LE24CBK23MC Datasheet, PDF (1/21 Pages) Sanyo Semicon Device – Dual port EEPROM Two Wire Serial Interface(2K+2K EEPROM)

Ordering number: ENA2069
LE24CBK23MC
CMOS IC
Dual port EEPROM
Two Wire Serial Interface
(2K+2K EEPROM)
http://onsemi.com
Overview
The dual port EEPROM series consists of two independent banks, and each bank can be controlled separately using
dedicated control pins. The two banks can each be controlled separately, but share the internal power supply system.
In addition, this product uses a 2-wire serial interface, and is the optimal device for realizing substantial reductions in
system cost and mounting area, as well as low power consumption.
This product also incorporates a combine mode that allows the two-bank configuration (2K bits + 2K bits) to be used
as a pseudo-one-bank configuration (4K bits) by setting the COBM# pin to the low level. Together with the 16-byte
page write function, this enables a reduction in the number of factory write processes.
This product incorporates high performance CMOS EEPROM technology and realizes high-speed operation and
high-level reliability. The interface of this product is compatible with the I²C bus protocol, making it ideal as a
nonvolatile memory for small-scale parameter storage.
In addition, this product also supports DDC2^TM, so it can also be used as an EDID data storage memory for display
equipment.
Functions
• Capacity
: 2K bits (256 × 8 bits) + 2K bits (256 × 8 bits): 4k bits in total
• Bank configuration
: 2-Bank (2k-bit + 2k-bit)
• Single supply voltage
• Interface
: 2.5V to 5.5V
: Two wire serial interface (I²C Bus*), VESA DDC2^TM compliant**
• Operating clock frequency : 400kHz (max)
• Low power consumption : Standby: 5μA (max)
: One-bank read: 0.8 mA (max.)
• Automatic page write mode : 16 bytes
• Read mode
• Erase/Write cycles
: Sequential read and random read
: 10⁶ cycles
• Data Retention
: 20 years
• Default data
: FFh(All address)
• High reliability
: Adopts proprietary symmetric memory array configuration
(USP6947325)
Noise filters connected to SCL1, SDA1, SCL2 and SDA2 pins
Incorporates a feature to prohibit write operations under low voltage conditions.
* : I²C Bus is a trademark of Philips Corporation.
** : DDC and EDID are trademarks of Video Electronics Standard Association (VESA).
* This product is licensed from Silicon Storage Technology, Inc. (USA).
Semiconductor Components Industries, LLC, 2013
July, 2013
62012 SY 20120111-S00002 No.A2069-1/21