TSM973CUA+T

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Linear–Comparators are circuits used to compare a known reference voltage with an unknown voltage. They are essential for any voltage controlling and regulating process. The TSM973CUA+T is a linear–comparator that plays a fundamental role in many process controllers and regulators. It is capable of comparing up to three voltage inputs, making it the perfect choice for multi-zone control and monitoring.

The TSM973CUA+T can be used to compare two or three single-ended voltage inputs and output the result asa logic signal. The logic signal indicates whether the unknown voltage is equal to, greater than, or less than the known reference voltage. The output voltage range is 0.3 to 26V and the typical error rate is 0.1%.

The TSM973CUA+T is ideal for a variety of applications including motor control, temperature control, pressure control and other process control applications. It is also an excellent choice for battery management systems, power inverters and switch-mode power supplies.

The working principle behind the TSM973CUA+T is quite simple. It compares the two input voltages and separates them into a \'low signal\' and a \'high signal\', then outputs a logic signal based on the comparison. The output logic signal varies from 0 to 5V, depending on which signal is higher – the low signal or the high signal.

The TSM973CUA+T is a reliable and efficient linear–comparator, and it is widely accepted as the standard in any process control and regulating system. Its advanced features provide maximum performance, flexibility and reliability. With its wide input voltage range and low power consumption, it is the perfect choice for any process control and regulating system.

The TSM973CUA+T is an excellent choice for all types of process controllers and regulators, particularly in applications where accurate voltage measurements are required. Its low power consumption and wide input voltage range make it ideal for a variety of applications. Its advanced features and high accuracy provide maximum performance and flexibility for any process control system.

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