iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger

Name: iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger
SKU: 16067
Price: 49.00 USD
Availability: InStock

iCP12A Sub-G DAQduino is a dual mode USB and 433MHz long range wireless (100m) iCP12 board in Arduino form with 10x input, output, analog.

Designed by PICcircuit in Malaysia

iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger 1

iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger 2

iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger 3

iCP12A - 6ch Wireless Oscilloscope, DAQ, IO Logger 4

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2019-01-28T14:23:48.040Z-iCP12A Sub-G Layout - Copy.jpg

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iCP12A Sub-G DAQduino is a dual mode USB and 433MHz long range wireless (100m) iCP12 board in Arduino form with 10x input, output, analog.

ICP12A Sub-G DAQduino is built with Arduino form external port connections that fulfill 3rd party Arduino extension boards. With these IO ports, the user can easily plug in different types of 3rd par…

iCP12A Sub-G DAQduino is built with Arduino form external port connections that fulfill 3rd party Arduino extension boards. With these IO ports, the user can easily plug in different types of 3rd party boards with a direct connection to the USB port.

The features of iCP12A Sub-G are listed as follows:

USB or Wireless communication with common COM port interfacing
Arduino form connection, easy interfacing, high performance and user friendly device
Onboard with PIC18F2550 [Default] or PIC18F2553 28-Pin Flash USB PIC MCU
Excellent flexibility that allows user to expand the board features with plug and play modules
Applications:
Solar per monitoring
Weather station
Remote control & monitoring

Wireless Specification:

Frequency: 433MHz
Transmit power: 20dBm
Distance: 100m* (urban area) or up to 1000m* (Line-of-sight), *limited by environment
Baud rate: 9600, No parity, 8 bit, 1 stop bit
SmartDAQ add on features: Error Check, Auto Recovery

Peripheral Features:

10x IO Port (6x 10/12bit ADC pins, 2x 10 bit PWM/Freq/DAC pins)
Serial port emulation (UART Baud Rates: 300 bps to 115.2 kbps)
Supported operating systems (32bit/64bit): Windows XP ,Windows Vista, Windows 7, Windows 8, Windows 10, Linux, Mac OSX and Raspberry Pi
On board Female Mini USB and Micro USB Type B connector
Maximum Input Voltage: 15Vdc
With 500mA current output at VDD pin with over-current protection
20MHz oscillator
Green LED - power on indicator
2x LEDs (Green, Red) - status indicator
ICSP Connector - on-board PIC programming
Switch Mode Selection - Boot or Normal mode

SmartDAQ v1.5 Features:

Sampling channel: 6x Analogs (10/12 bit ADC) + 7x Digitals (Input/Output)
PIC18F2550 [10bit ADC: 5mV Resolution]
PIC18F2553 [12bit ADC: 1mV Resolution]
Maximum Sampling rate:
1KHz or 1mSec/Samples (USB Mode)
1Hz or 1Sec/Samples (Wireless Mode)
Sampling voltage: 0V - 5V (auto & scalable graph) at 1mV Res. Dispaly
Sampling period:
mSec: 1, 2, 5, 10, 20, 50, 100, 200, 500
Sec: 1, 2, 5, 10, 20, 30
Min: 1, 2, 5, 10, 20, 30, 60
Trigger Mode: Larger [>], Smaller [<], Positive edge [↑], Negative edge [↓]
Sampling Mode: Continuous, Single
VDD or External Vref Input Mode
Logging Function:
Save Format: Text, Graphic, Both
Start Time: Normal, Once Trigger, 24-Hour Clock (Auto Run)
End Time: Unlimited, Data Size, 24-Hour Clock (Auto Stop)

Dimensions:

Dimension: 6.86cm X 5.33cm
Standard 1x5 2.54mm Pin Socket for ICSP connection

Remarks:

Pin B0, C6, C7 and RED LED are reserved for the wireless communication
Overvoltage or overcurrent may damage the MCU. Extended exposure to stresses above the Recommended Operating Conditions may affect device reliability.

Layout:

Accessories List: (Accessories included with purchase)

28 Pin PIC: PIC18F2550 [Default/5mV] or PIC18F2553 [1mV]
Preloaded Firmware: HID Bootloader + iCP12 DAQv1.5 Firmware
iCP12 firmware can be updated using included Microchip USB HID Bootloader via USB port
NO programmer is required!

Firmware Upgrade:

First, switch the SW1 to 'BOOT' for bootloader mode and connect it to USB port
Then program the iCP12A with provided firmware (iCP12A_xx_Firmware.hex) file
Disconnect the iCP12A and switch back the SW1 to 'NORMAL' for normal operation

Photos:

with SmartDAQ v1.5
3.0V battery measurement with Vref Off/On Comparison [improve the signal accuracy]
All 6x ADC signals overlap together into a single line: x1, x2, x5, x10 (Zoom Scale)
Parallel Recording in 'Text & Graphic Form' at 1mSec Sample Rate (0.5 sec/graph)
with 'ioControl'