W5500 Ethernet Network Module SPI Interface Ethernet IP Protocol Compatible WIZ820Io For Arduino W5500 Network Module Adapters

USR-ES1 is embedded with Wiznet’s W5500 chip, which uses hardware logic gate circuits to implement the transport layer and network layer of the TCP/IP stack (e.g. TCP, UDP, ICMP, IPv4, ARP, IGMP, PPPOE and other protocols), and integrates the data link layer, the physical layer, and 32K bytes of on-chip RAM as a data transceiver cache. Make the host computer host chip, only need to undertake the TCP / IP application layer control information processing tasks. This greatly saves the workload of the host computer for data copying, protocol processing and interrupt processing, and improves the system utilisation and reliability. During operation, users can approximate the W5500 as a peripheral RAM of the MCU, which is very easy to use. The external interface of the W5500 is a general-purpose 80MHz high-speed SPI, which is available for different platforms to expand the high-speed Ethernet programmer. Auto-negotiation LED status display SPI interface is fast and stable.

Size and pinout are compatible with Wiznet’s official module WIZ820io.

Product Features:

• Supports up to 8 Socket
• Support TCP, UDP, ICMP, IPv4, ARP, IGMP, PPPoE protocol
• Integration of the data link layer, physical layer
• Support the wakeup
• Support high speed serial peripheral interface (SPI model 0, 3)
• Internal 32K bytes receive buffer
• The embedded 10BaseT/100BaseTX Ethernet physical layer (PHY)
• Support auto negotiation (10/100-Based full duplex or half duplex)
• Does not support the IP patch
• The working voltage of 3.3V, I/O and 5V voltage signal
• LED display (full duplex or half duplex, network connection, network speed, active)
• Pin type package ultra small, convenient for embedded applications
• Application of C sample project

Package Include:

• 1 x W5500 Ethernet Network Module

This is Arduino compatible Esplora, a game programming module board. About the Arduino Esplora: Arduino Esplora is a microcontroller board derived from the Arduino Leonardo. It’s designed for people who want to get up and running with Arduino without having to learn about the electronics first. Like the Leonardo board, the Esplora uses an Atmega32U4 AVR microcontroller with 16 MHz crystal oscillator and a micro USB connection capable of acting as a USB client device, like a mouse or a keyboard. The Esplora differs from all preceding Arduino boards in that it provides a number of built-in, ready-to-use setof onboard sensors for interaction.

The Arduino Esplora has onboard sound and light outputs, and several input sensors, including:

• Joystick
• Slider
• Temperature sensor
• Accelerometer
• Microphone
• Light sensor
• RGB LED

Quick Overview:

• Microcontroller: ATmega32u4
• Operating Voltage: 5V
• Flash Memory: 32 KB of which 4 KB used by bootloader
• SRAM: 2.5 KB
• EEPROM: 1 KB
• Clock Speed: 16 MHz

Specification:

• Microcontroller: ATmega32u4
• Operating voltage: 5V
• Flash memory: 32KB(of which 4KB used by bootloader)
• SRAM: 2.5KB
• EEPROM: 1KB
• Clock speed: 16MHz

Package Included:

• 1 x Arduino compatible Esplora

The Sensor Shield V5.0 fits Uno, Mega 2560 and similar form-factor Arduino boards and provides a convenient way to interface to sensors and other peripherals such as servo motors.

Features:

This shield brings out the standard Arduino I/O pins to headers along with dedicated ground and power pins per I/O to facilitate connecting sensors other devices.

The shield also has a number of dedicated connectors that are defined for specific purposes as outlined below, but they can also be considered as general purpose connection points.

An auxiliary power connector allows separate power to be supplied to the power pins associated with the D0-D13 pins which is handy for driving servo motors.

A remote reset switch is located on the shield for easy access.  It also brings the on-board pin-13 ‘L’ LED up to the shield for easy visibility.

Specifications:

Power System:

One of the benefits of this shield is that it brings each of the standard Arduino I/O pins out to 3-pin headers along with a dedicated Ground and Vcc pin.

The VCC pins associated with A0-A5 as well as the misc I/O connectors are all hardwired to the Arduino 5V power.  Sensors generally need as clean of power as possible, so keeping these on the Arduino 5V makes sense.

The VCC pins associated with D0-D13 are controlled by the SEL jumper.

