Cameras | |
CMUCam5 Pixy
| |
 |
 |
CMUCam4 | |
The CMUcam4 is a fully programmable embedded computer vision sensor. The main processor is the Parallax P8X32A (Propeller Chip) connected to an OmniVision 9665 CMOS camera sensor module.
|
 |
CMUCam3 | |
The CMUcam3 is an ARM7TDMI based fully programmable embedded
computer vision sensor. The main processor is the Philips LPC2106
connected to an Omnivision CMOS camera sensor module. Custom C code
can be developed for the CMUcam3 using a port of the GNU toolchain
along with a set of open source libraries and example programs.
Executables can be flashed onto the board using the serial port with
no external downloading hardware required. Make sure to check
www.cmucam.org for the most up to date documentaton and Quick-Start
guides.
|
 |
uCAM | |
|
The uCAM-RS232 (microCAM) is a highly integrated serial camera module which can be attached to any host system that requires a video camera or a JPEG compressed still camera for embedded imaging applications.The module uses an OmniVision CMOS VGA color sensor along with a JPEG compression chip that provides a low cost and low powered camera system. The module has an on-board serial interface (RS232 levels) that is suitable for a direct connection to any host controller or a PC system with a COM port. Power: 3.3VDC for uCAM-TTL, 5VDC for uCAM-232 Speed: 1.2Mbps for UART Camera: On board OmniVision OV7640/8 VGA color Sensor and JPEG CODEC for various resolutions Built-in circuit features: down sampling, clamping and indowing circuits for VGA, QVGA, 160x120 or 80x60 image resolutions Color conversion circuits features: for 2-bit gray, 4-bit gray, 8-bit gray, 12-bit RGB, 16-bit RGB or standard JPEG preview images Technical Spec |
 |
Robot Controllers | |
USB-GPIO12 | |
The USB-GPIO12 is a general purpose processor module using the PIC18F14K50. This chip has a USB module built in which Devantech has used to implement Microchip's HID Boot-loader. This boot-loader is already programmed into USB-GPIO12 and ready for use. The USB-GPIO12 is powered from the USB bus and the 5v supply is available for your own circuits. Maximum current required by the module is 20mA with both LED's on, leaving 80mA available to your circuits from a standard 100mA USB port.
|
 |
DEV-PIC32MX795F512H/DEV-PIC24FJ256GB206/DEV-PIC18F67J50 | |
|
Featuring top performance PIC devices, the DEV series of three processors modules includes the DEV-PIC18F67J50, the DEV-PIC24FJ256GB206 and the DEV-P32MX795F512H covering the PIC18, PIC24 and PIC32 family of devices.They have a consistent footprint making it easy to target processor families for new applications, or as an easy way to use a surface mounted processor. The modules all feature USB, Oscillator, Reset controller and have Microchip's USB Boot-loader already programmed in. The modules can be powered directly from the USB cable, or if using it as a stand alone system from a regulated 3.3v supply or a 4.5v-9v unregulated supply. The two rows are on a 0.8" pitch and easily plug into standard prototyping blocks. |
|
|
Module name: DEV-PIC32MX795F512H Microcontroller: PIC32MX795F512H Processor type: 32bit Processor speed: 80MIPS Flash: 512k Memory: 128k Schematic |
 |
|
Module name: DEV-PIC24FJ256GB206 Microcontroller: PIC24FJ256GB206 Processor type: 16bit Preocessor speed: 16MIPS Flash: 256k Memory: 96k Schematic |
|
|  |
BrainStem GP2.0 | |
|
The BrainStem GP 2.0 is Acroname's next generation of the popular GP 1.0 module. It has much of the same I/O, connectivity, and internal TEA program multi threading as the GP 1.0, with a set of new features, including: Infrared I/O in either NEC or RC5 protocols, Much expanded program space, the GP2 stores one 16k and 11 1k TEA programs, 5V Vcc ouput at up tp 1A maximum provided regardless of input voltage; 3.2V to 28V input voltage accepted. GP2.0 features in common with GP1.0:
|
 |
Compass Sensors | |
CMPS03 | |
CMPS03 compass module has been specifically designed
for use in robots as an aid to navigation. The aim was to produce a
unique number Voltage: 5v only required |
 |
CMPS11 | |
The CMPS11 is Devantech's 3rd generation tilt compensated
compass. Employing a 3-axis magnetometer, a 3-axis gyro and |
 |
| |
GP2D12 | |
Range 10cm to 80cm |
 |
| |
Range 4cm to 30cm |
|
| |
Range 10cm to 80cm |
|
| |
Range 20cm to 150cm |
