IS61VPS204836B-200TQLI-TR

The IS61VPS204836B-200TQLI-TR is a SRAM device from Integrated Silicon Solution, Inc (ISSI). It is an asynchronous, low power static random access memory that provides fast access times, low power requirement and a small packaging footprint for a variety of applications. This memory is available in the industry-standard SOIC, TSOP, and BGA package.

The IS61VPS204836B-200TQLI-TR has 32 pins (x8) and offers 36 megabyte of memory space. This device allows for fast access times of 8 nanoseconds typical and 16 nanoseconds maximum with a maximum operating frequency of 30 MHz. The device operates on a single 3.3V supply and is designed to consume low power to make it an ideal choice for handheld and battery powered applications.

The device is well-suited for various applications in the industrial, medical, and computing industries such as graphics and image display, medical diagnostic imaging, automotive applications, embedded system design and signal processing. Its combination of low power consumption and fast access times makes it an ideal solution for these applications.

The IS61VPS204836B-200TQLI-TR utilizes static RAM technology which means that the memory content is preserved after power off. This is why it is termed “static.” The device operates on the principle of voltage and is constructed of an array of capacitors and transistors which are arranged in an array. The device then operates in two distinct modes- read and write. During read operations, the content of the memory is accessed and retrieved while write operations require an additional process which is used to set the content of the memory. Since the device contains a large amount of information, it allows for multiple simultaneous read and write operations.

The IS61VPS204836B-200TQLI-TR is well-suited for applications which require both high speed access and low power consumption. With its combination of fast access times, low power consumption, and small package size, it makes an ideal choice for a variety of applications in the industrial, medical, and computing fields.