SEL jumper installed = The Arduino 5V power is connected to these pins as well.  This mode facilitates using digital sensors and other low power I/O.

SEL jumper removed = The Arduino 5V power is removed and the power for the pins must be supplied by a separate power supply connected to the 2-pos screw terminal.  This is commonly used when servo motors are being driven so that they can be powered from a separate power supply since they exceed the current capability of the built-in 5V and the servo motors create too much electrical noise back into the Arduino electrical system.

2-Pos Screw Terminal

• GND = Ground for separate power supply
• VCC = Positive voltage from separate power supply.  Typically 5-6V for servos, but can be other voltage as required by the system.

Note:  With the SEL jumper installed, there must not be external power applied to the 2-pos screw terminal or damage may result since it will short the external and on-board power systems together.

Digital I/O Headers:

This group of headers simply brings out the D0 thru D13 Digital I/O lines and couples them with a dedicated ground and VCC pin.  The SEL jumper determines the power that is supplied to the VCC pins as noted above.

3 x 16 Header

• G = Ground
• V = Vcc (Source determined by SEL jumper)
• 0 – 13 = Digital I/O lines D0 thru D13

Also note that AREF is brought on this line of headers.  AREF is the analog reference voltage for the Arduino ADC.

Analog I/O Headers:

This group of headers simply brings out the A0 thru A5 Analog I/O lines and couples them with a dedicated ground and VCC pin.  The analog inputs can also be used as additional digital I/O lines.

3 x 6 Header

• G = Ground
• V = 5V
• A0-A5 = Analog inputs A0 thru A5

SD (SD Card Interface):

This header provides the three SPI data lines on D11-D13 as well as D10 for an SD Card Select line and power and ground.  Originally designed to interface to SD memory cards but can be used to connect to any SPI device.

1×6 Header

• VCC = 5V
• GND = Ground
• D11 = SPI MOSI
• D10 = For use as SD card select
• D12 = SPI MISO
• D13 = SPI SCK

URF01 (Ultrasonic / Ping Interface)

This header provides a couple of analog lines which can also be used as digital I/O along with power and ground.  Originally designed for use with some analog output ultrasonic devices, but can also be used with HC-SRF04 and similar digital devices.

1×4 Header

• VCC = 5V
• A0 = Analog input 0.  Can also be used as digital I/O
• A1 = Analog input 1.  Can also be used as digital I/O
• GND = Ground

Bluetooth:

This header provides the RX/TX serial comm lines used to interface to Bluetooth devices.  It also provides both 5V and 3.3V power since some Bluetooth operates at 3.3V levels.  This connector can be used to connect to any serial device.

1×6 Header

• VCC = 5V
• GND = Ground
• D1 = Serial Port RX line
• D0 = Serial Port TX line
• GND = Ground
• 3V3 = Arduino 3.3V power

APC220 (Wireless Interface):

This female header provides the RX/TX serial comm lines used to interface to APC220 wireless devices.  It also provides 5V and ground  This connector can be used to connect to any serial device.

1×6 Female Header

• GND = Ground
• VCC = 5V
• N/C
• D1 = Serial Port RX line
• D0 = Serial Port TX line
• N/C

IIC (I2C interface)

This header simply brings out the A4 and A5 lines which also carry I2C signals along with 5V and ground.

1×4 Header

• SCL = A5 / I2C SCL
• SDA = A4 / I2C SDA
• ‘-‘ = Ground
• ‘+’ = 5V

COM (Serial Communications Interface)

This header simply brings out the serial communication TX and RX lines along with 5V and ground.

1×4 Header

• TX = D1 / Serial TX line
• RX = D0  / Serial RX line
• ‘-‘ = Ground
• ‘+’ = 5V

LCD Serial:

This shrouded header provides D2-D4 along with power and ground for  connecting to a serial LCD display.

2×3 Header

• VCC = 5V
• GND = Ground
• D2 – D4 = Digital I/O pins

LCD Parallel:

This shrouded header provides D2-D13 along with power and ground for  connecting to a parallel interfaced LCD display.

2×7 Header

• VCC = 5V
• GND = Ground
• D2 – D13 = Digital I/O pins

Our Evaluation Results:

Build quality on these assemblies is fair.  Headers are not always fully seated and straight but we inspect each one to make sure they are reasonably aligned.

