SST39LF010-55-4I-WHE Datasheet/PDFSST39LF010-55-4I-WHE Application Field and Working Principle
SST39LF010-55-4I-WHE is a Flash Memory product offered by Silicon Storage Technology (SST). It is an ideal solution for applications requiring embedded nonvolatile memory.
The SST39LF010-55-4I-WHE Flash Memory is a 1 Megabit (128K x 8 bits) CMOS Flash memory configured with 8 pins. The Flash memory is organized into eight 16K by 8 bit sectors. The erase/write times are very long, which means that the SST39LF010-55-4I-WHE can store information for years without the need to replace memory cells. This makes it perfect for applications that require data storage for extended periods of time.
The SST39LF010-55-4I-WHE can be used in a wide range of embedded applications that require a nonvolatile memory technology. These include BIOS applications, medical equipment, automotive systems, industrial control, digital audio and industrial instrumentation. As the Flash memory is housed in a 8-pin package, it can easily be integrated into a printed circuit board. The device offers a fail-safe power supply and an internal erase/write algorithm for fast, easy program operation.
The SST39LF010-55-4I-WHE is based on a Silicon-Gate CMOS Process technology, allowing for high performance and a low power consumption. It is divided into two half-blocks and is erased to 0xFF across all address pins. The memory device is operated on a single +3.3 Volt power supply and allows for two different block protection and write-protection schemas. It has a high endurance of 1000 cycles with a maximum of 100 erases per hour. The SST39LF010-55-4I-WHE also features a Write-Status Trigger Control which allows the embedded system to check write status. This makes the device suitable for applications where processor access is limited.
The SST39LF010-55-4I-WHE Flash Memory is an ideal solution for embedded system applications requiring nonvolatile memory. Its low power consumption and high endurance make it an ideal memory solution for a variety of applications. It can easily be integrated into existing systems and is extremely reliable and can withstand a wide range of environmental conditions.