SN74GTL2007PW

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Logic - Translators, Level Shifters are usually integrated circuits that are used to perform conversions between different logic levels, interface technologies, or voltage levels. These circuits are used in a variety of applications, such as communication systems and embedded controllers. The SN74GTL2007PW is an ultra-low-power, high-speed differential line receiver designed specifically for use in modern digital logic applications. It has several applications, along with a unique working mechanism.

The SN74GTL2007PW is mainly used in three types of applications – data transfer, logic level shifting, and protection of digital logic components. For data transfer applications, the SN74GTL2007PW converts high speed parallel data into low speed serial data on input, and low speed serial data into high speed parallel data on output. For logic level shifting applications, the SN74GTL2007PW converts from a lower logic level to a higher logic level. For protection of digital logic components, the SN74GTL2007PW acts as a buffer to isolate data lines from the logic levels of peripheral circuits.

The SN74GTL2007PW has an exceptionally low power consumption, about 11.4 µW, and dissipates power at a rate of about 0.2 mW. It supports a voltage range of 1.7-3.6V from a single voltage source. The SN74GTL2007PW also has a high speed data rate of 100 Mbps, making it suitable for use in high speed digital logic applications.

The unique working principle of the SN74GTL2007PW relies on its differential line receiver, which sets its cornerstone. The differential line receiver utilizes a pair of differential inputs to detect logic levels on a line that are subject to noise. The logic levels on the differential line are determined using hysteresis logic that allows for a wide input voltage swings. The differential line receiver then amplifies and converts these levels into TTL/CMOS compatible digital signals.

The SN74GTL2007PW also uses three-state output circuitry to isolate the data output from the system bus. When the receiver is idle, the output is disabled and the signal on the data bus is held in tri-state mode. This allows two or more SN74GTL2007PWs to share a common bus.

To maintain continuity of data transmission, the SN74GTL2007PW is also equipped with robust power-on reset and integrated hot-plugging protection functions. The power-on reset prevents erroneous data outputs during power up by ensuring that the output remains in high impedance state until data is properly sent. The hot-plugging protection prevents data from being lost due to unexpected system shutdowns, protecting the data from instability.

With the SN74GTL2007PW, applications such as data transfer, logic level shifting, and protection of digital logic components have been taken to the next level. Its exceptionally low power consumption, high speed data rate, robust power-on reset and hot-plugging protection functions, along with its differential line receiver, make it a suitable IC for digital logic applications.

The specific data is subject to PDF, and the above content is for reference