STK11C68-SF35TR

The STK11C68-SF35TR is an integrated Static Random Access Memory (SRAM) chip that is suitable for many industrial applications. The chip contains 8192 8-bit-wide words of non-volatile memory that is organized into 256 pages of 32 bytes each. The contents of the memory can be accessed in two ways. For random access, the chiputilizes a multiplexed address and data bus that allows simultaneous access to multiple words or registers. For sequential access, the chip has an incrementing access address register, which can be incremented after each access.

The STK11C68-SF35TR is notable for its low power consumption, which makes it suitable for use in battery powered applications. The chip consumes only 5 uA of sleep current and 500nA of active current during stand-by mode, making it an ideal choice for systems with limited power sources, such as portable electronic devices. The chip also has a built-in temperature sensor and activity detection circuitry, which makes it useful for applications that require the chip to be able to detect its operating environment.

In addition to the features mentioned above, the STK11C68-SF35TR has several other features that make it attractive for industrial applications. The chip has an internal power supply regulator that allows it to operate in locations with unreliable power sources. The chip also supports high frequency operation; the chip is capable of operation up to 25 MHz. The chip also supports read and write cycles with different timing parameters, allowing for flexible timing configurations that can be tailored for specific applications. Finally, the chip also supports parity and error correction, which provides robust data security.

The STK11C68-SF35TR is a versatile memory chip that can be used in a variety of industrial applications. Its low power consumption and temperature sensor make it suitable for battery powered devices, while its support for high frequency operations and flexible timing configurations make it ideal for a variety of industrial applications. Its built-in parity and error correction circuitry provide added data security, making it a reliable choice for use in mission-critical systems.