ACOS7 MOC Combi-Card

ACOS7 - Ideal solution for Automatic Fare Collection (AFC)

ACOS7 is an “All-in-One Card” smart card which could address the requirements of Automated Fare Collection (AFC) applications and infrastructure projects worldwide is certified to be compliant with the Ministry of Construction (MOC) standard, a national “All-in-One Card” standard defined by the Chinese Government. It is ideal for the AFC market in China.Being ISO7816-4 compliance and supportive of PBOC e-purse and e-deposit transactions, ACOS7 can be applied to transportation, retail, property management, car parking, utility supply, etc.In addition, ACOS7 provides two interface options:

• Contactless interface
• Combi interface

Features:

• Contactless interface
• Full 8 Kbytes of EEPROM memory for application data
• Compliance with ISO parts 1,2,3,4; supporting the T = CL protocol
• Fully compatible with ISO14443A
• Data transfer rate supports106kbps, 212kbps, 424kbps and 848kbps
• Combi interface
• Full 8 Kbytes of EEPROM memory for application data
• Compliance with ISO 7816 parts 1, 2, 3, 4; supporting Transparent, Linear fixed, Linear Variable, Cyclic structures and supporting the T = 0 direct protocol
• High-speed transmission possible (9.6 to 115.2 kbps)
• Compliance with ISO 14443 parts 1,2,3,4; supporting the T = CL protocol
• Fully compatible with ISO14443A
• Data transfer rate supports 106kbps, 212kbps, 424kbps and 848kbps
• Common features among the two interfaces
• Compatible with Ministry of Construction (MoC) Standard
• Supports PBOC E-Purse and E-Deposit payment applications
• DES / 3DES capability
• Hardware based random number generator compliant to FIPS140-2
• Secure messaging ensures data transfer are confidential and authenticated
• Multilevel secured access hierarchy
• Supports Anti-tearing function

Application:

• Automatic Fare Collection (AFC)
• Retail card
• Car parking payment card
• property management
• Utility supply payment card
• Petrol card
• Loyalty card

ACOS6 SAM Card

ACOS6 SAM - Ideal Solution for Security EnhancementThe ACOS6 Secure Access Module (SAM) is designed as a general cryptogram computation module or as a security authentication module for ACOS contact client cards— ACOS3 and ACOS6, and common contactless client cards—DESFire, DESFire EV1 and Ultralight-C.

The ACOS6 SAM card securely stores cryptographic keys and uses these keys to compute cryptograms for other applications or smart cards. Using this, terminals need not know the master key(s) of an application, whereas the keys never leave the ACOS6 SAM.The ACOS6 SAM card can perform:

Mutual Authentication to guarantee the authenticity of the terminal and the client card

Secure Messaging to ensure data transmission between the card and terminal/server is secured and not susceptible to eavesdropping, replay attack and unauthorized modification

Purse MAC Computation to authenticate and ensure data integrity of data and commands that are transferred into the card and vice versa.

Key Diversification to enable diversified entry of keys without exposing the master key.

Secure Key Injection to ensure the key injection from SAM to client cards for contactless cards with protection of Encryption and Message Authentication Code, besides, key(s) is allowed to be change after injection

One application of how the ACOS6 SAM enhances system security can be seen in e-health transactions, as when a doctor or a patient inserts his or her ACOS3 or ACOS6 smart card into the card reader, which prompts the ACOS6 SAM to use the proprietary information it contains to verify the validity of the card.

Features:

• Full 32Kbytes of EEPROM memory for application data
• Compliance with ISO 7816 parts 1, 2, 3, 4; supporting Transparent, Linear fixed, Linear Variable, Cyclic structures and supporting the T = 0 direct protocol
• Supports ACOS3/ ACOS6/ DESFire/ DESFire EV1/ Ultralight-C:
• Secure Access Module (SAM) pairing
• Key storage and operation including Mutual authentication, Encrypted PIN submission, Secure messaging, E-Purse commands
• High-speed transmission possible (9.6 to 223.2 kbps) with modifiable ATR
• DES/ 3DES/ 3KDES/ AES-128 and MAC/ENC/CMAC capabilities
• Multilevel secured access hierarchy
• Anti-tearing is done on file headers and PIN commands

Applications:

• Customer Loyalty
• Multiple e-Purse
• Electronic Government Project
• Secure Access Module
• Hardward Encryption Engine

ACOS6 Multi-application & Purse Card (MAP Card)

The ACOS6 Multi-application & Purse Card (MAP Card) is a high speed and flexible smart card offering cost effective solutions. It is specifically designed to address the requirements of multiple applications and multiple e-purses with secure access hierarchy of multiple levels.ACOS6 allows for multiple secure e-purses, which are suitable for a wide range of applications in government services, payment applications, online top-up, loyalty programs and more.ACOS 6 provides a secure environment for each independent application. This function makes it card most suitable for incorporating various independent applications into only one card, thus providing cost effective solutions to developers, and a convenient platform to end users.Security provided by ACOS6 can further be enhanced by the ACOS6-SAM (Security Access Module) card that enables mutual authentication, secure messaging and key diversification.

