AT27C010L-15TC

AT27C010L-15TC is a 2048K-bit CMOS EPROM in a 32-pin Package. It consists of two sectors - one 512K-bit one Millioner-bit - that incorporate advanced CMOS technology to offer high-performance, low-power operation and low cost. With a low-power CMOS technology that consumes only 55 mW/4.5 mA max., AT27C010L-15TC provides both superior performance and low power consumption. The memory has an operating voltage range of 2.7 to 5.5VDC and is rated for 140mA max. current when operated at 4.5VDC.

AT27C010L-15TC is used in various applications such as embedded designs, medical and industrial automation, telecommunications, automotive and aerospace, consumer electronics and general embedded applications. It is ideally suited for designs that require high-density code storage and fast access. Its low-power consumption enables it to be used in energy-sensitive applications such as field-programmable gate arrays or power-protection systems.

AT27C010L-15TC Application Field

AT27C010L-15TC is a popular choice for embedded designs and applications that require high-density code storage. The device is well suited for a variety of applications including consumer electronics, medical, industrial automation, automotive and aerospace, and general embedded systems.

In consumer electronics, the device is used in consumer products such as MP3 players, digital set-top boxes, digital cameras, and consumer healthcare devices. AT27C010L-15TC provides the necessary code storage for consumer electronics applications with the added benefits of low power consumption and fast access time.

In medical applications, AT27C010L-15TC is used in home monitoring devices, safety and medical advice systems, drug delivery systems, and medical imaging devices. The device provides a cost-effective solution for code storage requirements with excellent power consumption.

In industrial automation, AT27C010L-15TC is used in industrial controls, factory automation, process control, and motion control. The device offers a compact and low-power solution for code storage and data storage.

In automotive and aerospace applications, the device is used in vehicle navigation, instrument clusters, vehicle safety systems, and engine control applications. AT27C010L-15TC provides a robust, low-power solution for these critical applications.

AT27C010L-15TC Working Principle

The AT27C010L-15TC is a low-power CMOS EPROM with a 128K-bit segment and a 1M-bit segment. It has an access time of 70ns and an operating voltage range of 2.7V to 5.5V. The memory is available in 32-pin DIP, 32-pin SOIC, and 44-pin MLF packages.

AT27C010L-15TC uses a split cell architecture that consists of four arrays of 1M-bit and 128K-bit memory cells. Each array is separately selected for either a read or a write operation. This allows for more efficient erasure, programming, and accessing of data within the memory.

AT27C010L-15TC also uses a programmable architecture that allows the user to configure the memory settings to their specific application. The device uses a three-level programmable structure: a single-bit 0 or 1 selection, a two-bit 3-2-0 selection, and a bit-pattern selection. This allows the user to easily configure the memory to their specific application.

The AT27C010L-15TC is an excellent choice for a variety of applications that require low power and fast access time. The device offers a wide operating voltage range and is available in a variety of packages. The programmable architecture allows the user to easily configure the memory to their specific application.