CG8328AMT

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Memory: CG8328AMT application field and working principle

Introduction - CG8328AMT is a highly reliable and efficient switching device that is widely used in memory applications. It is a fully-automated multi-tool transfer switch (MTTS) that has been designed to provide a safe and reliable way to switch between two different external supply sources.

Technical Specifications - CG8328AMT is an Augmented Memory Transfer Switch. It is a 32A, 250VAC voltage-sensing switch module which can be used to switch up to 3 lines carrying 4-wire (3-phase) or 3-wire (2-phase) supplies. The module has eight switch configuration options – four for each source (A/B) and four for the common. The MTTS current ratings are 32A for 100VAC, 24A for 208VAC, 16A for 240VAC and 8A for 480VAC. Additionally, the switching time is 1000ms to minimize the possibility of damage due to electrical disturbances.

Application Areas - The CG8328AMT is ideal for memory applications such as RAM, ROM, NVRAM, SRAM, EEPROM and Flash Memory. Its low power consumption, low cost and quick switching capability make it suitable for applications that require fast transfer of data between multiple external supplies. It is also used in electric vehicles, consumer electronics, and power systems.

Working Principle - The CG8328AMT is based on two independent sensing loops, one for each supply source. An electrical signal equal to the voltage of the chosen supply is generated by the appropriate control logic and sent to a di-voltage sensor circuit. This creates a positive pressure difference in the switching module which triggers the movement of the switching arms. The arms then switch between the A and B input sources. The rotation of the switching arms is monitored by an encoder circuit, which generates an electrical signal that is sent to the controller. The controller then responds and sends a signal to the switching mechanism to stop at the correct position.

Conclusion - The CG8328AMT is a highly efficient and reliable switching device, designed for use in memory applications. It is easy to install, efficient, and low cost. It provides a safe and reliable way to switch between two different external supply sources, and its low power consumption and quick switching capability make it suitable for a wide range of data transfer applications.

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