Features:

• Compliance with ISO 7816 Parts 1, 2, 3, 4
• High baud rate switchable from 9600 to 223,200 bps.
• Full 64 K of EEPROM memory for application data.
• Supports ISO7816 Part 4 file structures: Transparent, Linear fixed, Linear Variable, Cyclic.
• DES / Triple DES capability.
• Hardware based random number generator compliant to FIPS140-2
• Mutual authentication with session key generation.
• Secure Messaging ensures data transfers are confidential and authenticated.
• Multiple secure E-purse available for payment applications.
• Multilevel secured access hierarchy.
• Anti-tearing done on file headers and PIN commands.

Applications:

• e-ID/ e-Government project
• e-Purse application with Loyalty application
• Campus card
• e-Payment / Online Purchase
• Corporate security
• Physical Access control

Navigation Sensor & Range Finder module

This module is a sub system for navigation is very practical when used in robotics applications. Equipped with 8 ports for sonar proximity sensor and eight ports for infrared distance sensor system can detect the distance of the 8 directions of the wind with two methods of ultrasonic and infrared. Ultrasonic method is used to detect accurately the distance to the object of a mirror that would interfere with the infrared method accuracy. While the infrared method is used to detect the distance to the object which the annoying squiggly accuracy ultrasonic method. The combination of these two methods will obtain a more accurate distance calculation.

By using Compass Devantech CMPS09 or CMPS10, the module can detect the 8 directions of the compass, the magnetic field strength, 3 axis acceleration and also can save the route of the robot direction, slope and duration. This enables the robot to track back toward home.

specifications:

- 8 inputs Infrared Range Finder (GP2D12 or GP2Y0A21)

- 8 input Ultrasonic Range Finder (SRF-05 or Ping)

- Devantech CMPS03 Port Compatible Digital Compass

- Devantech CMPS09/CMPS10 Port Compatible Digital Compass

- Can detect the direction of the wind (Compass Devantech attached)

- Can detect 3 axis acceleration (Devantech Compass CMPS09 / CMPS10 attached)

- Can detect the magnetic field (Compass Devantech attached)

- Can record robot journey into memory (Devantech Compass attached)

- Dimensions 5.3 x 3.2 cm

Protek 9205A Sweep Function Generator

Protek 9205A Sweep Function Generator

Features:

• Frequency Range 0.03Hz to 3MHz (7 Ranges)
• Sine, Triangle, Square, Pulse, Ramp, Slewed Sine Waveform
• Sync. Out (TTL Square Waveform)
• Sweep Function
• VCG Input
• DC Offset
• Frequency Counter
• AM Modulation

Protek 9205 2MHz Sweep Function Generator

Protek 9205 2MHz Sweep Function Generator


Features:

• 0.02Hz-2MHz(7 Ranges)
• Sine,Triangle,Square,Pulse,Ramp,Slewed Sine Waveform
• Sync. Out(TTL Square Waveform)
• Sweep Function
• VCG Input
• DC Offset

Specifications:

Output:
Frequency Range: 0.02Hz-2MHz(7 Ranges)
Accuracy: ±5% of Full Scale to 200KHz, ±8% of Full Scale from 200KHz-2MHz
Amplitude: 10Vp-p in 50 Ohm Load
Attenuation: Fixed 20dB±1dB,20dB Continuity Variable
Impedance: 50 Ohm ±5%
Sine Wave:
Flatness: Better than ±3dB-2MHz at Max.Output AMP
Distortion: 2%(10Hz-100KHz)
Square Wave: Rise/Fall Time: 100ns or Less
Triangle Wave: Linearity: 99% or More-100KHz
Symmetry Variation: 1:1-4:1
VCF Input: 0V-10V DC
Sweep Function
Mode: Linear
Width: 1:1-100:1
Time: 20ms-2s
General
Power 100/120/220/230V AC±10%,50/60Hz
Dimension: 8.2(W) x 10.68(D) x 3.04(H) inches

DC to DC module

This module serves as a DC voltage converter to a DC voltage which is lower as well as the maximum current regulator with 3A. This module is suitable for application of the resources of the robot motors such as servo motors or motor gearbox.

specifications:

- Maximum current 3 Ampere

- Optional Voltage output 9V, 6V, 5V, 3.3V

- Low Drop Out Voltage

- Tolerance accuracy of 1%

- Measuring 1.8 x 7.8 cm

- Fiber FR4 PCB through hole plating

PFH320 actif tag for 3 meters

PFH-320 RF hand free card(433.9 MHz, reading range 3m)

PF-320

Product Description

• Dimensions: 85(L) x 54(W) x 8(T)mm
• Please note the location of the card placing.
• Please don't place on the metal board, it would disable from reading.
• Depending on the material of window shield the reading distance may reach only 60% normal reading distance.
• The working temperature is -20℃~80℃
• Pegasus 433.9 MHz active type, two way transponder
• Reading range: 3 Meters(Max.)
• Material: ABS

PFH620 actif tag for 6 meters

PFH-620 RF hand free card(433.9 MHz, reading range 6m)

Product Description

• Dimensions: 85(L) x 54(W) x 8(T)mm
• Please note the location of the card placing.
• Please don't place on the metal board, it would disable from reading.
• Depending on the material of window shield the reading distance may reach only 60% normal reading distance.
• The working temperature is -20℃~80℃
• Pegasus 433.9 MHz active type
• Reading range: 6 Meters (Max.)
• Material: ABS

PFH650 actif tag for 6 meters

PFH650 RF hand free card (433.9 MHz, reading range 6m)

