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AC/DC High Precision Small Voltage Signal Amplifier Module
US$13.13
This device uses an AD620 as an amplifier that is capable of amplifying small voltage signal (e.g. µV) AC or DC. By adjusting the on-board potentiometer, the magnification can be adjusted to go as high as up to 1000 times. This module has a low voltage offset, great linearity, and also, an adjustable zero potentiometer to improve its accuracy.
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BB-PAM8403-V Mini Dual-Channel Audio Amplifier
US$5.53
This mini audio amplifier features the PM8403 amplifier chip integrated onboard. It can take signal from a 3.5mm headphone jack and output to two speakers. The audio signal input and output is stereo capable meaning that you get left and right channel that are separate. Use the wheel potentiometer onboard to adjust the volume of the output.
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PI-LCD-84X48 84x48 LCD Display Breakout-Board for Raspberry Pi
US$18.94
This is a 1.6 inch 84x48 pixels LCD matrix module that can be mounted directly on the GPIO pins of the Raspberry Pi Zero/1/2/3 Model B and programmed by it.  Specifications:  1.6 inch, 84 x 48 pixels matrix LCD. ON/OFF switch for backlight. Product Weight: 25 g. Module Dimensions: 23 x 62 x 5 mm (L x W x D).
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MOD-TXS0102 2-bit Bi-directional Voltage Level Converter I2C Level module
US$6.92
This two-bit non-inverting translator is a bidirectional voltage-level translator and can be used to establish digital switching compatibility between mixed-voltage systems. It uses two separate configurable power-supply rails, with the A ports supporting operating voltages from 1.65 to 3.6 VDC while it tracks the VCCA supply and the B ports supporting operating voltages from 2.3 to 5.5 VDC while it tracks the VCCB supply. This allows the support of both lower and higher logic signal levels while providing bidirectional translation capabilities between any of the 1.8 V, 2.5 V, 3.3 V, and 5 V voltage nodes.
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BB-SW1 ON/OFF Latching Pushbutton Breakout-Board
US$1.53
This miniature latching pushbutton is a ON/OFF switch that can be mounted and soldered on the included breakout-board (which is breadboard compatible). The two holes on the sides allow for mounting the breakout-board using M3 screws. The way the locking mechanism works is that once the button is pressed it locks and stays in the locked position. Pressing the button once again will unlock the mechanism and release the button.
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MOD-AD9833 AD9833 - Programmable Waveform Generator breakout board for Arduino
US$15.32
The AD9833 is a low power, programmable waveform generator capable of producing sine, triangular, and square waveform outputs. Simply connect the device using SPI wiring on the Uno or any microcontroller that supports SPI and program the device to store the waveform coordinates to be displayed on a TFT LCD purchased separately.
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ARD-NANO-B1 D.I.Y Arduino Nano Breakout Board
US$4.61
This is a diy Arduino Nano breakout board. The package includes 2x15-pin female headers, which allows you to connect your Arduino Nano onto this breakout board. This kit also comes with 10x3-pin screw terminal blocks which allow you to connect 22-18 AWG wires (10A max). An Arduino Nano is required for this kit.
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ARD-FTDI-5V3IO FTDI Cable with 5V power and 3.3V logic
US$12.76
This is a special FTDI cable, usually you can get either 5v or 3.3v based on the FT232R chip. This means that the data and power cable is only 5v or 3.3vdc. This product offers the red and black cable to provide 5VDC and the data lines white, green, yellow and blue run on 3.3vdc.  This cable is excellent for running your raspberry pi that requires 5vdc to power on and 3.3vdc for logic pins.
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BB-24C256 256KB I2C EEPROM for 5V microcontrollers
US$3.07
This product is an excellent choice for those who don’t have enough memory space for their microcontroller based projects. An EEPROM acts like a memory card where you can save data onto the device up to 256KB and it will retain that information even when power is lost! Simply connect four wires to get this device up and running by I2C protocol. It is recommended to run the Arduino i2C scanner to code to find the address of this device. You can attach more EEPROM and address them for more memory.
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MOD-74HC595 Two Seven Segment Display Breakout Board
US$4.54
This is a simple board with two Seven Segment Display soldered onto the board and some through holes for soldering pins. This board has two shift registers, SM74HC595D to drive each seven segment display reducing the amount of wiring you need to have the displays functional. The only wiring you need to do is supply 5v, GND, SDI to pin 8 on Arduino, SCLK to pin 10 and LOAD to pin 9 on Arduino. You can also daisy chain These displays by connecting P2 to the new board P1.
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STM32F030F4P6 Cortex-M0 From STLINK (STM32F030F4P6) Development Board
US$9.05
This board is a STM32F030F4P6 Development Board also known as the Cortex-M0. It is a ARM 32-bit Cortex-M0 CPU with a frequency up to 48 MHz and features a high-speed embedded memory. As a minimal ready-to-run system, this board has a Micro USB power supply interface, ISP/SWD programming/debugging interface, boot mode selection and etc., It also comes with some headers and requires some soldering to get them inserted on.
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WEMOS-POWER Power Shield for WeMos D1 Mini
US$7.69
The WeMos D1 Mini is based on the ESP8266 microcontroller with WiFi. This shield gives the WeMos D1 Mini the ability to accept power from 7 to 14Vdc via a 2.1mm DC jack or screw terminals that requires soldering. This board is excellent to run you WeMos mini without the need of a USB cable and supply currents up to 1Amp.
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WEMOS-OLED WeMos OLED Development Board
US$30.72
This is a simple microcontroller designed around the ESP8266 chip. This board also comes with a 0.96 inch OLED display, a pushbutton a battery holder for 18650 battery. Use this device as slave and communicate from your mobile device to activate relays, read values or any other ideas you may have from ~10 meters. It comes with a 10-bit Analog to Digital Converter, wireless channel is around 2.4Ghz and supports WPA/WPA2 encryption under wifi protocols b/g/n its' operating voltage is 3.0 ~ 3.6V and has 4 MB of Flash storage. Great component for industrial applications, home automation, beacon tracker, etc,. Supports Arduino IDE!
Delivery within 2-3 weeks
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WAVE-342 FT245 EVAL BOARD
US$22.25
The FT245 EVAL BOARD provides a high-performance cost-effective solution for USB TO 8-BIT FIFO. It is based on the FT245RL chip and will hopefully allow to try out the full potential of the FT245 device before using it in your prototype. The FT245RL is a USB to parallel FIFO interface device which simplifies USB to FIFO designs and reduces external component count by fully integrating an external EEPROM, USB termination resistors and an integrated clock circuit which requires no external crystal, into the device. It has been designed to operate efficiently with a USB host controller by using as little as possible of the total USB bandwidth available.
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WAVE-4655 FT245 USB FIFO Board (type A)
US$15.39
The FT245 USB FIFO Board (type A) is an accessory board that provides a USB to parallel FIFO interface, with FT245 chip onboard, also features USB Type A connector, and control interface (8 data pins & 6 control pins). The FT245 USB FIFO Board (type A) is ideal for establishing communication between MCU and PC. There is also a jumper used for selecting VCC output level provided on the board.
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94 - 108