 |
| |
|
Range 100cm to 550cm Analogue Output 5v operation 0.7v change in output from 100cm to 200cm 1.55v change in output from 200cm to 550cm Technical Spec |
 |
|
Range 4cm to 50m 2.7v - 3.3v operating voltage Analogue Output 2.2v - 0.55v change in output from 4cm to 50cm Technical Spec |
 |
|
Range: 4cm to 50cm Analogue Output Voltage: 2.7v - 3.3v Digital Output: I2C Technical Spec |
 |
| |
USB to I2C | |
The USB-I2C module is a low cost USB to I2C module, with a simple
command set and interfacing to any I2C device |
 |
USB to ISS | |
|
The USB-ISS module is an enhanced version of Devantech's low cost USB-I2c module. The USB-ISS is able to connect to I2C, SPI and Serial buses as well as Digital I/O and Analog inputs. Technical Spec |
|
USB to ISS-SV | |
|
This version of the USB-ISS module has short pin headers designed for soldering directly to PCB's without further cropping.
Technical Spec |
|
| |
The USB-RS485 is a complete, self powered, USB to RS485 interface
working at any baud rate up to 250k baud. It features automatic bus
turn-around - any time you're not transmitting the module is
listening |
 |
|
Performs bi-directional I2C level conversion between any two levels: 1.65v to 5.5v Technical Spec |
 |
| |
USB-RLY02 | |
|
The USB-RLY02 provides two volt free contact relay outputs
with a current rating of up to 16Amp each. The USB-RLY02 is
powered and instructed from any standard USB bus and does
not require any additional power. No. of Relays: 2 Power: Powered from standard USB bus Control interface: USB Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |
 |
| |
|
The USB-RLY08 provides eight volt free contact relay outputs
with a current rating of up to 1Amp each. It is powered from
any standard USB bus and has an exceptionally low maximum
current consumption of approx. 90mA with all relays on. Number of Relay's: 8 Power: Powered from standard USB bus Control interface - USB Relay current:
Technical Spec |
 |
| |
|
The USB-RLY16 provides eight volt free contact relay outputs
with a current rating of up to 16Amp each. The processor is
powered and instructed from any standard USB bus and the
relay power is obtained by the DC power input adaptor. No. of Relays: 8 Power: 12V DC adaptor, supplied separately Control interface: USB Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec
|
 |
| |
Similar to the USB-RLY16 module above, the USB-RLY16L uses latching relays and is completely powered from a standard USB bus. No separate power supply is needed. Latching relays stay in their last position when power is removed. |
 |
| |
|
The SCR02 is a sensor controlled relay module capable of
autonomous operation. The SRC02 may be connected to most of
devantech's ultrasonic rangers or to 0-5v analogue inputs. A
standard 12vdc power is required such as our Mains Adapters. 0-5v analogue inputs or direct connection to ultrasonic rangers No. of Relays: 2 Power: 12V DC supplied separately Configuration interface: USB Mini Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |
 |
USB-OPTO-RLY88 | |
|
The USB-OPTO-RLY88 provides eight optically isolated inputs
and eight volt free contact relay outputs with a current
rating of up to 1Amp each. It is powered from any standard USB
bus and has an exceptionally low maximum current consumption
of approx. 90mA with all relays on. Number of Isolated Inputs: 8 type of input isolation: Light Input Voltage: 4.5v DC to 27v DC Number of Relay Ouput's: 8 Power: Powered from standard USB bus Control interface: USB Relay current:
Input connection: Screw Terminals for +/- Inputs Technical Spec |
 |
| |
|
The USB-OPTO-RLY816 provides eight optically isolated inputs
and eight volt free contact relay outputs with a current
rating of up to 16Amp each. The processor is powered and
instructed from any standard USB bus and the relay power is
obtained by the DC power input adaptor. No. of Isolated Inputs: 8 No. of Relay Ouput's: 8 Type of input isolation: Light Input Voltage: 4.5v DC to 27v DC Power: 12V DC adaptor, supplied separately. Control interface: USB Relay current: Up to 16Amp @24vdc or 250vac Input Connections: Screw Terminals for positive and negative poles Connections: Screw Terminals for N/O N/C and Common contacts. Technical Spec |
 |
| |
| |
|
Controlled over Ethernet using simple TCP/IP commands. This module can be