Product Description

• Dimensions: 87(L) x 55(W) x 7(T)mm
• Please note the location of the card placing.
• Please don't place on the metal board, it would disable from reading.
• Depending on the material of window shield the reading distance may reach only 60% normal reading distance.
• The working temperature is -10℃~120℃
• Pegasus 433.9 MHz active type
• Reading range: 6 to 7 Meters (Max.)
• Material: PC

Darwin-OP Humanoid Research Robot - Deluxe Edition

DARwIn-OP (Dynamic Anthropomorphic Robot with Intelligence - Open Platform) is an affordable, miniature-humanoid-robot platform with advance computational power, sophisticated sensors, high payload capacity, and dynamic motion ability to enable many exciting research, education, and outreach activities. Sponsored by the National Science Foundation (NSF) in the United States, DARwIn-OP has been developed by RoMeLa at Virginia Tech with collaboration with University of Pennsylvania, Purdue University and Robotis Co., based on the award winning DARwIn series humanoid robots in development since 2004. 

In July 2011, Team DARwIn competed at RoboCup in Istanbul, Turkey winning first place against 24 international teams.

DARwIn-OP is a true open platform where users are encouraged to modify it in both hardware and software, and various software implementations are possible (C++, Python, LabVIEW, MATLAB, etc.) The open source hardware is not only user serviceable thanks to its modular design, but also can be fabricated by the user. Publically open CAD files for all of its parts, and instructions manuals for fabrication and assembly are available on-line for free.

Package Content

1) 1 fully-assembled DARwIn-OP robot

2) 3 battery packs

3) 1 battery pack charger

4) 1 DC power supply

5) 1 power cable

6) 1 ethernet cable

7) 2 wrenches, 2 screwdrivers

8) 1 set of spare cables

9) 1 set of spare bolts and nuts

10) 1 red ball

11) 1 set of color patches (7 individual)

12) 1 USB thumb drive (with installed recovery software)

13) 1 quick start guide

14) 1 CD with RoboPlus software

15) 2 spare fuses

more Darwin-OP here  and here 

8 SFH line detector module

Tracking Sensor 8 SFH -detection sensor module is used line for line follower robot (Line Follower).

Technical Specifications:

• Consists of 8 LEDs and 8 pieces of fruit-Silizium-NPN phototransistors (SFH 300).
• Have the analog data output for each sensor.
• The value of output voltage for each sensor is 0 VDC - 4.9 VDC.
• Value of the output voltage can be directly connected to the circuit ADC / comparator for processing by the microcontroller.
• There is a pin-out to turn off the LED through the LED or digital logic.
• Able to read color difference line and background color within a range of 4mm - 10mm.
• Variable resistors are available for the calibration of each sensor.
• Dimensions: 10.45 cm (L) x 3.15 cm (W) x 2.45 cm (H)

4 SFH line trace sensor

Line Tracking Sensor  4 SFH -detection sensor module is used line for line follower robot (Line Tracer).

specifications:

• Consists of 4 LEDs and 4 pieces of fruit-Silizium-NPN phototransistors (SFH 300).
• Have the analog data output for each sensor.
• The value of output voltage for each sensor is 0VDC - 4.9 VDC.
• Value of the output voltage can be directly connected to the circuit ADC / comparator for processing by the microcontroller.
• There is a pin-out to turn off the LED through the LED or digital logic.
• Able to read color difference line and background color within a range of 4mm - 10mm.
• Variable resistors are available for the calibration of each sensor.
• Dimensions: 10.45 cm (L) x 3.15 cm (W) x 2.45 cm (H)

8 CDS Sensors line detection

Line Tracking with 8 CDS Sensors   is a line-detection sensor module which is used for line follower robot (Line Follower).

Technical Specifications:

• Consists of 8 LEDs and 8 pieces of fruit CdS Cell (LDR).
• Have the analog data output for each sensor.
• The value of output voltage for each sensor is 0VDC - 4.9 VDC.
• Value of the output voltage can be directly connected to the circuit ADC / comparator for processing by the microcontroller.
• There is a pin-out to turn off the LED through the LED or digital logic.
• Able to read color difference line and background color within a range of 4mm - 10mm.
• Variable resistors are available for the calibration of each sensor.
• Dimensions: 10.45 cm (L) x 3.15 cm (W) x 2.8 cm (H)

4 CDS Sensors line detection

Line Tracking  with 4 CDS Sensors a line-detection sensor module which is used for line follower robot (Line Tracer).

specifications:

• Consists of 4 LEDs and 4 pieces of CdS Cell (LDR).
• Have the analog data output for each sensor.
• The value of output voltage for each sensor is 0VDC - 4.9 VDC.
• Value of the output voltage can be directly connected to the circuit ADC / comparator for processing by the microcontroller.
• There is a pin-out to turn off the LED through the LED or digital logic.
• Able to read color difference line and background color within a range of 4mm - 10mm.
• Variable resistors are available for the calibration of each sensor.
• Dimensions: 10.45 cm (P) x 3.15 cm (L) x 2.8 cm (T)

40 Pin MCS-51 evaluation board with AT89S51

40 Pin MCS-51 microcontroller with AT89S51-based proto board that has a UART RS232 communication port and supports In-System Programming for microcontrollers featured ISP. The module is equipped with a pad array for additional circuits, so this module is suitable for the experiment, make a simple single-chip applications, or create a prototype product. For example: LED display controller, motor driver controllers, robot motion control, data exchange with a computer or other modules, readers of digital sensors, memory access and PPI.

