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27LV256

  

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Microchip
Microchip Technology
27LV256 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 27LV256-25IP 
Microchip
Microchip Technology
27LV256-20P 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-30P 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-25P 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 27LV256-25IP 
Microchip
Microchip Technology
27LV256-20L 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-30L 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-25L 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 27LV256-25IP 
Microchip
Microchip Technology
27LV256-30IP 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-25IP 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 
Microchip
Microchip Technology
27LV256-20IP 256K (32K x 8) Low-Voltage CMOS EPROM

DESCRIPTION
The Microchip Technology Inc. 27LV256 is a low voltage (3.0 volt) CMOS EPROM designed for battery powered applications. The device is organized as a 32K x 8 (32K-Byte) non-volatile memory product. The 27LV256 consumes only 8 mA maximum of active current during a 3.0 volt read operation therefore improving battery performance. This device is designed for very low voltage applications where conventional 5.0 volt only EPROMS can not be used. Accessing individual bytes from an


other parts : 27LV256 27LV256-25L 27LV256-25P 27LV256-25SO 27LV256-25VS 27LV256-25/L 27LV256-25/P 27LV256-25/SO 27LV256-25/VS 27LV256-25IL 

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