remotely controlled by free application for Android and iOS. The ETH002 provides two volt free contact relay outputs with a current rating of up to 16Amp each. The module is powered from a 12vdc supply which can be regulated or unregulated. No. of relays: 2 Power: 12V DC adaptor, supplied separately. Control Interface: HTTP Protocol via web pages or TCP/IP via Ethernet Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |
 |
| |
Controlled over Ethernet using simple TCP/IP commands. This module can be
remotely controlled by free application for Android and iOS. |
 |
| |
|
Controlled over Ethernet using simple TCP/IP commands. This module can be
remotely controlled by free application for Android and iOS.
The ETH484 provides four volt free contact relay outputs with a current rating of up to 16Amp each, 8 digital I/O and 4 analogue inputs. The module is powered from a 12vdc supply which can be regulated or unregulated. No. of analogue I/O: 4 No. of digital I/O: 8 No. of relays: 4 Power: 12V DC adaptor, supplied separately. Control Interface: HTTP Protocol via web pages or TCP/IP via Ethernet Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |
 |
| |
|
Controlled over Ethernet using simple TCP/IP commands. This module can be
remotely controlled by free application for Android and iOS.
The ETH8020 provides 20 volt free contact relay outputs with a current rating of up to 16Amp each and 8 analogue inputs. The module is powered from a 12vdc supply which can be regulated or unregulated. No. of analogue input/output: 8 No. of relays: 20 Power: 12V DC adaptor, supplied separately. Control Interface: HTTP Protocol via web pages or TCP/IP via Ethernet Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |  |
| |
|
The ETH044 provides four solid state relay outputs at 230VAC
with a current rating of up to 5Amps per channel and up to
10Amps total per module, 4 digital IO channels are also provided
for flexible additional functionality. The ETH044 module is
powered directly from a 230VAC mains supply at either 50hz or
60hz, the live, earth and neutral outputs for each channel are
brought out to screw terminals, while the live is the only
output that is switched the neutral and earth are provided for
easy wiring. Digital Switching I/O's: 4 No. of Relays: 4 Solid State Dimmable Relays Power: Nominal 230VAC 50/60 Hz mains Control interface: HTTP (webpage) - TCP/IP over Ethernet. Relay current: Up to 5Amp Channel Max. Module Current: 10Amp Total (Fused) Connections: Screw Terminals for Earth, Neutral and switched Live Technical Spec Attention: Free Android and iPhone Apps are available to remotely control this module |
 |
| |
The ETH0621 offers 6 digital inputs (accepting 10V - 24V), 2 independently switched 24V 5A outputs and a 24 volt, 5A motor controller that effortlessly integrates motion control over Ethernet. The ETH0621 also includes a motor surge protection circuit that shuts the motor down in the event of the current exceeding 22A. 24v 5A Digital Switching Outputs: 2
Notice: Free Android and iPhone Apps are available to remotely control this module. |
 |
| |
BT004
| |
|
Controlled over Bluetooth using simple binary or ASCII
commands. Free Android App available to remotely control
this module. The BT004 provides four volt free contact relay outputs with a current rating of up to 16Amp each controlled over a HC06 Bluetooth serial port. The module is powered from a 12vdc supply which can be regulated or unregulated. No. of Relays: 4 Power: 12V DC adaptor, supplied separately Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Technical Spec |
 |
| |
WiFi484 | |
|
The WIFI484 provides four volt free contact relay outputs with
a current rating of up to 16Amp each, 8 digital I/O and 4
analogue inputs. The module is powered from a 12vdc supply
which can be regulated or unregulated. Analogue Inputs: 4 Digital Switching I/O's: 8 No. of Relays: 4 Power: 12V DC adaptor, supplied separately Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts WIFI setup from a USB port Configuration & Test interface: HTTP (webpage) Control interface: TCP/IP Email alerts if input changes Inputs can control any output on any WIFI or current ETH module: anywhere! Technical Spec |  |
| |
|
The WIFI8020 provides 20 volt free contact relay outputs with
a current rating of up to 16Amp each and 8 analogue inputs.