specifications:

• Based AT89S51 microcontroller which has a 4K bytes of Flash and 128 bytes of RAM PEROM.
• MCS-51 variant supports 40 other pins, among others: AT89S, AT89LS, AT89C.
• 32 channels input / output.
• Provided that the path is connected to pin RST, PSEN, ALE, X1, and X2 microcontroller.
• Input power 9-12 VDC, +5 VDC output voltage is available for an additional circuit.
• 5x2 headers available for programming using the device in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• 11.0592 MHz crystal frequency.
• External reset circuit with brown-out detector and manual reset button.
• Prototype area consists of 1018 through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port 0 - port 3 and RS232 serial communication UART.
• Dimensions: 12.1 cm (P) x 10.1 cm (L) x 2.2 cm (T)

20 Pin MCS-51 evaluation board with AT89S2051

20 Pin MCS-51 is a proto AT89S2051 microcontroller-based board that has a UART RS232 communication port and supports In-System Programming for microcontrollers featured ISP. The module is equipped with a pad array for additional circuits, so the module is very suitable to experiment, create a simple application, or create a prototype. For example: LED display controller, motor driver controllers, robot motion control, data exchange with a computer, a digital sensor reader.

specifications:

• AT89S2051 based microcontroller with 2K bytes Flash PEROM and 128 bytes of RAM.
• MCS-51 variant supports 20 other pins, among others: AT89Sx051, AT89LPx051, AT89Cx051.
• 15 channels input / output.
• Provided the path that connects to RST pin, X1, and X2 microcontroller.
• Input power 9-12 VDC, +5 VDC output voltage available for the application circuit.
• 5x2 headers available for programming using the device in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• 11.0592 MHz crystal frequency.
• External reset circuit with brown-out detector and manual reset button.
• Prototype area consists of 787 through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are three lines of pads that are connected in a row and can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test port 1 & 3 and the serial communication port RS232 UART.
• Dimensions: 10.1 cm (W) x 9cm (L) x 2.2 cm (H)

40 Pin AVR Analog evaluation board with ATmega8535

40 Pin AVR-based Analog ATMEGA8535 a proto board that has a serial port UART and RS-232 supports In-System Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion control, data exchange with a computer, a digital sensor reader or analog sensors, as well as memory access and PPI.

specifications:

• ATMEGA8535 Microcontroller with 8K bytes of Flash memory, 512 bytes of EEPROM, 512 bytes of SRAM, and 8-channel ADC with 10 bit resolution.
• Supports Analog 40 pin AVR variants of others, among others: AT90S8535, AT90S4434, ATmega16, ATmega163, ATmega32, and ATmega323.
• 32jalur input / output.
• Provided the path that connects to RST pin, Aref, X1, and X2 microcontroller.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• Available with Fosc 4 MHz crystal.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• Prototype area consists of 1088 through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port A - D and serial communication port RS232 UART.
• Dimensions: 12.1 cm (L) x 10.1 cm (W) x 2.2 cm (H)

40 Pin AVR Digital evaluation board with ATmega8515

AVR 40 Pin Digital is a proto board with ATmega8515-based serial port UART and RS-232 supports In-System Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion control, data exchange with a computer, a digital sensor reader, as well as memory access and PPI.

specifications:

• ATmega8515 microcontroller with 8K bytes of Flash memory, 512 bytes of EEPROM, and 512 bytes of SRAM.
• Supports Digital 40-pin AVR variants of others, namely: AT90S8515, AT90S4414, ATmega161, and ATmega162.
• Having up to 35 channels of input / output.
• Provided the path that connects to RST pin, ICP, ALE, 0C1B, X1, and X2 microcontroller.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• Available with Fosc 4 MHz crystal.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• Prototype area consists of 1008 through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port A - E and serial communication port RS232 UART.
• Dimensions: 12.1 cm (L) x 10.1 cm (W) x 2.2 cm (H)

SS-168 IONIZATION SMOKE ALARM

The Garvan SS-168 Smoke Alarm is an ionization 9V DC smoke alarm. It is operated by a 9V battery (6LR61 or 6F22), battery life 1 year minimum. With the ionization technology, SS-168 will normally respond faster to fast flaming fires which spread rapidly and general considerable heat with little smoke.

The SS-168 has an 85 decibel horn, test button, alarm LED indicator.

SS-168 should be installed in every room (except the bathroom), and every other area of the home, making sure the people in the home will be able to hear and respond to the alarm sound. For minimum protection you should fit an alarm in the hallway between the living areas (incl. Kitchens)and sleeping areas. Place it as near to the living areas as possible and ensure the alarm is audible when the bedrooms are occupied.

Once the smoke alarm has been installed a small indicator light (LED), positioned under the test button, should flash approximately once a minute in normal operation. If smoke is detected the unit will emit a load pulsating alarm until the air is clear.

