kit, I ran the 'Hello World' program to confirm I was able to compile and upload to the unit...no problem (be sure to configure to the correct CPU).
I have an application for the compound IR eye, so I was disappointed that I could not get the sample program from the Arexx site (which did provide the program for the LCD_alarm_clock.rar file successfully). I will join the discussion blog in hopes of finding one.
Gave me the education and physical bits (motherboard, wires, display, etc.) that I wanted. Great deal.