-35% sale
2.4 2.4
2.4" TFT Arduino Touch Display Shield for Arduino ₹ 649.99 ₹ 999.00
This is the 2.4 inch touch screen for Arduino UNO and MEGA. It use 8-bit parallel bus, faster than serial SPI refresh , support 16-bit RGB 65K color display, display rich colors , easy to expand the experiment with SD card slot. Details: Supports development boards such as Arduino UNO and Mega2560 for plug-in use without wiring 320X240 resolution, clear display, support for touch function Support 16-bit RGB 65K color display, display rich colors 8-bit parallel bus, faster than serial SPI refresh On-board 5V/3.3V level shifting IC, compatible with 5V/3.3V operating voltage Easy to expand the experiment with SD card slot Provides an Arduino library with a rich sample program Military-grade process standards, long-term stable work Provide underlying driver technical support Specifications Display Color RGB 65K color SKU MAR2406 Screen Size  2.4(inch) Type TFT Driver IC ILI9341 Resolution 320*240 (Pixel) Module Interface 8-bit parallel interface Active Area  48.96*36.72(mm) Module PCB Size 72.20*52.7(mm) Operating Temperature -20℃~60℃ Storage Temperature -30℃~70℃ Operating Voltage 5V/3.3V Power Consumption TBD   Pin Layout: Number Pin Label Pin Description 1 LCD_RST LCD bus reset signal, low level reset 2 LCD_CS LCD bus chip select signal, low level enable 3 LCD_RS LCD bus command / data selection signal, low level: command, high level: data 4 LCD_WR LCD bus write signal 5 LCD_RD LCD bus read signal 6 GND Power ground 7 5V 5V power input 8 3V3 3.3V power input, this pin can be disconnected 9 LCD_D0 LCD 8-bit data Bit0 10 LCD_D1 LCD 8-bit data Bit1 11 LCD_D2 LCD 8-bit data Bit2 12 LCD_D3 LCD 8-bit data Bit3 13 LCD_D4 LCD 8-bit data Bit4 14 LCD_D5 LCD 8-bit data Bit5 15 LCD_D6 LCD 8-bit data Bit6 16 LCD_D7 LCD 8-bit data Bit7 17 SD_SS SD card SPI bus chip select signal, low level enable 18 SD_DI SD card SPI bus MOSI signal 19 SD_DO SD card SPI bus MISO signal 20 SD_SCK SD card SPI bus clock signal   Resources Datasheets Libraries Sample Code Tutorials  
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1x4 Key Matrix Membrane Keypad - ThinkRobotics.in 1x4 Key Matrix Membrane Keypad - ThinkRobotics.in
1x4 Key Matrix Membrane Keypad from ₹ 94.99 ₹ 229.00
Features: 1 * 4 Matrix Membrane Switch Circuit Breaker with FPC Circuit Single Chip Microcomputer Extended Keyboard Accurate and Professional Made, Stable Performance Pad Size: 68 * 20mm Total Length: 107mm DC 12V 1×4 Key Matrix Membrane Switch Keypad is a high-quality product at a very low cost for your application needs. This 4-button keypad provides a useful human interface component for microcontroller projects. Convenient adhesive backing provides a simple way to mount the keypad in a variety of applications. The Keypad 1×4 features a total of 4 buttons in Matrix form. This is a membrane keypad with no moving parts. A female 5-pin berg connector is required for interfacing it with your microcontroller circuits. Specifications Resources Sample Code Tutorial
-19% sale
3.5 3.5
3.5" TFT Arduino Touch Display Shield ₹ 1,219.99 ₹ 1,495.00
This is the 3.5 inch touch screen for Arduino UNO and MEGA. It use 8-bit parallel bus, faster than serial SPI refresh , support 16-bit RGB 65K color display, display rich colors , easy to expand the experiment with SD card slot. Feature : Supports development boards such as Arduino UNO and Mega2560 for plug-in use without wiring 480X320 resolution, clear display, support for touch function Support 16-bit RGB 65K color display, display rich colors 8-bit parallel bus, faster than serial SPI refresh On-board 5V/3.3V level shifting IC, compatible with 5V/3.3V operating voltage Easy to expand the experiment with SD card slot Provides an Arduino library with a rich sample program Provide underlying driver technical support Specifications Display Color : RGB 65K color Screen Size : 3.5(inch) Type : TFT Driver : ICILI9486 Resolution : 480*320 (Pixel) Module Interface : 8-bit parallel interface Active Area : 73.44*48.96(mm) Module PCB Size : 85.49*55.63(mm) Operating Temperature : -20℃~70℃ Storage Temperature : -40℃~70℃ Operating Voltage : 5V/3.3V Power Consumption : TBD Resources Sample Code Tutorials
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MAX7219 8X8 Dot Matrix LED Display Module MAX7219 8X8 Dot Matrix LED Display Module
MAX7219 8X8 Dot Matrix LED Display Module ₹ 129.99 ₹ 350.00