Features

- DIY unit, easy and simple installation

- High sensitivity & reliability

- Low battery signal

- Alarm / Power Indicator

- Test button

- Loud 85dB alarm signal

- Ionization chamber: for fast flaming fires

- Battery Life minimum 1 year

- Supplied with fixing kit

GB-2688 Heat and photoelectric smoke detector

photoelectric smoke alarm with 9VDC battery CEILING TYPE SMOKE ALARM WITH CE APPROVAL ALARM

Features:

- Ceiling or wall mounting

- Easy to install with mounting hardware included

- 9VDC battery (not installed)

- Suitable for any room

- Flash alarm indicator (red)

- Test button for easy recommended monthly testing

- Low battery signal

- Safety clip feature, not allow mounting of smoke alarm

without battery installed

- photoelectric chamber for early detection from all directions

- Loud 85dB alarm signal

SPECIFICATIONS :

• Power Source : 9VDC battery
• Operating Current : 10 uA (normal) and 20-50 mA
• (alarm working)
• Sensitivity to smoke : In comply with UL217 &
• BS5446: Part 1 2000
• Kitemark License no. KM 53166. 0.81~1.42%/FT
• Operating Temperature : 40oF - 100oF (4. 4C - 37.8oC)
• Ambient Humidity : 10% - 90%.
• Horn Level : 85 Decibels at 10 feet.
• Battery life : 1 year min.
• Size: 110mmX25mm

Gas Leakage or Smoke Alarm

Gas sensor module to detect smoke or LPG
specifications:
- Power supply: 12-24VDC
- Detects smoke or LPG
- Having a voice as an alarm with a noise level greater than 85dB
- Integrated with the configuration of an internal relay NO / NC
- The installation of the sensor module can be placed in the ceiling or wall

28 Pin AVR evaluation board with ATmega8

28 Pin AVR ATmega8 is a proto-based board that has a serial port UART and RS-232 supports In-System Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion control, data exchange with computers, digital and analog sensor readers, as well as memory access and PPI.

specifications:

• ATmega8 microcontroller with 8K bytes of Flash memory, 512 bytes EEPROM, 1K byte SRAM, and 8-channel ADC with 10-bit resolution.
• Supports analog 28 pin AVR variants of others, among others: AT90S2333, AT90S4433, ATmega28L, ATmega48, ATmega88, and ATmega168.
• 23 channels input / output, provided the lines are connected to the microcontroller pin Aref.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• Available with Fosc 4 MHz crystal and a jumper to select the source of system clock frequency.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• Prototype area consists of 787 through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port B - D and serial communication port RS232 UART.
• Dimensions: 10.1 cm (L) x 9.3 cm (W) x 2.2 cm (H)

20 Pin AVR Analog evaluation board with ATtiny26

20 Pin analog AVR developmnet board is ATtiny26-based proto board that has a serial port UART and RS-232 supports In-System Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion control, data exchange with a computer, a digital sensor reader or analog sensors, as well as memory access and PPI.

specifications:

• ATtiny26 microcontroller with 2K bytes Flash memory, 128 bytes of EEPROM, 128 bytes of SRAM, and 11-channel ADC with 10 bit resolution.
• Supports Analog 20 pin AVR variants, namely, ATtiny26L.
• 16 channels input / output.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• Available with Fosc 4 MHz crystal and a jumper to select the source of system clock frequency.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• using PCB plated through hole with an array of about 740 pad.
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the ports A & B and serial communication port RS232 UART.
• Dimensions: 10.1 cm (L) x 9 cm (W) x 2.2 cm (H)

20 Pin AVR Digital evaluation board with ATtiny2313

AVR 20 Pin Digital is based ATtiny2313 proto board that has a UART serial port RS-232 and features In-system Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion control, data exchange with a computer, a digital sensor reader, as well as memory access and Peripherals Interfacing.

specifications:

• ATtiny2313 Microcontroller with 2K bytes Flash memory, 128 bytes of EEPROM, and 128 bytes of SRAM.
• Supports Digital AVR 20 pin variants, namely,: AT90 (L) S1200 and AT90 (L) S2313.
• Have up to 18 channels of input / output.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• 1 piece of serial communication line RS-232 UART with RJ11 connectors.
• Available with Fosc 4 MHz crystal and a jumper to select the source of system clock frequency.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• Prototype area consists of 744 non-through-hole pad suitable for DIP components (pitch = 0.1 ").
• DT-Proto 20 Pin AVR Digital started s / n 51.48.075, using PCB plated through hole with a pad array approximately 742 pad.
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port B & D and serial communication port RS232 UART.
• Dimensions: 10.1 cm (L) x 9 cm (W) x 2.2 cm (H)

8 pin AVR Evaluation Board with ATtiny13

8 Pin AVR ATtiny13 is a proto board that supports the feature-based In-System Programming. Available pad for a series array of additions / applications. This module is suitable for the experiment, create a prototype product, or make a simple single-chip applications. For example the application of LED display controller, motor driver controllers, robot motion controllers, readers and digital sensors analog sensors.

specifications:

• ATtiny13 microcontroller with 1K bytes of Flash memory, 64 bytes EEPROM, 64 bytes of SRAM, and 4-channel ADC with 10-bit resolution.
• Supports 8 pin AVR other variants, namely: ATtiny11, ATtiny12, ATtiny15L, AT90 (L) S2343, AT90 (L) S2323 and ATtiny22L.
• Have up to 6 channels of input / output.
• Input power supply (VIN) 9-12 VDC, output voltage of +5 V is available for circuit applications.
• Available LED indicators and 5x2 header for programming devices in-system programmer Atmel standard.
• External reset circuit with brown-out detector and manual reset button.
• There is a jumper to select the source of reset.
• Prototype area consists of 434 non-through-hole pad suitable for DIP components (pitch = 0.1 ").
• There are 3 lines are connected to the pad that can be used for power supply lines (VIN, GND, +5 V) or other pathways.
• Equipped with a testing program to test the port B.
• Dimensions: 9.1 cm (L) x 6 cm (W) x 2.2 cm (H)

