Polymer Lithium Ion Battery 1S 40mAh

Lithium Polymer rechargeable cell with a Protection circuit. Compatible with ODROID-C0

MYIR MYC-JA5D44 is a single-board computer in the form of a card with SO-DIMM 200-pin connector. The SAMA5D44 processor from Atmel, based on Cortex-A5 cores, has been equipped. It can work with a maximum frequency of 600 MHz. It has 512 MB of DDR2 SDRAM, 512 MB of NAND Flash memory. GPIO ports, interfaces have been derived on the SO-DIMM 200-pin connector.

MYIR MYC-C7Z020 is a single board computer module based on the MYC-C7Z020 chip. This system consists of a dual-core processor based on the Cortex-A9 core (667 MHz) and the Artix-7 FPGA chip. The board has 1 GB of DDR3 SDRAM, 4 GB of eMMC memory and 32 MB of QSPI Flash memory. The board is equipped with numerous peripherals, the outputs of which have been led out on two 140-pin connectors.

The Arduino UNO WiFi board is based on the ATmega328 and it has an integrated ESP8266 WiFi Module. If you are starting out with Arduino, or starting with IoT, this is the board to get. A000133

Printed circuit board with programmed layout for a dual-function acoustic switch. AVT3144 A +

Programmed layout for a dual-function acoustic switch. AVT3144 UK

A set for self-assembly of a dual-function sound switch. AVT3144 B

Printed circuit board and programmed clock system with a 20mm display set by means of GPS. AVT5522 / 1 A +

AVT kit for self-assembly of an accurate clock with a 20mm display set by means of GPS. AVT5522 / 1 B

Assembled, accurate clock with 20mm display set by means of GPS. AVT5522 / 1 C

Printed circuit board and programmed clock system with a 55mm display set by means of GPS. AVT5522 / 2 A +

AVT set for self-assembly of the clock with a 55mm display set by means of GPS. AVT552 / 2 B

Assembled clock with 55mm display set by means of GPS. AVT5522 / 2 C

A set of PCB boards and a programmed layout for building a simple led clock. AVT3132 A +

AVT kit for self-assembly of a simple LED clock with a blue display. AVT3132 B