We have found on some modules on the market that the ground pins on the LCD parallel interface and the SD card interface are not actually connected to ground due to an apparent PCB layout issue.  We inspect for this and correct these when found, but if you are using a shield from another source and have issues with those interfaces, you should double-check the ground connections and if missing you will need to jumper these pins to ground.

Package Include:

1 x Arduino Sensor Shield V5.0

Overview:

• SD card interface works with FAT16 or FAT32 formatted cards. 3.3v level shifter circuitry prevents damage to your SD card.
• Real-time clock (RTC) keeps the time going even when the Arduino is unplugged. The battery backup lasts for years.
• Included libraries and example code for both SD and RTC mean you can get going quickly Prototyping area for soldering connectors, circuitry or sensors.

Features:

• SD card interface works with FAT16 or FAT32 formatted cards.
• 3.3V level shifter circuitry prevents damage to your SD card.
• Real time clock (RTC) keeps the time going even when the Arduino is unplugged.
• Included libraries and example code for both SD and RTC, means you can get going quickly.
• Prototyping area for soldering connectors, circuitry or sensors.
• Onboard 3.3V regulator is both a reliable reference voltage and also reliably runs SD cards that require a lot of power to run.
• Works with Arduino UNO,  Duemilanove, Diecimila, Leonardo or ADK/Mega R3 or higher.
• ADK/Mega R2 or lower are not supported.

Specifications:

• Size: 68 x 53 x 23mm (approx)
• Regulator voltage: 3.3V
• Battery: CR1220 3V

Package included:

• 1 x Data logger module
• 1 x Lithium cell

• This is a programmer expansion shield that allows your Arduino board to modify the fuse bits and burn bootloader into external chip and other Arduino boards.
• On-board buzzer and LED indicators, indicating whether the burning is successful, it is convenient for Arduino board designers to batch burning. According to OPEN-SMART user manual, it is very easy to use.

Features:

• Compatibility: As it uses SPI pins of ICSP interface, compatible with Arduino UNO R3 / Arduino Mega2560, can change to the bootloader burner when it is directly plugged onto the two boards.
• Operating voltage: 5V
• Operating current: 500mA (max)
• Arduino board to be burned: support Arduino UNO R3 / Mega2560 / Nano / pro mini (5V 16M)
• On-board buzzer, if the fuse bit is successfully modified, it will sound once, and then if burning bootloader is OK, it will sound once again. If it is not two beeps, burning is failed. You can capture the sound instead of LED lights, so this will improve the efficiency of burning.
• On-board LED indicators, HEART BEAT led lights up like a breathing light when powered normally. During programming, the PROG indicator flashes until it finishes. If the programming is unsuccessful, the ERROR indicator (red) will light.
• Onboard 28P locking seat for Atmega328P, Atmega168P, Atmega8 bootloader burning
• Onboard ISP_6PIN interface, for the external Arduino board bootloader burning
• On-board ISP_10PIN interface
• On-board FT232RL and CH340G USB to TTL programmer interface for uploading code to the chip on the 28P locking seat.

Package Included:

• 1 X AVR ISP Shield Burning Bootloader

L298P L-298P Motor Driver Expansion Board L298P Dual Channel H-Bridge Motor Driver Control Module Shield Arduino Compatibility Electrical Circuitry & Parts

Arduino product family is a great learning platform for electronics, programming and robotics. But most projects at some point require mobility. This board allows for motor control with Arduino right away. Stack up this shield on your controller and drive motors with  higher power requirements.

Depending on the motor of choice, you can make it fast or handle a higher payload. This Arduino Compatible Motor Shield (2A) uses L298P chip which allow to drive two 7-12V DC motors with maximum 2A current. This shield can be directly mounted onto standard Arduino Duemilanove and Arduino Mega.

Speed control is achieved through conventional PWM which can be obtained from Arduino’s PWM output Pin 5 and 6. The enable/disable function of the motor control is single by Arduino Digital Pin 4 and 7. The Motor shield can be powered directly from Arduino or from external power source. It is strongly encouraged to use external power supply to power the motor shield.

Features:

• L298P dual-end full-bridge drive chip can be used to independently drive two dc, stepper motor or relay at the same time.
• The current value of the motor can be measured in real time.
• Fully compatible with Arduino UNO R3, laminated plug-in design, direct reading of current through analog IO. compatible with TinkerKit, can be directly inserted with it.