The module is powered from a 12vdc supply which can be
regulated or unregulated. No. of Relays: 20 Digital Switching I/O's: 8 Power: 12V DC adaptor, supplied separately Analogue Inputs: 8 Relay current: Up to 16Amp @24vdc or 250vac Connections: Screw Terminals for N/O N/C and Common contacts Configuration & Test interface: HTTP (webpage) Control interface: TCP/IP Technical Spec |
 |
| |
The WIFI002 provides 2 volt free contact relay outputs
with a current rating of up to 16Amp each, the module is
powered from a 12vdc supply which can be regulated or
unregulated.
Notice: Free Android and iPhone Apps are available to remotely control this module. |
 |
| |
The WIFI008 provides 8 volt free contact relay outputs
with a current rating of up to 16Amp each, the module is
powered from a 12vdc supply which can be regulated or
unregulated.
Notice: Free Android and iPhone Apps are available to remotely control this module. |
 |
| |
RF04 and CM02 Wireless Communication Set | |
|
Using RF04 and CM02, RF Modules, a robot and a computer can be
easily get connected. The RF04 can be connected to the PC
through USB port and the PC recognizes it as a COM port. The CM02 module can be connected to the
embeded controller or any device with I2C inetrface. Over Air Data Rate: 19200 bps RF04-400 & CM02-400 frequency: 433.92 MH RF04-900 & CM02-900 frequency: 869.85 MH Range: 250m line of sight, Up to 150m RF04-900 & CM02-900 RF04 Power Requirement: Powered entirely from USB port RF04 Data Buffer: Internal 128 byte buffer CM02 Power Requirement: 6v - 12v Battery CM02 type of communication: Standard I2C RF04 Technical Spec CM02 Technical Spec |  |
| |
LCD03 | |
Display: 20 characters per row, 4 rows  |
  |
|
Keypad | |
| This Keypad with a 3 x 4 matrix of keys can be easily connected to LCD03. |
 |
| |
EMG30 | |
|
The EGM30 is a 12v motor fully equipped with encoders and a 30:1
reduction gearbox. It is ideal for small or medium robotic
applications, providing cost effective drive and feedback for the
user. Rated voltage: 12v Rated torque: 1.5kg.cm Rated speed: 170rpm Rated current: 530mA No load speed: 216 No load current: 150mA Stall current: 2.5A Rated output: 4.22W Encoder counts per drive shaft turn: 360 Technical Spec |
 |
| |
The EGM49 is a 24v motor fully equipped with encoders and a 49:1 reduction gearbox. It is ideal for medium size robotic applications, providing cost effective drive and feedback for the user. |
 |
| |
The MD03 is a medium power motor driver, designed to supply power
beyond that of any of the low power single chip H-Bridges that
exist. Main features are ease of use and flexibility. The motor's
power is controlled by on-board Pulse Width Modulation (PWM)
generators driving the H-Bridge Transistors. |
 |
| |
|
The MD14 is designed to provide simple and easy control of a 24v motor. Voltage: operates from a 24v supply Current: Up to 5A for the motor Forward: 5v to 24v input Reverse: 5v to 24v input Size: 102mm x 54mm x 25mm Technical Spec |
 |
| |
The MD22 is a robust low/medium power motor driver, designed to
supply power for two motors. |
 |
| |
Designed to work with EMG30 gear motors, the MD25 will drive two
motors. MD25 is a new version of MD23: |
 |
|
MD49 | |
|
Designed to work with Devantech's EMG49 gear motors, the MD49 will drive two motors. Controlled by Serial Interface at 9600 or 38400 baud Two modes of operation, direct individual control of the motors or the ability to send a speed and a turn commands. Voltage: 24v only (for either motor and control circuit) Current: Up to 5A for each motor Encoder: Processes quadrature encoder inputs of 980 counts per wheel turn from the EMG49 motor. Size: 109mm x 66mm Features Under & Over votage protection, motor short circuit protection Technical Spec |