Features:    Single module can drive an 8 * 8 dot matrix common cathode Module Operating voltage: 5V Module dimensions: length 3.2 cm X 3.2 cm wide X 1.3 cm high Holes with four screws, diameter 3mm Modules with input and output interfaces, support for cascading multiple modules Wiring instructions: On the left block to an input port, an output port on the right When the control of a single module, simply enter the port received a CPU When more than 3 modules cascaded output input termination CPU, the input output termination module of the first two modules of the first one, the first two modules of the termination input terminal of the three modules, and so on Specifications Resources Datasheet Library Sample Code Tutorial
Sold out -65% sale
13.56Mhz RFID Proximity Smart UID Card Rewritable - ThinkRobotics.in 13.56Mhz RFID Proximity Smart UID Card Rewritable - ThinkRobotics.in
13.56Mhz RFID Proximity Smart UID Card ₹ 35.00 ₹ 99.00
Storage capacity: 8Kbit, 16 partitions, two passwords per partition Operating frequency: 13.56MHZ Communication speed: 106Kboud Reading and writing distance: 2.5-10CM Reading and writing time: 1-2MS Working temperature: -20 ° -85 ° Number of erase cycles:> 100000 times Data retention:> 10 years Packaging materials: PVC, PET, 0.13 coins Packaging technology: ultrasonic automatic line / automatic welding Production standards: ISO 14443, ISO 10536 Specifications Resources Datasheet
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WS2812B RGB Addressable LED Strip - IP67 Waterproof WS2812B RGB Addressable LED Strip - IP67 Waterproof
WS2812B RGB Addressable LED Strip - IP67 Waterproof from ₹ 649.99 ₹ 899.99
This is the waterproof version addressable RGB LED strips based on the new WS2812B LEDs which have built-in LED drivers and addressing. Each LED on this strip is individually addressable, which means that you can set a different colour for each of the 30 LEDs in a 1 meter strip. All you need is one pin on your microcontroller/Arduino/Teensy etc. to control an entire strip of LEDs. These strips are even daisy-chainable to each other so that you create a longer strip by daisy-chaining 1 m strips together.  These strips are fully compatible with the Adafruit Neopixel Libraries and these libraries can be used to control these from an Arduino. Similar libraries are also available for Teensy and other microcontrollers.  This version has clear plastic seal over the strips to make them waterproof with IP67 rating.   Features Individually addressable WS2812B RGB LEDs 30 LEDs/meter or 144 LEDs/meter 1, 2 or 5 meter strip Both sides are terminated with 3-pin, 100-mil connectors Waterproof, IP67 sealing Documents Datasheet (WS2812B) (pdf) Adafruit Neopixel Uberguide Adafruit Neopixel Libraries for Arduino (github)
1.3 1.3
1.3" OLED Display Module - 128X64 ₹ 539.99
Resolution: 128 pixels X 64 pixels Super wide viewing angle: more than 160 ° Ultra-low power consumption: normal display 0.08W (far below the TFT display) Wide supply range: DC 3V-5V (without any changes, directly compatible with common 3.3V and 5V power supply system) Industrial grade: Operating temperature range -30 degree~ 70 degree Dimensions: (length) 35.4MM * (W) 33.5MM * (thickness) 4.3MM Support for multiple operating modes: 3-wire SPI, 4 wire SPI, IIC With chip select CS signal, you can achieve multiple SPI or IIC device on the same bus work Compatible with 3.3V and 5V control chip I / O level OLED screen, internal drive chip: SH1106 (Operation and SSD1306 same) Pin Outs: 1.3" I2C OLED Pin 1 - GND  Pin 2 - VCC Pin 3 - SCL Pin 4 - SDA 1.3" SPI OLED Pin 1 - GND Pin 2 - VCC Pin 3 - CLK / SCL Pin 4 - MOSI / SDA Pin 5 - Reset (Reset Control Signal for OLED Display Module) Pin 6 - DC (Command / data selection control signal of OLED) Pin 7 - CS (Chip selection control signal of OLED)
-61% sale
16X02 LCD Display Module (I2C) - ThinkRobotics.in 16X02 LCD Display Module (I2C) - ThinkRobotics.in
1602 LCD Display Shield for Arduino with Push Buttons & Brightness Control ₹ 219.99 ₹ 550.00
One problem with using a typical LCD display is that you give up a lot of GPIO pins to talk to the LCD. Four pins are used to send data, two pins are used for write and clock signals, and another pin or three are used for the backlight for a total of ~6-9 total pins! With an integrated MCP23017 16-bit IO port expander you can add a full display capability to your project with only 2 pins of the I2C port. The 16×2 translates of a display 16 characters per line in 2 such lines. In this LCD each character is displayed in a 5 X 7 pixel matrix.   Package Includes: Brightness adjustable 16X2 LCD display with MCP23017 module and 5 button keypad Specifications Resources Datasheet Library Sample Code Tutorial  