Specification:

• Logic Control Voltage：5V (From Arduino)
• Motor Driven Voltage：6.5~12v(VIN Power Supply),4.8~35V (External Power Source)
• 2 way motor drive
• Logic supply current Iss：≤36mA
• Motor Driven current Io：≤2A
• Maximum power consumption：25W（T=75℃）
• Up to  2A current each way
• Pin 4,5,6,7 are used to drive two DC motor
• Support PWM speed control
• Support PLL advance speed control
• Size: 55x55mm
• Working voltage: 5v-12v

Package Include:

• 1 x Motor Driver Expansion Board L298P Dual Channel H-Bridge

This ProtoShield V3 compatible with Mega R3 2560 makes it easy for you to design custom circuits. You can solder parts to the prototyping area to create your project, or use it with a small solderless breadboard to quickly test circuits ideas without having to solder. It’s got extra connections for all of the Arduino I/O pins, and it’s got space to mount through-hole and surface mount integrated circuits. It’s a convenient way to make your custom circuit and Arduino into a single module.

• Plugs directly into an Arduino MEGA with no soldering required.
• Allows soldering of components directly on to the shield
• Comes with mini breadboard which can be fixed directly onto the shield allowing for solderless prototyping.
• Integrated power indicator, status lights and reset button
• MEGA preferred prototype controller expansion board

Features:

• Wide prototyping area
• Seamlessly plugged into the Arduino Mega2560
• Arduino pinout
• Reset button
• Indicator of power and status
• Solder components directly
• ICSP connector
• 14 pin SMD footprint (50 mils pitch)
• 20 pin Through Hole footprint (100 mils pitch)

Package Include:

• 1 x Arduino Mega R3 Prototy Shield

The Kingduino V0.3 XBee PRO shield features a stackable design which makes it more convenient to connect with other expansion boards. It solves the problem of the previous version not being able to match some other expansion boards.

This Xbee Shield allows Arduino board to communicate wirelessly with each other using Zigbee.  This Xbee/ZIgbee PRO Shield simplifies the task of interfacing a Xbee/Zigbee module to Arduino Uno. This module works with all Xbee module including Zigbee Series 1, Zigbee Series 2 and also Xbee Pro versions. Whats great it also works with Bluetooth bee Modules.

Jumper Settings for Xbee/Zigbee Shield:

The Xbee shield has two jumpers (the small removable plastic sleeves that each fit onto two of the three pins labelled Xbee/USB). These determine how the Xbee’s serial communication connects to the serial communication between the microcontroller USB-to-serial chip on the Arduino board.

With the jumpers in the Xbee position (i.e. on the two pins towards the interior of the board), the DOUT pin of the Xbee module is connected to the RX pin of the microcontroller; and DIN is connected to TX. Note that the RX and TX pins of the microcontroller are still connected to the TX and RX pins (respectively) of the FTDI chip – data sent from the microcontroller will be transmitted to the computer via USB as well as being sent wirelessly by the Xbee module. The microcontroller, however, will only be able to receive data from the Xbee module, not over USB from the computer.

With the jumpers in the USB position (i.e. on the two pins nearest the edge of the board), the DOUT pin the Xbee module is connected to the RX pin of the FTDI chip, and DIN on the Xbee module is connected to the TX pin of the FTDI chip. This means that the Xbee module can communicate directly with the computer – however, this only works if the microcontroller has been removed from the Arduino board. If the microcontroller is left in the Arduino board, it will be able to talk to the computer normally via USB, but neither the computer nor the microcontroller will be able to talk to the Xbee module.

Features:

This Kingduino XBee shield allows the Arduino to communicate wirelessly over a modified ZigBee protocol using the popular XBee module.
It is a fully Assembled shield without the XBee module.
It works with all XBee modules including series 1, series 2.5, standard and PRO versions.

On V0.3 a switch has been added to select Xbee or USB mode instead of jumpers (like on the previous V0.2 version), which is much more convenient to use!

Specification:

3.3V and 5V dual power output
3.3V and 5V IO compatible
USB 2.0 protocol
BitBang mode ready
Easily connected to a PC via mini USB cable
XBee-setting support software X-CTU
Usage 1: PC via a USB cable directly connected with XBee adapters
Usage 2: Bluetooth Bee configure or use as a data-transmission
Uses 3: ARDUINO BOARD PRO MINI Downloader

Note:

This is not an original Arduino brand product.