40Pin PIC® Evaluation Board

40Pin PIC® is a module-based single-chip microcontroller PIC® 40 pin DIP (such as the PIC16F877A) and supports In-Circuit Serial Programming ™ (ICSP ™). The module is equipped with an array pad (pad spacing 2.54 mm) as a series of application. This module is suitable to experiment and create a prototype or simple application, such as applications of LED display controller, motor driver controllers, robot motion control, digital and analog sensor readers, and many other application.

specifications:

• Based PIC16F877A with 8K word (14-bit) Flash Program Memory.
• 368 bytes of data SRAM.
• 256 bytes of EEPROM data.
• 8-bit & 16-bit timer.
• 8 channel 10-bit.
• ADC.
• Supports PIC ® 40 pin DIP 0.6 "such as: PIC16C874 (A). - PIC16F877.
• Having up to 33 channels of input / output with a current capability (sink / source), each for 25 mA (for PIC16F877A).
• Has a reset circuit with manual reset button and brown-out detector.
• Available ± 1008 through-hole pad as a series of applications, the distance between the pad corresponding to 2.54 mm  DIP IC.
• Available as a 4 MHz ceramic resonator clock source (clock) system.
• Available port to program the microcontroller ICSP ™
• Available serial communication line RS-232 UART with RJ11 connectors, for data communication with a computer or other device.
• Requires power supply input 9-12 VDC and has a 5V DC regulated output voltage for the circuit application.
• Available programs in assembly language PIC tester and software MPLAB ® Integrated Development Environment ® © from Microchip ®.
• using plated through hole PCB with pad pad array around 1008.
• Dimensions: 12.2 cm (L) x 10 cm (W) x 2.3 cm (H)

18 Pin PIC® Evaluation Board

18 Pin PIC® Evaluation Board is a module-based single-chip microcontroller that supports features PIC16F84A ICSP ™ and have a communication line RS-232 serial UART. The module is equipped with a pad array for circuit applications, experiment or create a prototype product. Example applications are: LED display controller, motor driver controllers, robot motion control, digital sensor reader, etc..

specifications:

• Based PIC16F84A with 1K word (14-bit) program memory, 64 bytes of data EEPROM, 68 bytes of data RAM, 8-bit timer, 25 mA sink / source current per pin I / O.
• Supports variants other 18 pin PIC ®, among others:

                        PIC16C558

                        PIC16F627A

                        PIC16F628A

• Has 13 channels of input / output.
• Available approximately 708 non-pad array through hole with a width of 2.54 mm pitch (in accordance with the DIP packaging).
• Available 4MHz ceramic resonator, equipped with a jumper to disconnect the circuit ceramic resonator.
• Port available for programming the ICSP ™
• Available UART serial RS232 communication lines with RJ11 connectors.
• Requires power supply input voltage is 9-12 VDC and has a 5 VDC output voltage regulator that can be used to supply application circuit / external.
• Equipped with PIC MPLAB IDE software development, as well as a program tester to test the port I / O and serial communications.
• Dimensions: 10 cm (P) x 8 cm (L) x 2.2 cm (T)

8 Pin SOIC to DIP board converter

8 Pin SOIC to DIP is a converter board for packaging single chip with 8 pin SOIC (Small Outline Integrated Circuit) to the DIP (Dual In-Line Package) with the distance between pin 1 "(2.54 mm).


specifications:

• Board single chip packaging converters 8 pin SOIC to DIP.
• The distance between the pin DIP (pitch): 1 "(2:54 mm).
• Suitable for use on a bread board, pcb holes, and the 8 pin IC socket with the addition of headers with pitch 1 "(2.54 mm).
• Dimensions: 1.4 cm (L) x 1.1 cm (W) x 0.15 cm (H)

8 Pin SSOP to DIP board converter

8 Pin SSOP to DIP is a converter board for packaging single chip with 8 pin SSOP (Shrink Small Outline Package) to a DIP (Dual In-Line Package) with the distance between pin 1 "(2.54 mm).

specifications:

• Board single chip packaging converters 8 pin SSOP to DIP.
• The distance between the pin DIP (pitch): 1 "(2:54 mm).
• Suitable for use on a bread board, pcb holes, and the 8 pin IC socket with the addition of headers with pitch 1 "(2.54 mm).
• Dimensions: 1.4 cm (L) x 1.1 cm (W) x 0.15 cm (H)

28 Pin SOIC to DIP board converter

28 Pin SOIC to DIP is a converter board for packaging single chip with 28 pin SOIC (Small Outline Integrated Circuit) to the DIP (Dual In-Line Package) with the distance between pin 1 "(2.54 mm).


specifications:

• Single-chip packaging converter board 28 pin SOIC to DIP.
• The distance between the pin DIP (pitch): 1 "(2:54 mm).
• Suitable for use on a bread board, pcb holes, and the IC socket 28 pin header wide with a pitch with the addition of 1 "(2.54 mm).
• Dimensions: 3.6 cm (L) x 1.8 cm (W) x 0.15 cm (H)

