27LV256

  

Datasheet

Match, Like 27LV256
Start with 27LV256* 27LV256-*
End N/A
Included *T27LV256*

View Details

27LV256 [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-20L [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-25P [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-30P [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-25L [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-30L [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-20P [256K (32K x 8) Low-Voltage CMOS EPROM ]

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

Microchip
Microchip Technology

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

View
27LV256-30P [64K (8K x 8) Low-Voltage CMOS EPROM ] Microchip
Microchip Technology

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

View
27LV256-25L [64K (8K x 8) Low-Voltage CMOS EPROM ] Microchip
Microchip Technology

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

View
27LV256-30L [64K (8K x 8) Low-Voltage CMOS EPROM ] Microchip
Microchip Technology

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

View
>
1 2 3 4 5 6 7 8 9 10

HOME




Language : 한국어   日本語   русский   简体中文   español
@ 2015 - 2018  [ Home ][ Privacy Policy ] [ Request Datasheet ] [ Contact Us ]