Package Includes:

1 x Kingduino V0.3 XBee PRO Shield for Wireless Module

Description: Dual Axis XY Joystick 

KY023 KY-023 JOY-STICK Dual Axis XY Joyst-icks 5 Pin 5V Module PS2 Joy-stick Control Lever Sensor Game Controller With Cables For Arduino Electronics Circuitry & Parts

Analog joystick-like devices used for example Controllers PlayStation second detection directions of traffic is carried by two potentiometers – one (4.7 k Ω ) on each axle. The device also has a button activated by pressing the knob . To operate the device, all you need is a microcontroller with an analog-to-digital converter (analog input in Arduino ). The location information of the knob is transmitted through an analog signal, in which the voltage corresponds to the given position. Each axis has a separate analogue output. The state of the button is detected by a digital output which, when switched on, becomes low.

• 1. Input voltage range: DC 3.3V to 5V
• 2. Output signal: the module has two-way analog output and a digital output interface, the output value corresponding to (X, Y) bi-axial offset, the type of analog; keys that the user press, the Z axis is a push switch read as digital input.
• 3. Arduino controller can be programmed, the sensor expansion board plug, complete with creative remote interactive works.
• 4. Cross joystick is a bi-directional 10K resistor, with the rocker in different directions, the resistance should be changed by moving the lever. This module uses 5V power supply, the original state of X, Y read voltage of 2.5V or so, when pressed with the arrow direction, the read voltage value increases with the maximum to 5V, voltage decreases while move lever in opposite direction, The minimum is 0V.

You have to use 2 analog inputs of MCU to read (X Y) the analog output of this module, the switch is a button which you may use with a digital input pin of your Micro Controller eg. Arduino, Raspberry Pi, Orange Pi, NodeMCU, ESP32, ARM AVR development boards.

Features:

• Two independent Potentiometer: one for each axis ( X and Y)
• Auto return to center position
• Low weight
• Cup-type Knob
• Compatible to interface with Arduino or with most microcontroller
• Easy breadboard connection
• Two independent 10K potentiometers with common ground
• Spring auto-return to center
• Comfortable cup-type knob

Technical Specifications:

• Operating Voltage: 5V
• Internal Potentiometer value: 10k
• 2.54mm pin interface leads
• Dimensions: 1.57 in x 1.02 in x 1.26 in (4.0 cm x 2.6 cm x 3.2 cm)
• Operating temperature: 0 to 70 °C
• Weight (kg): 0.015

Connection:

Using the joystick connection plate, it boils down to connecting the following pins:

• VCC – Supply voltage (5 V).
• GND – System weight.
• VRx – Analog output for the vertical axis (in the middle position, the value equal to half the voltage supply VCC / 2).
• VRy – Analog output for the horizontal axis (in the middle position, the value equal to half the voltage supply VCC / 2).
• SW – The digital signal of the button, when switched on, reaches the GND value, switched off – it is in the floating position – so you should add the pull-up resistor to the power supply

Package Included:

• 1 x Dual Axis XY Joystick 5 Pin Module PS2 Joystick Control Lever Sensor Game Controller For Arduino KY-023

The Nano 328P Expansion Adapter Breakout Board IO Shield acts as a breakout board for the Arduino Nano microcontroller. There are several different options for power input and the footprint of this board is the same as the Arduino Duemilanove. In addition, each pinout includes 5V and GND pins for easy connection to sensors or servos. Unit comes fully assembled. Arduino Nano IO Expansion Shield is specifically designed to facilitate an easy connection between  Arduino Nano and many other devices. In essence, it expands the Arduino Nano controller to link those devices in a simple and trouble-free manner.

It is a perfect companion of Nano breadboard and compatible with both Arduino Nano v2.x and v3.x.

Overview:

• Compatible with Arduino NANO
• All digital and analog pins breakout
• Compact size: 58*53*13mm
• External power supply current support
• Leads all pins out, convenient for wiring and doing experiments.

Specifications:

• 14 I/O Pin (servo type with GND, power, and signal).
• 8 analog Pin with power output and GND.
• 6 PWM Pin.
• 1 Servo power input.
• 5 I2C expansion Pin.
• 1 AREF output.
• 1 3.3V output.

Note:

Please allow 1-3mm differs due to manual measurement Due to the different display and different light, the picture may not reflect the actual color of the item. Thanks for your understanding

Package Includes:

• 1 x Arduino NANO Expansion Shield ATMEGA328P NANO IO Shield