28 Pin SSOP to DIP board

28 Pin SSOP to DIP is a converter board for packaging single chip with 28 pin SSOP (Shrink Small Outline Package) to a DIP (Dual In-Line Package) with the distance between pin 1 "(2.54 mm).

specifications:

• Single-chip packaging converter board 28 pin SSOP to DIP.
• The distance between the pin DIP (pitch): 1 "(2:54 mm).
• Suitable for use on a bread board, pcb holes, and the IC socket 28 pin header wide with a pitch with the addition of 1 "(2.54 mm).
• Dimensions: 3.6 cm (L) x 1.8 cm (W) x 0.15 cm (H)

USB Mini-B Socket to 6 pin DIP board converter

USB Mini-B Socket is a converter board connector pin-outs for the USB Mini-B to 6-pin DIP.

specifications:

• Serves as a board converter to USB Mini-B connector to a 6-pin DIP.
• DIP Pitch: 2.54 mm.
• Width between the pin: 1.5 cm (the width of the IC 40-pin DIP).
• Pin-Out: Data +, Data-, Vbus, GND.
• Dimensions: 1.85 cm (L) x 1.1 cm (W) x 1.9 cm (H)

SIM Card Socket to 6 pin DIP board converter

SIM Card Socket is a converter board connector pin-outs for the SIM Card into 6-pin DIP.

specifications:

• Serves as a board converters for SIM Card connector to 6-pin DIP.
• DIP Pitch: 2.54 mm.
• Width between the pin: 2.3 cm.
• Pin-Out: VDD, Reset, Clock, GND, VPP, I / O.
• Dimensions: 3.25 cm (L) x 2.6 cm (W) x 1.3 cm (H)

SD Card board converter to 12 pin DIP

SD Card Slot is a converter board connector pin-outs for SD Card Slot to 12-pin DIP.

specifications:

• Serves as a board converter to plug into SD Card Slot 12-pin DIP.
• DIP Pitch: 2.54 mm.
• Width between the pin: 3.3 cm.
• Dimensions: 3.7 cm (L) x 2.85 cm (W) x 1.3 cm (H)

Wiz108SR module

Wiz108SR module
RS422/RS485-to-Ethernet

Feature
- Connect with the Serial Device directly
* Adding Network Function Simply and Quickly
* Providing Firmware Customization
- High System Stability and Reliability by using W7100 Hardware Chip
- Supports Serial Configuration &ndash with Simple and Easy command
- Supports Password for the Security
- Easy & Powerful Configuration Tool Program
- 10/100 Ethernet Interface and RS-422 / RS-485 Interface support
- ROSH Compliant

Architecture	TCP / IP	W7100
	PHY	Included in W7100 Auto negotiation (Full-duplex and Half-duplex) Auto MDI / MDIX
	Serial	RS-422 / RS-485
	MCU	Included in W7100 Fully software compatible with industrial standard 8051 Internal 2KBytes Boot ROM Internal 64KBytes embedded program FLASH memory Internal 256Bytes embedded data FLASH memory Internal 64KBytes embedded SRAM Internal 32KBytes memory for TCP/IP data communication
Serial	Interface	RS-422 / RS-485
	Signals	RS-485 TRXD+, TRXD- RS-422 TXD+, TXD-, RXD+, RXD-
	Parameters	RS-422 / RS-485 Select RS-485 Direction control
	Speed	Up to 230Kbps
Dimensions		30mm X 45mm (PCB width x length)
Connector type		2.54mm Pitch 12 pins
Input Voltage		DC 3.3V
Power Consumption		Under 250mA
Temperature		0° C ~ 70° C (Operating), -40° C ~ 85° C (Storage)
Humidity		10~90%

Wiz108SR evaluation board kit

PCB Matrix 40

PCB Matrix 40 is a proto board that provides as many as 1568 holes empty pad pad. By using technology Through-hole, making a variety of shapes and types of components can be easily soldered to this PCB hole.

specifications:

• Pitch: 2.54 mm.
• Diameter of hole: 1mm +.
• Pad diameter: + 2mm.
• Available pad 1568
• Using a Through-hole technology for each pad.
• Dimensions: 11 cm (W) x 11 cm (L)

32/44/64 Pin TQFP Adapter Board

32/44/64 Pin TQFP Adapter Board is a converter for a single chip with pin TQFP package 32/44/64 (Thin Quad Flat Pack) to header pins spaced 1 "(2.54 mm).

specifications:

• Board converter with single chip packaging 32/44/64 TQFP to the header.
• The distance between the pin header (pitch): 1 "(2:54 mm).
• Compatible with IC or chip with 32/44/64 TQFP package.
• Suitable for use on a bread board and pcb holes with the addition of headers with pitch 1 "(2.54 mm).
• Dimensions: 3.7 cm (p) x 3.6 cm (l) x 0.15 cm (t)

Line Follower mobile robot base on ATmega168

Line Follower Robot is a wheeled robot kit designed specifically for the application of line follower. This robot kit is suitable as a means of learning about line follower robot for the beginner to the learning algorithm for advanced programming.

specifications:

• ATmega168 microcontroller-based.
• Equipped with an internal motor driver SN754410 dual H-Bridge.
• Using High Speed ​​Metal Mini Motor Set which serves as the rear wheels.
• There is a fruit-free wheel that serves as the front wheels.
• Using a sensor module 4 Line Tracking Sensor SFH to detect lane / line.
• Equipped with 8x2 character LCD that serves as a medium of information.
• Provided communication line RS-232 UART.
• There are 3 pieces that serve as input switch and reset.
• There is a 5x2 ISP port that serves for charging into the microcontroller program code.
• Has a 1 piece On-Off switch that will facilitate in deciding or connect the power supply to the controller circuit.
• Requires power supply from 6 AA batteries (1.2 VDC or 1.5 VDC).
• There is a sample program in C language that can be directly used for line follower applications.
• Parameter setting / sensor logic can be easily set by using the GUI software that can run on PC (Windows OS).
• Program in the microcontroller can be changed / modified as needed.
• Dimensions: 15.2 cm (l) x 12.8 cm (w) x 7 cm (h)

ATMEGA128L BOOTLOADER MICRO SYSTEM

ATMEGA128L bootloader MICRO SYSTEM is a single-chip microcontroller-based module that is equipped with a bootloader ATmega128L so no longer needed additional device programmer to perform In-System Programming. In-System Programming can be done through the UART communication channels with the help of AVR Bootloader bootloader and software. This module also provides a UART communication channels for communication with computers or other devices through USB, UART TTL, or RS-232 UART.

specifications:

• ATmega128L with microcontroller-based features:
• Flash memory for user programs by 124 kbytes (4 kbytes 128 kbytes of flash memory used for the bootloader).
• 8-channel ADC with 10 bit resolution.
• Low power (2.7 V - 5.5 V).
• Having up to 52 channels Input / Output.
• Oscillator frequency of 7.3728 MHz.
• Equipped with a bootloader to assist the process of In-System Programming via the UART.
• The process of In-System Programming uses the AVR Bootloader help of software from Innovative Electronics.
• The process of In-System Programming can be done through USB or serial RS-232 UART (via RJ-45).
• Device does not require the programmer to enter the program into the microcontroller.
• Available communication channels UART RS-232 via the USB port (via USB to RS-232 on board) or serial port.
• Manual reset circuit available via tactile switches.
• Available options 6-12 V input power supply (through a voltage regulator on-board) or 3.3-5V (without going through the regulator).
• Output options are available on-board voltage regulator 3.3 V or 5 V.
• Available output voltage terminal in accordance with the output options on-board voltage regulator.
• Equipped with the Application Note for the use of software modules with AVR Bootloader.
• Available USB drivers, software CodeVisionAVR evaluation version, manual, datasheet, and the schematic circuit.
• Dimensions: 11 cm (l) x 7.3 cm (w) x 1.7 cm (h)

ATmega168 bootloader MICRO SYSTEM

ATmega168 bootloader MICRO SYSTEM is a single module ATmega168 microcontroller-based chip is equipped with a bootloader, so no longer needed additional device programmer to perform In-System Programming. In-System Programming can be done through the UART communication channels with the help of AVR Bootloader bootloader and software from Innovative Electronics. This module also provides a UART communication channels for communication with computers or other devices through USB, UART TTL, or RS-232 UART.

specifications:

• ATmega168 microcontroller-based features:
• 14 kbytes of flash memory (2 kbytes 16 kbytes of flash memory used for the bootloader).
• 1 kbytes of internal SRAM.
• 2 pieces of 8-bit Timer / Counter and a 16-bit Timer / Counter.
• Programmable Serial USART.
• Master / Slave SPI Interface and byte-oriented TWI (2-Wire Interface).
• Watchdog Timer.
• Has 20 channels of I / O with 2 pins as ADC input channels.
• Oscillator frequency of 7.3728.
• Does not require a device programmer for In-System Programming.
• Equipped with AVR Bootloader software to assist the process of In-System Programming via the UART.
• The process of In-System Programming can be done through USB or serial RS-232 UART (via RJ-45) via a jumper setting.
• Available communication channels UART RS-232 via the USB port (via USB to RS-232 on-board) or serial port.
• Available tactile switches for manual reset button.
• Available options 6-12 V input power supply (through a voltage regulator on-board) or 3.3-5V (without going through the regulator).
• Output options are available on-board voltage regulator 3.3 V or 5 V.
• Blue terminals are available for output voltage (VOUT) which can be used for circuit applications (VOUT = output voltage regulator on-board).
• Dimensions: 8.8 cm (l) x 8.6 cm (w) x 1.7 cm (h)

Low Cost Nano System with ATtiny2313

Low Cost Nano System uses mikrokontoler ATtiny2313 AVR ISP that has 2 Kbyte Flash program memory, 128 bytes of EEPROM, 128 bytes of internal SRAM.

Specifications:

• Support the AVR ® 20 pin variants include: AT90S1200 and ATtiny2313 (V).
• Have up to 15 pins path input / output.
• Complete with a 4 MHz oscillator and has the ability UART Serial communication RS-232 that has been perfected.
• Complete with a series of reset, manual reset button, and brown-out detector.
• Using the input voltage is 9-12 VDC and has a 5 VDC output voltage.
• On-chip Analog Comparator.
• Programmable Watchdog Timer.
• Full Duplex UART.
• One 8-bit Timer / Counter and a 16-bit Timer / Counter.
• 4 channel PWM.
• On-chip Analog Comparator.
• Universal Serial Interface.
• Internal Oscillator calibrated.