 |
| |
|
It will drive up
to 21 RC servo's and maintain a 20mS refresh rate, regardless of the
number of servo's used or their positions (pulse widths). It will
control both position and speed of the servo's. Technical Spec |
 |
| |
|
All 84 channels can be your choice of Logic input, Logic output, or Servo output, Additionally 36 of the channels can be analogue inputs with 10-bit resolution. A PC application, with full source code, is freely available to allow you to quickly evaluate the SD84's capabilities. Servo Channels: Up to 84 Logic Outputs: Up to 84 Logic Inputs: Up to 84 10-bit Analogue Inputs: Up to 36 Servo Refresh Rate: 20mS under all conditions Position Control: Directly programmed in uS Speed Control: From maximum down to 20 seconds for full rotation Servo Power: Separate terminals for voltage of your choice in groups of 8 servo's Logic Power: Direct from the USB Bus Control interface: USB Technical Spec |
 |
| |
|
100mm diameter wheel with Devantech's 5mm hub ready fitted Mounts directly on to the EMG30 drive shaft. Technical Spec 125mm diameter wheel with Devantech's 8mm hub ready fitted Mounts directly on to the EMG49 drive shaft. Technical Spec |  |
| |
A strong aluminum mounting bracket for the EMG30 motors. A strong mounting bracket for the EMG49 GearMotor Technical Spec |
 |
| |
TPA81 | |
8 Pixel Thermal Array Sensor |
 |
| |
|
Operating Voltage: 2.3v to 5.0v Operating Current: >6uA (typical) Output: 10.0 mV/°C (typical) Output Voltage at 0°C: 500mV Range: -40°C to +125°C Accuracy: ±1°C (typ.) ±2°C (max.), 0°C to +70°C Technical Spec |  |
| |
SRF01 | |
World beating performance - the SRF01 employs Devantech's 2nd
generation Auto Tune technology which allows ranging all the way
down to zero on a single transducer sonar. |
 |
| |
Lowest cost ultrasonic ranger with both I2C and Serial
interfaces. New Auto Tune algorithms intelligently back the minimum
range right up to the transducer ring down for the very best
performance possible, automatically, in the background, and with no
calibration cycles necessary. Additional new commands allow for
separate burst and ranging control. |
 |
| |
Range: 1cm to 4m |
 |
| |
|
Range: 2cm to 4m Power: 4-20mA current Loop Frequency: 40KHz Size: 43mm x 20mm Technical Spec |
 |
| |
Voltage: 5v only required |
 |
| |
Voltage: 5v only required |
  |
| |
|
The SRF235 is a small sonar with an industrial air coupled transducer, giving a very narrow 15° beam width and fast cycling - up to 100Hz update rate. Working at 235KHz, the SRF235 can be used simultaneously with standard 40KHz rangers without interference. Range: 10cm -1.2m Voltage: 5v only required Frequency: 235KHz Beam Width: Narrow Beam - Just 15° Connection: Standard I2C Bus. Timing: Fully timed echo, freeing host controller of task Units: Range reported in uS, cm or inches Small Size: 34mm x 20mm x 19mm height Technical Spec |  |
| |
Designed for use in car parks, the SRF485 is suitable for use
whenever a large number of sonar's are required. |
 |
| |
|
Designed for use in car parks, the SRF485 is suitable
for use whenever a large number of sonar's are required.
Voltage: 8v to 14v, 12v nominal Current: 10mA Frequency: 40KHz Range: 60cm to 500cm Connection: Standard RS485 Bus Up to 127 SRF485WPR's connected to your controller Units: Range reported in cm or inches Temperature Compensation: -30 to +50 centigrade Technical Spec |
 |