LT1017CN8#PBF

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The LT1017CN8#PBF is a linear comparator from Linear Technology. It works as an electronic switch, replacing the traditional mechanical switches in a variety of applications. The comparator is used to compare two input signals, and then output a corresponding voltage or current depending on the comparison result. This makes it an essential part of many circuits, ranging from consumer appliances to microprocessor-based systems.

The LT1017CN8#PBF comparator is a single-supply, monolithic, CMOS device. It includes both an open-drain output and an open-collector output, allowing for two logic states to be compared to each other. The open-drain output can be used as either an active-low or an active-high logic signal, while the open-collector output is fixed to active-low. The LT1017CN8#PBF also features a low power standby mode, allowing it to be used in low-power applications.

In terms of the LT1017CN8#PBF’s applications, it is ideally suited for designs which require a comparator with a wide operating range, such as:

• Power line overvoltage/undervoltage detection
• Phase-locked loops
• Programmable logic circuit level-shifting
• Power supply regulation
• Temperature sensing
• Frequency comparison

The comparator’s inputs can handle wide voltage ranges, ranging from -20V to +20V with a maximum input offset of up to 2V. As such, multiple inputs can be used in sequence or in parallel in order to compare even wider voltage differences. This makes the LT1017CN8#PBF comparator useful for a range of applications outlined above.

The LT1017CN8#PBF comparator also has an internal hysteresis circuit, allowing it to reject any rapid voltage fluctuations that may occur. This makes it an ideal choice for applications where precise levels of voltage must be maintained. Furthermore, the device has an operating temperature range of -40°C to +85°C, making it suitable for use in a variety of environments.

The LT1017CN8#PBF comparator works on the principle of comparing two input voltages and then outputting a corresponding voltage or current. When one input voltage drops below the other, the device will output a high or low signal, depending on the type of comparator used. The output signal can then be used to control other components or circuits in the device.

The device also includes various functions to make it more practical and reliable. These include an internal clamping circuit which can provide protection against potential power surges, as well as an internal protection circuit which can prevent damage due to reversed power supplies. The LT1017CN8#PBF also has an internal power-on reset and short circuit protection, making it robust and reliable. In terms of size, the LT1017CN8#PBF is only 9.2mm x 3.2mm.

In conclusion, the LT1017CN8#PBF is a monolithic CMOS comparator, ideally suited for wide range of applications that require precise levels of voltage, such as power line regulation, level-shifting, and temperature sensing. It is also highly reliable and robust, with various internal functions to protect from sudden power surges or reversed power supplies.

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