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4*4 Matrix Keypad Keyboard Module - ThinkRobotics.in 4*4 Matrix Keypad Keyboard Module - ThinkRobotics.in
4*4 Matrix Keypad Keyboard Module ₹ 54.99 ₹ 149.95
The 4 x 4 matrix keypad usually is used as input in a project. It has 16 keys in total, which means the same input values. The 4 x 4 Matrix Keypad Module is a matrix non-encoded keypad consisting of 16 keys in parallel. The keys of each row and column are connected through the pins outside – pin R1-R4 as labeled beside control the rows, when L1-L4, the columns. A 4×4 matrix keypad consisting of microswitch buttons. The module has four holes 3mm (M3) holes for mounting. The pin designations on each PCB are shown on each PCB. Four pins are thus used as an ‘x’ coordinate and the other 4 as a ‘y’ coordinate.The module is already equipped with soldered pin headers (rotated 90 degrees). First test whether any key is pressed down. Connect power to rows, so they are High level. Then set all the rows R1-R4 as Low and then detect the status of the columns. Any column of Low indicates there is key pressing and that the key is among the 4 keys of the column. If all columns are High, it means no key is pressed down. Next, locate the key. Since the column in which the pressed key lies is identified, knowing the line would finalize the testing. Thus, set the rows as Low in turns until any is unveiled accordingly – other rows will still be High.Now the row can be identified. Detect the status of each column in turns. The column tested Low is the one intersecting with the line – their cross point is just the key pressed. Specifications Resources Datasheet Library  Sample Code  
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12V 5050 LED Strips - Waterproof - 1m / 5m 12V 5050 LED Strips - Waterproof - 1m / 5m
12V 5050 LED Strips - Waterproof - 1m / 5m from ₹ 589.99 ₹ 999.00
Product Features LED strip is a low voltage flexible ribbon available in 12V Flexible & easy installation Exceptionally low power consumption Multiple visual effects in unending colours and shades Available in different color range from Warm White to RGB IP20 and IP65 Rating options 1 or 1.5 meter rigid bar options available Applications Ideal for illuminating Borders, Edges, Cabinets, Bars and any area with limited space for installation Specifications LED Chip: 5050 SMD Lifespan > 20,000 hours Current: 0.8 A Power Rating: 9.6W Voltage: DC 12V Luminous flux/m: 1000 lumens LED Quantity: 60 LEDs per meter Cut Points: Copper pads spaced every 3 LEDs. Cut only on the given cut line between the copper dots. Starting Time 100% ON: 0.001 sec. On/Off cycles: 15,000
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OLED Display Module 0.95 inch 7pin Full Color - ThinkRobotics.in OLED Display Module 0.95 inch 7pin Full Color - ThinkRobotics.in
OLED Display Module 0.95 inch 7pin Full Color ₹ 819.99 ₹ 1,045.00
Features: Item name: 0.95 inch SPI OLED Display Resolution:96*64 Color: 65536 Colors  Driver IC:SSD1331  Definition of SPI Connector:  GND-Gound  VCC-Positive Voltage  SCL-Clock Line  SDA-Data Line  RES-Reset  DC-Data/Demand  CS-Chip Select  Specifications Resources Datasheet Library Sample Code Tutorial
Sold out -39% sale
TM1638 8-Bit LED Digit Tube Display Module 16 Keys Keyboard - ThinkRobotics.in TM1638 8-Bit LED Digit Tube Display Module 16 Keys Keyboard - ThinkRobotics.in
TM1638 8-Bit LED Digit Tube Display Module 16 Keys Keyboard ₹ 279.99 ₹ 455.00
Function: Only need 3-wire control. Adapts TM1638 digital tube drive chip. Common anode LED digital tube. Only need three common IO and could drive, no need MCU scan, save MCU sources. With 8 digital tube (including decimal point). 2*8 16 buttons. Support 8 degree brightness adjustment. For the wiring connect VCC GND to a 5V supply and connect STB CLK DIO to the microcontroller IO ports. Scanning display and key scan don't need microcontroller intervention, only need to register to display data related to reading and writing or testing buttons, save MCU resources. Specifications Resources Library Sample Code Tutorial  
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NE555 Driver Water Powered Board Circuit Water Flowing Light Indicator NE555 Driver Water Powered Board Circuit Water Flowing Light Indicator
