CY7C1041BNL-20VXC

Modern technology is making it possible for computing to do so much more faster and efficiently than ever before. The advent of the internet, mobile devices and cloud computing have revolutionized the way we interact and consume data. The storage of data is equally important and efficient memory components are essential in delivering this high performance capability.

The CY7C1041BNL-20VXC is a high-performance 8K x 8-bit Static Random Access Memory (SRAM) device, designed to provide cost-effective memory solutions for embedded systems. The CY7C1041BNL-20VXC is a low power device that operates between 1.8 and 3.6V and offers fast access times, low latency and low jitter.

CY7C1041BNL-20VXC Application Field

The CY7C1041BNL-20VXC is used in a wide range of applications that require fast and reliable data storage, including automotive systems, industrial control systems and consumer electronics. The device’s advanced architecture and low power operation make it particularly suited to applications that require fast access times and low latency, such as digital signal processing, image processing and real-time systems.

The CY7C1041BNL-20VXC also features an asynchronous interface that allows the device to interface with a range of external systems, such as Flash memories and microcontrollers. The device’s built-in low power mode reduces power consumption and extends battery life, making it ideal for embedded systems that require long periods of operation or have limited power sources.

CY7C1041BNL-20VXC Working Principle

The CY7C1041BNL-20VXC is an 8K x 8-bit Static Random Access Memory (SRAM) device. The device consists of 8K x 8-bit memory cells that are arranged in a matrix. Each memory cell consists of a pair of access transistors, which are used to store a single 8-bit data value. The transistors are arranged so that each memory cell can be addressed individually when data is written or read.

The CY7C1041BNL-20VXC features an asynchronous architecture that allows it to interface with a range of external systems. The device is initialized by the host microcontroller, which configures the device to the desired operating frequency and sets the input/output control pins. For reads and writes, the address lines are enabled and the data is transferred between the chip’s memory cells and the external system. The device is capable of handling up to 16-bit data transfers.

The CY7C1041BNL-20VXC also includes a built-in low power mode that reduces power consumption and extends battery life. When the device is not in use, the low power mode can be enabled and the power consumption is lowered to a minimum. This feature is especially beneficial for embedded systems that require long periods of operation or have limited power sources.

The CY7C1041BNL-20VXC combines fast access times, low latency and low jitter with a range of features that make it ideal for embedded systems. Its asynchronous interface allows the device to be used with a variety of external systems, while its low power operation extends battery life and reduces power consumption. The device’s advanced features make it an ideal solution for a wide range of applications.