MC74LCX02DTR2

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The MC74LCX02DTR2 is a high-performance logic-level gate / inverter gate series by ON Semiconductor. In this article, we will introduce its application field and working principle.

The MC74LCX02DTR2 series consists of two logic-level gates and two inverters with low power dissipation, Logic-level inputs and TTL-compatible outputs. These devices make use of the advanced Pseudo NMOS (p-NMOS) technology, which allows for better performance than other CMOS devices. The devices are ideal for use in low-power system applications where space is limited, and also suitable for low-power applications with lower noise margins.

The MC74LCX02DTR2 series features multiple package options, namely the SOIC (Small Outline Integrated Circuit) and the VFBGA (Vacuum Flange Ball Grid Array). The SOIC package sizes are 8 used for shallow-depth applications, 14 for regular-depth design, 16 for extended-depth applications, and 20 for high-force applications. The VFBGA package provides low-profile mounting options, small PCB footprint and superior electrical and thermal performance.

Two types of devices are included in the series: level-shifting gates, and inverters. The level shifting gate devices perform logic functions similar to NOR and NAND logic gates, while the inverters perform operations similar to simpler inverters in the CMOS gate family.

The MC74LCX02DTR2 has a wide range of applications, including decoders, multiplexers and other logic functions. It is suitable for use in low-power systems and low-noise environments, and can also be used in embedded systems. It is also well-suited for applications such as automotive and industrial, where the extended temperature range and high-noise margin are of priority.

The working principle behind the MC74LCX02DTR2 is based on a standard CMOS gates. The CMOS gate is a combination of two transistors, a main transistor and a complementary transistor, operating in conjunction with the nodes of logic input and output. When the logic input is high, the main transistor is driven into saturation and a conductive path is created between the input and output nodes, resulting in a low-level output. When the logic input is low, the complementary transistor is driven into saturation and an open path is created between the two nodes, resulting in a high-level output.

Overall, the ON Semiconductor MC74LCX02DTR2 series provides low-power consumption, low-noise margin, high performance and large temperature range capabilities, making it suitable for a wide range of applications in a number of fields.

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