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SPI BUS EEPROM - BR25G128F-3BR25G128F-3은 128Kbit SPI BUS 인터페이스 시리얼 EEPROM입니다.
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* 본 제품은 STANDARD GRADE 제품입니다. 이 제품은 차재 기기의 사용을 권장하지 않습니다. |
사양 :
Grade | Standard |
I/F | SPI BUS |
Density [bit] | 128K |
Bit Format [Word x Bit] | 16K x 8 |
Package | SOP8 |
Operating Temperature (Min.)[°C] | -40 |
Operating Temperature (Max.)[°C] | 85 |
Vcc(Min.)[V] | 1.6 |
Vcc(Max.)[V] | 5.5 |
Circuit Current (Max.)[mA] | 8.0 |
Standby Current (Max.)[μA] | 2.0 |
Write Cycle (Max.)[ms] | 5.0 |
Input Frequency (Max.)[Hz] | 20M |
Endurance (Max.)[Cycle] | 106 |
Data Retention (Max.)[Year] | 100 |
특징 :
- · High Speed Clock Action up to 20MHz (Max)
· Wait Function by HOLDB Terminal
· Part or Whole of Memory Arrays Settable as Read only Memory Area by Program
· 1.6V to 5.5V Single Power Source Operation Most Suitable for Battery Use.
· Up to 64 Bytes in Page Write Mode.
· For SPI Bus Interface (CPOL, CPHA) = (0, 0), (1, 1)
· Self-timed Programming Cycle
· Low Current Consumption
·At Write Action (5V) : 0.5mA (Typ)
·At Read Action (5V) : 2.0mA (Typ)
·At Standby Action (5V) : 0.1µA (Typ)
· Address Auto Increment Function at Read Action
· Prevention of Write Mistake
·Write Prohibition at Power On
·Write Prohibition by Command Code (WRDI)
·Write Prohibition by WPB Pin
·Write Prohibition Block Setting by Status Registers (BP1, BP0)
·Prevention of Write Mistake at Low Voltage
· More than 100 years Data Retention.
· More than 1 Million Write Cycles.
· Bit Format 16K×8
· Initial Delivery Data
·Memory Array: FFh
·Status Register: WPEN, BP1, BP0 : 0
관련 상품
관련 신제품 / 갱신 제품메모리
형명 | 제품 이름 | 패키지 | Datasheet | 유통 재고 |
---|---|---|---|---|
BR25G256F-3 | SPI BUS EEPROM | SOP8 | 구입 | |
BR25G256FJ-3 | SPI BUS EEPROM | SOP-J8 | 구입 | |
BR25G256FVT-3 | SPI BUS EEPROM | TSSOP-B8 | 구입 | |
BR25G128FJ-3 | SPI BUS EEPROM | SOP-J8 | 문의 | |
BR25G128FVT-3 | SPI BUS EEPROM | TSSOP-B8 | 문의 | |
BR25G128FVM-3 | SPI BUS EEPROM | MSOP8 | 문의 |
New Products:
기술 정보
Thermal Resistance
The definition and how to use thermal resistance and thermal characterization parameter of packages for ROHM’s integrated circuit are described in this application note.
Part Explanation
For ICs