+ All Categories
Home > Documents > Electronics Trading 2

Electronics Trading 2

Date post: 06-Dec-2021
Category:
Upload: others
View: 2 times
Download: 0 times
Share this document with a friend
1
www.ekt 2 .com Electronics Katrangi Trading Serial EEPROM board EEPROM from 24C02 to 24C08. LED for indicating power supply presence. Easy to connect. Examples ready to use. D escription: Serial EEPROM's come in a range of capacities from a few bytes to over 128 kilobytes and are typically used to store configuration parameters, and in modern microcontrollers they replace the hitherto nonvolatile memory. For example, in personal computers these chips are used to store the BIOS code and related system settings. Unlike EPROM's, EEPROM's can be programmed and erased electrically. This is the main advantage. EEPROM's are still limited in that repeated write and erase cycles eventually damage the thin insulating layer. Some early EEPROMs could only perform about 1000 erase-write cycles. Write data to EEPROM. Read data to EEPROM. Read data from EEPROM and send via USART. Read data from USART and write it to EEPROM. Read data from EEPROM and write it to LCD Read data from EEPROM and write it to LED’s. Write ADC result into EEPROM. Read data from EEPROM and write it to 7 seg. Made in EU
Transcript

w w w . e k t 2 . c o mElectronics Katrangi Trading

Serial EEPROM board

EEPROM from 24C02 to 24C08.

LED for indicating power supply presence.

Easy to connect.

Examples ready to use.

Description:

Serial EEPROM's come in a range of capacities from a few bytes to over 128 kilobytes and are typically used to store configuration parameters, and in modern microcontrollers they replace the hitherto nonvolatile memory. For example, in personal computers these chips are used to store the BIOS code and related system settings. Unlike EPROM's, EEPROM's can be programmed and erased electrically. This is the main advantage. EEPROM's are still limited in that repeated write and erase cycles eventually damage the thin insulating layer. Some early EEPROMs could only perform about 1000 erase-write cycles.

Write data to EEPROM.

Read data to EEPROM.

Read data from EEPROM and send via USART.

Read data from USART and write it to EEPROM.

Read data from EEPROM and write it to LCD

Read data from EEPROM and write it to LED’s.

Write ADC result into EEPROM.

Read data from EEPROM and write it to 7 seg.

Made in EU

Recommended