IS42S32200C1-7BL

The IS42S32200C1-7BL is a Family Toggle Mode Static RAM module from Korean electronics supplier IDT. This SRAM chip is a high-speed, low-power CMOS memory designed for a range of applications. It is a flexible, high-performance memory device that combines high speed and low power consumption, making it an ideal solution for applications requiring fast read/write cycles.

Application Field

The IS42S32200C1-7BL is ideal for graphics applications, digital video, digital audio, communications, system control and embedded systems. Its flexible architecture allows it to be used in a variety of applications including networking, multimedia, gaming, medical, automotive and military. It is also suitable for applications where high speed and low power is essential. The device features a Synchronous SRAM interface that supports full duplex read/write operations, making it an ideal choice for high-speed applications where data throughput is critical.

Working Principle

The IS42S32200C1-7BL SRAM chip operates in a Toggle Mode, which is a type of dynamic memory. Toggle Mode SRAM utilizes a serial data bus to read and write data, which allows for faster read/write speeds compared to asynchronous SRAM. The interface to the device is composed of four control lines, two address inputs, and one data bus. The device supports up to 32 address locations and 8-bit data words. The toggle mode allows for fast read/write operations, ensuring data throughput is maximized. The device also features an internal tri-state output driver that is used to prevent contention on the data bus when multiple chips are connected.

Conclusion

The IS42S32200C1-7BL is a high-speed, low-power static RAM module that is suitable for applications requiring fast read/write cycles. It features a Toggle Mode interface, which allows for fast read/write operations, making it an ideal solution for high-speed multimedia, gaming, communications and system control applications. Furthermore, its low-power consumption and small size make it an attractive option for embedded systems. The internal tri-state output driver also provides improved contention control on the data bus, allowing the device to be used in larger, multi-chip configurations.