The product is available in our warehouse. You can place the order and you will receive it according to the shipping method.
On Demand products are items that we bring to our customers through an order.
So place a normal order and we will ask for them to our suppliers, and will ship to you in just one shipment to save costs. The period may vary from 1 to 3 weeks. When the order is complete, we will ship it to you!.
Currently, there is no stock, but we will receive it soon. You can buy it and we will ship the order as soon as it comes back available (normally from 1 to 3 weeks).
Orders that include an On Demand or Back Order item will be shipped when they are available again in one shipment. This means the order will take from 1 to 3 weeks to be shipped once the order is placed You will be notified when adding a backorder product in the cart. If you want to receive first the items in-stock, please, place two different orders separating the in-stock and On Demand or Back Order items.
This product is only available for search (tutorials, schematics...). They can not be purchased.
EC041949
New
Warning: Last items in stock!
Availability date: 0000-00-00
EEPROM Shield With 512K
Recipient :
* Required fields
or Cancel
If you need to do some data storage in Arduino, then using the EEPROM is probably the most simple practices. In actual,Arduino used ATmega chip itself has certain EEPROM memory, but only limited number. We design the external EEPROM memory module which use I2C bus line to connect with Arduino, and with pluggable chip, insert in this series, so it will easy to expand capacity, basically just need to insert a bigger capacity of EEPROM chip.
The storage module is based on EEPROM chips of AT24C series, 512K bit capacity, that's 64k bytes. The EEPROM module communicate with Arduino through the I2C interface.It will be better to use with Arduino-Sensor-Shield-V4.0 and the Arduino-I2C-COM-Cable.
The storage module is based on AT24C series of EEPROM chips, which the I2C base address is 0×50, and the last three addresses can be set according to need.
So we should set the last three address when we firstly use, it is through the A2, A1 and A0 of the four position DIP switch. Dial the DIP switch to up,the corresponding is 1; Dial the DIP switch to down,the corresponding is 0. Namely,if move the A2, A0, A1 to up, the corresponding address is 0×57, But if move the A2, A0, A1 to down, the corresponding address is 0×50.
If you are using Arduino sensor shield V4 board, pay attention to that the position of IIC/COM jump line should be set up to the IIC side, because we need to use the I2C connection mode.
This module can be used with Arduino Special Sensor Shield V4.0.
You can do some simple design about it,it support“plug and play”.
CORZOTECH - EASY LIFE FOR INTERACTION