AD790JNZ

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Non-inverting comparator structureThe AD790JNZ is a modern linear-comparator IC that features a non-inverting structure, featuring differential inputs signal pins, as well as power pins for the power supply. The AD790JNZ also has a very wide input common-mode range, which helps to ensure it can compare signal voltages within a wider voltage range.Positive logic structureThe AD790JNZ has a positive logic architecture, which means that the output signal is a logic-level voltage (TTL) signal in terms of the input signal. This positive logic architecture ensures that the output signal can be easily read and used to compare two input voltages, or to detect when a certain value has been reached. This positive logic architecture also helps reduce the response time of the IC, making it a faster and more reliable device.Application fieldThe AD790JNZ is primarily used in systems where it needs to compare two or more input signals and make a decision on which one to follow. This device is commonly used in industrial applications where the output signal of the IC can be used to control the speed of a motor, or the speed of a machine. Other applications include automotive systems, medical devices, switch controls, and data acquisition systems.Working principleThe AD790JNZ compares the differential voltage between its two input signal pins. When the differential voltage reaches a certain threshold, the output of the comparator will switch from high to low, or from low to high, depending on the internal circuitry of the IC. The threshold voltage is typically set using an external resistor, or an external voltage signal source. Once the threshold voltage has been reached, the output signal of the comparator will instantly switch its logic level, providing quick and effective feedback.BenefitsThe positive logic structure of the AD790JNZ is one of the main benefits of this comparator. By eliminating the need for complicated signal conversion circuitry, the device can provide quicker responses, while also reducing the complexity of the device. The non-inverting structure also helps reduce the power consumption and the size of the IC, making it an ideal choice for applications requiring an efficient yet small solution. The wide common-mode range of the device also ensures that it can accurately compare input voltages within a large range.ConclusionThe AD790JNZ is a modern linear-comparator IC that features a non-inverting structure, a positive logic architecture, and a wide input common-mode range. This device is mainly used in industrial applications, but can also be used in automotive, medical and data acquisition systems, among other applications. The device's main benefits include its quick response time, low power consumption, and small size. Overall, the AD790JNZ is an ideal choice for applications requiring a reliable and efficient linear-comparator IC.

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