ZSSC3136BA1C

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ZSSC3136BA1C is a silicon monolithic integrated circuit which is used for multiple read or programs used in the flash/EEPROM memory. This circuit has a wide application field, which mainly includes storage device, portable device, personal computer and other embedded control systems. Furthermore, ZSSC3136BA1C utilizes advanced CMOS technology, which makes it has a low power consumption and high capacitance, while the output level of the circuit is TTL compatible, with no additional level translators.

In terms of the working principle, it is mainly due to the usage of the same advanced CMOS technology. As such, it works with the SNOOZE / POWERDOWNTM logic to reduce the standby current consumption even in its SLEEP mode. It also implements an automatic power saving feature which can be activated when the unit is on standby or inactive. Furthermore, the integrated circuit ZSSC3136BA1C has the ability to keep track of the system activities and go into the STBY or SLEEP modes when all activities are done. By doing so, the power saving feature kicks in to reduce the current consumption.

In addition to the embedded logic, the ZSSC3136BA1C also features a SPI interface, which gives it the ability to control the access of up to 8 read/program operations. As such, all of the 8 accesses can be simultaneously controlled, making it fast and efficient. Through the SPI interface, the ZSSC3136BA1C can also be used in an interrupt-driven mode, which further reduces the power consumption of the system.

In conclusion, ZSSC3136BA1C is a silicon monolithic integrated circuit with many capabilities and features. Its wide application field stretches from portable devices to embedded systems, and its advanced CMOS technology enables it to have a low power consumption while being compatible with TTL outputs. On top of these, the other functionalities such as the SNOOZE/POWERDOWNTM logic and the SPI interface for controlling multiple read/program operations firmly cements ZSSC3136BA1C as one of the most efficient and reliable integrated circuit.

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