PT7C5045LALA-5GDE

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PT7C5045LALA-5GDE, categorized under Digital/Logic/Specialty Logic, is a 47-bit complementary metal oxide semiconductor (CMOS) combinational logic family device. This family provides high density logic capability in a shrink-to-fit, one piece device package. The letters in the part number denote the logic functions such as C (clock), N (NOT), A (AND), P (OR), and L (Latch). This logic family has 3 important features: full SoC functionality, medium-speed toggle rate, and medium-power consumption.

The PT7C5045LALA-5GDE is suitable for use in many applications such as embedded computing and control, automotive, industrial, and process control systems. It is especially beneficial in medium-speed logic applications, where speed and power are important considerations. Its high density logic reduces system footprint and cost.

Due to its single-chip design, the PT7C5045LALA-5GDE can be used in multiple applications, enabling customers to gain maximum functionality while reducing system-level power consumption. Its clock frequency can reach up to 66 MHz and its voltage range ranges from 4.5 to 5.5 volts. In addition, the logic family also features power-on reset function and low output leakage current.

The PT7C5045LALA-5GDE also has several benefits for applications that require high speed. Its short propagation delay time facilitates faster signal transfer, which enables better interconnectivity and higher system performance. Furthermore, its low jitter limits noise interference, making it suitable for high-speed communication and control applications.

The working principle of PT7C5045LALA-5GDE is based on the principles of CMOS logic. It operates with complementary voltage signals, where one voltage signal is true (high) and the other is inverse (low). When an input signal is applied, the device responds through an output transition. The output transition depends on the combination of input signals and the logic that has been defined within the chip.

The device consists of transistors that form gates and latches, which allow for complex logic operation. During operation, the device continuously samples the input data, evaluates it, and then sends the output result to the next device. This process is referred to as clocking. The input and output data is represented by a binary number, either a 1 or a 0.

The PT7C5045LALA-5GDE is an efficient and beneficial choice for digital, control and industrial applications. It offers high density, low power, and high performance, allowing customers to reduce cost and power consumption while obtaining a powerful, reliable solution.

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