NLVHCT125ADTR2G

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NLVHCT125ADTR2G is one of the many integrated circuits available in today’s market. It’s a family of low voltage high current transceiver logic components designed to drive up to five bi-directional buffers or receivers. This design provides higher performance than other similar components, and its flexibility makes it suitable for a wide range of applications.

The NLVHCT125ADTR2G provides differential signaling, which requires two data lines to be connected to its integrated circuit. The two data lines can either be driven by a single device, such as a clock, or the two data lines can be driven independently by two devices. The device type determines how the data is clocked onto the logic component lines. For example, an edge-triggered device would produce a triggered output when the input value change from logic 0 to logic 1. Whereas, a level-triggered device would constantly produce an output as long as its input is asserting a logic 1. Level-triggered devices can be used for more sophisticated patterns of data output.

The NLVHCT125ADTR2G supports different operating voltages, allowing it to operate in some larger supply voltages while consuming less power. This allows the component to be used in a variety of applications with power supplies ranging from 3.3V to 18V. The component also supports a wide range of speed ranges, such as high speed applications ranging from 50 to 125MHz.

In terms of logic level compatibility, the NLVHCT125ADTR2G supports both a TTL logic level and an LVTTL logic level. This enables the component to be used in systems operating with both types of logic levels. Moreover, the component also supports a variety of input and output impedance levels, including 5K, 10K, 50K, and 100K, depending on the applications’ voltage requirements. This makes the component extremely versatile for various field applications.

The NLVHCT125ADTR2G supports two directions of data flow, allowing for both bidirectional data communication. As a result, the component can be used for logic buffering, drivers, receivers and transceivers. The component also supports five bidirectional data channels, allowing the component to support up to five unidirectional data paths or five bidirectional data paths. This makes the component suitable for a wide range of applications.

On top of buffering and driving, the component can also be used as a receiver or transceiver, allowing the component to filter out errors in data signals. With its integrated data register and control register, the component can be used for more sophisticated functions for filtering, parity checking and data silencing. The component also features a strobe output and an automatic strobe recognition circuit.

To ensure reliable operation, the NLVHCT125ADTR2G supports both a startup and idle timeout function. This allows the component to maintain a stable operation in high noise levels, such as in digital systems. The component also supports a test output pins that can be used to test the component and any connected components.

Overall, the NLVHCT125ADTR2G is an extremely versatile component which can be used for multiple applications, such as logic buffering, drivers, receivers and transceivers. It supports multiple logic levels and a variety of input and output impedance levels and can operate with large supply voltages. With its advanced features, the NLVHCT125ADTR2G is suitable for a wide range of applications.

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