PT74HC164PE

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Logic - Buffers, Drivers, Receivers, Transceivers are widely used in nearly every sector today, with the PT74HC164PE being a popular choice. The 74HC164PE offers a number of advantages over traditional logic components, in that it offers a low power alternative, faster switching speed, excellent noise immunity and robustness. The device is easy to use with a wide range of operating voltages, and tolerant of up to 8mA sink or source current.

In terms of its application field, any digital logic interconnection where either synchronization or one-way data flow is required is suitable for PT74HC164PE. It has ability to handle widely different logic levels and pushing up data from one level to another level as such it can be used for multi-module systems like fault-tolerant products, industrial controllers, and practically all digital systems. These devices are well used in digital bus systems like the I2C bus and works well in interface circuits for motor drivers, zero crossing detectors, n-bit shift registers and general data converters. It can also work as a universal interface for micro-controllers, high speed three state outputs are used for printing addresses and data

Despite its small size it is used in Low-voltage and high-speed applications. This is done by using a low voltage CMOS supply to achieve high speed operation while maintaining low operational power levels. Additionally, it offers improved noise immunity due to its Schmitt trigger inputs; this ensures reliable data transfer in noisy environments.

The PT74HC164PE is designed for ease of operation and thus operates in a very simple way. First, a logic signal is sent to the data input and this is then latched on the rising or falling edge of the clock cycle. The value of this logic signal is then available at the output. This cycle is then repeated and can be used to create a very simple serial to parallel conversion.

In conclusion, the PT74HC164PE offers digital signal interconnections in an easy to use manner, very wide voltage tolerance, wide signal level tolerance, low power operation coupled with excellent noise immunity, and robustness. For these reasons it’s superbly suited to digital signal applications and is very popular in many industries.

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