LT6703HDC-3

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Linear - Comparators

The LT6703HDC-3 is a high-speed, low-noise, high-density, low-power comparator ideal for a variety of applications. It is a cost effective solution for a variety of system and product designs. Offered in a 16-pin QFN package, this comparator can effectively reduce the top-level footprint size of the system compared to comparable comparator solutions. With very low input offset voltage, the LT6703HDC-3 is capable of accurately comparing two input signals.

Application Field

The LT6703HDC-3 is an excellent choice for any application where high speed, low power, small size, and accurate comparison are key. Examples of such applications include: high-speed data converters, high-speed signal processing, medical instrumentation, motor controller applications, motor drive applications, motor control circuits, automotive circuits, 100BASE-T1 networks, and industrial automation. Additionally, LT6703HDC-3 can be used in any application that requires accurate and fast comparing of inputs for error detections.

Working Principle

Built on an advanced bipolar process technology, the LT6703HDC-3 is a high-speed comparator designed to compare two input signals. The device is designed to quickly convert small input signals into digital logic level output signals. The output signal is always either 0V or VCC. If a signal is in the positive-going direction, the output will be VCC. If the signal is in the negative-going direction, the output will be 0V. Furthermore, the device has a very low input offset voltage (1mV typical) to ensure that even small signals are detected accurately. In order to meet any system’s specific requirements, the LT6703HDC-3 is available in 4 different clock speeds, up to 30.75MHz.

The LT6703HDC-3 also includes power-saving features, including a low quiescent supply current of only 5µA and a low stand-by current of 1µA. The device also integrates voltage protection circuitry which ensures proper operation over a wide operating temperature range.

Matched to its high performance, the LT6703HDC-3 offers outstanding integration benefits, such as a tiny footprint, low operating voltage range, and ultra-low power consumption, for outstanding design flexibility and a solution for space-constrained environments.

Conclusion

The LT6703HDC-3 is an excellent choice for any application where fast and accurate comparative results are essential. With a low input offset voltage, low quiescent supply current, and a wide operating temperature range, it is an ideal choice for a broad range of applications. In addition, the small footprint and low power consumption of the device make it an ideal solution for space-constrained systems.

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