NE555 Driver Water Powered Board Circuit Water Flowing Light Indicator from ₹ 119.99 ₹ 225.00
NE555 + CD4017 Water Flowing Light LED Module DIY Kit comes with all the components you need to assemble and solder a running LED module. It has a double-sided board with surface mount and through-hole configuration. It is designed for users with advanced soldering skills. You must solder some components on the top surface and some components on the bottom side of the board. The module has a very simple assembly process will take anywhere between 30 minutes to an hour.  This package is mainly decimal counter circuit and circuit generated by the clock , from the core of the self-excited NE555 multivibrator power through R2, R3, R4 charge the capacitor C1, C1 started when charging , NE555 2 feet still in low, so the output pin 3 goes high when power through R2, R3, R4 to charge C1 to 2/3 of the supply voltage , the output pin 3 level from high to low , NE555 conducting internal discharge , capacitor C1 through R4, R3, NE555 7 feet discharge until the voltage across C1 is less than 1 /3 of the supply voltage , NE555 and 3 feet level from low to high . C1 and charge again this cycle oscillations formed . Charging time : 0.695 (R2 + R3 + R4) C1, discharge time : 0.695 (R4 + R3) C1, R4 can be adjusted to control the output frequency of the oscillator , the oscillation clock signal is applied continuously NE555 CD4017 14 feet , the output terminal 10 is connected with the CD4017 10 LED, when the output terminal 10 turns CD4017 generated clock signal is applied at a high level , the D1 - D10 are sequentially lit to form a water -light effect . You can adjust the flow rate adjustment R4 LED lights. Board size. 53mm*19mm Supply Voltage :2.5 - 14 .5 V Specifications Resources Datasheet Tutorial
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Playstation 2 PS2 Wireless Joystick Remote Controller for Arduino Robotics Projects Playstation 2 PS2 Wireless Joystick Remote Controller for Arduino Robotics Projects
Playstation 2 PS2 Wireless Joystick Remote Controller for Arduino Robotics Projects ₹ 979.99 ₹ 1,399.99
Sony PS2 game controllers have 12 analog keys sensitive to pressure, (4 keys for direction, 4 operation keys, Cross, Triangle, Circle, and Square, L1, L2, R1, and R2) and 5 digital keys (MODE, START, SELECT, R3, L3) and 2 analog joysticks. There are 2 motors inside controllers that can make vibration because of their imbalance. The wireless controller works with 2, 4GHz frequency and it has a range of 10 meters. It also has an optical indicator for sending and receiving data. This controller needs only 3 AAA batteries for power (in some cases it needs just 2 AAA batteries). Where you can use a PS2 controller: Controlling wheeled robots and remote control cars Controlling robotics arms Controlling a camera Controlling flying robots PS2 Receiver has the following pins: Data: master line for sending data to slave (MOSI) Command: slave line for sending data to master (MISO) Vibration: vibration motors supply; 7.2 volts to 9 volts Ground: circuits ground VCC: circuits supply; 3.3 volts Attention: CS or Chip Select pin for calling slave and preparing the connection Clock: equivalent to SCK pin for clock No Connection: useless Acknowledge: acknowledge signal from the controller to PS2 receiver  
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2.13 inch E-Ink e-Paper Display for Arduino / Raspberry Pi 2.13 inch E-Ink e-Paper Display for Arduino / Raspberry Pi
2.13 inch E-Ink e-Paper Display for Arduino / Raspberry Pi ₹ 1,829.00 ₹ 2,199.99
The electronic ink screen uses the "microcapsule electrophoresis display" technology for image display. Its working principle is that the charged nanoparticles suspended in the liquid undergo the action of an electric field to migrate, and reflect under ambient light to form a display effect close to that of traditional printing paper. The electronic ink screen can clearly display the picture without backlight, and the viewing angle is almost 180°. Specifications MH-ET Live: Waveshare 3 color display equivalent Electronic Paper Module for Arduino / Raspberry Pi Low Power Consumption Wide Viewing Angle Three Color Display 3 Wire and 4 Wire SPI Communication 212 X 104 resolution Size: 48.55mm X 23.71mm Operating voltage: 3.3V / 5V Resources Tutorial Can be Found Here

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