M95160-RMC6TG

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The M95160-RMC6TG is an electrically erasable programmable read-only memory (EEPROM or E2PROM) that provides bit-level programming capability without the need for a special programmer. The device comes in 2K-bits, 4K-bits, 8K-bits and 16K-bits of electrically erasable memory. It is capable of storing 2K bytes, 4K bytes, 8K bytes and 16K bytes of data.

The primary application of M95160-RMC6TG is the secure storage of information, such as product codes, serial numbers, and software licenses. It is particularly suitable for customer-specified software, multi-level security, digital signatures and cryptographic key storage. Additionally, it is also used in industrial controllers and embedded systems, automotive applications, and in biomedical devices. M95160-RMC6TG is also used for short-term storage of data in high-reliability systems.

The M95160-RMC6TG has an 8-pin PDIP (plastic dual in-line package) package layout, with a OTP (one-transistor programmable) architecture for high integration. The features include: Operating voltage range from 1.8V to 5.5V; 2.7V data retention voltage; 2K, 4K, 8K and 16K bytes of memory; Write times of 10K cycles or more; Programming times of 10 ms or faster; endurance of 100K write cycles; and 7ns fast access time.

The M95160-RMC6TG device works at its most basic level by using a single transistor latch structure with a single CLK (clock) and 2 in/out lines (DQ and /DQ). The CLK is used to perform a series of write, erase and read operations on the device. When the CLK is high, the transistor is on, allowing for a write operation to occur, and when the CLK is low, the transistor is off, allowing for a read operation to occur. The /DQ line is also used to indicate if the write is successful.

The device is programmed with a three-byte cycle: write enable, the address to be programmed, and the data to be written. This is then repeated for each address to be programmed. The device can also be erased using a single-byte cycle. This is done by setting the write enable bit high, setting the address to be erased, and then setting the erase enable bit high. The programming and erasing cycles take place when the CLK is low.

In addition to being used as a secure storage device, the M95160-RMC6TG can also be used as a non-volatile memory for storing settings and data. For example, it can be used to store the configuration of a modem, allowing for the settings to be retained even when the power is turned off. It can also be used in automotive applications, such as for storing tire pressure settings or engine settings, or in industrial controllers, such as for storing calibration settings. For biomedical applications, the memory can be used to store patient data, such as ECG readings or other vital measurements.

The M95160-RMC6TG is a reliable and secure way to store data. It is especially useful for applications that require the secure storage of sensitive information, such as product codes, serial numbers and software licenses. Its low power, low voltage and high integration also make the M95160-RMC6TG an ideal choice for a variety of applications.

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