BASIC Stamp II compatible, Direct access to
any pin or register, automatic page boundary handling past 2K, Real
If..Then..Else..Endif, Built-in LCD support, I2C instructions to access more
external devices including serial EEPROMs.
Micro Developments > Store
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The basic board
Consisting of all standard PIC circuits all
components, plug in IC sockets and hook-up headers populated, MAX 232,
RS232 interface ICD ready, Power supply, Stepper motor driver, open
RS232 DB9 with 9 pin SIP hook-up header, IDE connector with DIP hook-up
headers, plug in breadboard, 16 bi colour LED's and 3 digit LED display.
Excluding
40pin ZIF socket, LCD Display, keypad and hook-up wires.
Because of the
difference in mains
supply voltage of countries in the world no transformer is supplied with
the board, any transformer with an output of 13 to 30 volt AC or 15 to
30 volt DC at least 2 Amp is suitable.
$26.95
40 pin wide ZIF
If
ordered the with the Basic board it wil be soldered into the board in
the factory, it can take any device from a DIP 4 up to DIP 40.
No
need for a power supply, it draw its power from the USB port on your PC.
Drivers are included on the CD or can be downloaded free from the
internet, can program most of the flash type PIC devices with ICSP .
$75.85
2X20 X stock used LCD Displays
Is ideal low cost for experimenting, students and hobbyists All used
displays is properly tested.
$10.95
Sine wave
Inverter kit.
Kit
1: From 300 watt to 10 Kilo watt Inverter only.(2 Kw. stags.)
Ready
made and populated control PCB that can be connected to a set of
parallel power output transistors. One pre-programmed MCU that is generating a sine
wave into a driver from where you get your signal to drive a set of power transistors, up to 20 or more in parallel depending on your
wattage needs. Full easy to follow assembly instructions of the
power stage.
Kit 1.
$129 USD
Sine wave Inverter kit.
Kit 2:
From 300 watt to 10 Kw UPS functions.(2 Kw. stags.)
Ready
made and populated control PCB that can be connected to a set of
parallel power output transistors. Two pre-programmed MCU's the
first MCU do all the control of the
inverter with a LCD display and other functions like monitoring of the mains
that will automatically start your inverter when the power fail, charging
control and voltage regulation. The second MCU do the same as version one.
That is generating a sine
wave into a driver from where you get your signal to drive a set of
power transistors, up to 20 or more in parallel depending on your
wattage needs. Full easy to follow assembly instructions of the
power stage. LCD display additional.