GTL2010PW/G,118

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Nowadays, digital circuitry plays an important role in the design of modern electronic devices. Digital devices rely on a specific type of Integrated Circuit (IC) called Logic - Translators, Level Shifters to transmit digital signals from one device to another. This aids in reducing the latency and accuracy of device communication.

GTL2010PW/G is a Logic - Translators, Level Shifters chip set in a single package, which are designed for interfacing two voltage domains of different logic levels. The chip set supports two logic levels (TTL and CMOS) used in different electronic boards. It provides a guaranteed low voltage operation and low supply current, which ensures the cost-effectiveness of the device.

GTL2010PW/G is a robust high-performance device, capable of operating in both the static and dynamic conditions. It includes two separate buffers that can be used for level shifting between the two different voltage domains. The two buffers in the set are connected in parallel in order to provide a wide range of output levels. They are also very capable of handling the switch debouncing of electrical signals.

In terms of application fields, GTL2010PW/G chips can be used in various electronic devices such as computers, televisions, modems, routers, and so on. These chips are also applicable in medical devices, especially when they require a dual voltage supply to ensure accurate signals.

GTL2010PW/G chips offer a wide variety of features. They feature robust protection against electrostatic discharge, which helps to protect against damage caused by static electricity. The chips have wide input and output ranges, which make them ideal for connecting multiple logic domains. They are also capable of switching frequencies up to 20MHz, which makes them suitable for high-speed data communication.

In terms of working principle, GTL2010PW/G chips play a vital role in the functioning of digital circuitry. These chips are designed with a pair of three-port buffers in a single package, which helps to reduce the overall cost, size and complexity of the device. The chip set is responsible for translating the logic levels from one voltage domain to another, so that the signals from the source can be read and understood by the destination. The two buffers are connected in parallel and are driven by an enable pin to provide a wide range of output levels. The output levels are generated by a combination of the input signals and the enable input. The output voltage of GTL2010PW/G is controlled by the logic levels of both inputs.

To sum up, GTL2010PW/G Logic - Translators, Level Shifters chip set provides an efficient and cost-effective method to transmit digital signals between two voltage domains of different logic levels. It is applicable to many electronic devices due to its wide input and output ranges, robust protection against electrostatic discharge, and fast switching frequencies.

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