STK14D88-NF35

Memory is the core of any computer system. It stores data until the information can be transferred from the processor and into a device’s circuitry. The STK14D88-NF35 is a type of static random access memory (SRAM) that is mainly used in mobile and embedded devices. One of the major benefits of SRAM over dynamic random access memory (DRAM) is its low power consumption, which makes it suitable for battery-powered portable systems, such as mobile phones.

The STK14D88-NF35 is a 8M bits 256K word x 32-bit SRAM memory device, manufactured with Toshiba\'s advanced CMOS process. The device is organized as 256K words by 32 bits, and constructed using four arrays of 1M bit x 4-bit. The device offers access times of 55ns and is capable of operating at clock rates of 200 MHz.

The STK14D88-NF35 operates from a single 2.7V to 3.6V supply voltage, and supports a write enable (WE), write disable (WE#) and internal write protect (WP) control. In addition, the device also offers an additional power down mode control (PD#), which allows the device to be powered down to reduce current consumption.

The STK14D88-NF35 offers a wide range of features essential for high performance mobile and embedded applications. The device offers fast access times, low current consumption and low standby current. These features make it ideal for applications such as mobile phones, PDAs and digital cameras.

The STK14D88-NF35 works by transferring information from the memory to the processor in a certain sequence. This sequence depends on the instructions provided by the programmer to the processor. Once the instructions are received, the processor will access the memory to read and write data in that specific sequence. This process is known as a memory access sequence. During memory access, the STK14D88-NF35 will output data in the appropriate format, so that the processor can perform the required operations on that data.

The STK14D88-NF35 is a very efficient memory device that requires minimal current to operate. It is also capable of high speed operations and can operate at clock speeds of up to 200 MHz. This is an ideal memory device for applications that require high speed and low power, such as mobile and embedded devices.

Overall, the STK14D88-NF35 is an excellent choice for high performance mobile and embedded applications that require low power consumption, fast access times, and reliable operation. It is a high performance memory device capable of operating at speeds up to 200 MHz, with low power consumption and high reliability.