TS864IYDT Integrated Circuits (ICs)

Linear-Comparators are devices used to compare two or more variables and output a binary response based on the result of the comparison. A typical linear-comparator application is voltage level detection, where one input is compared against an accepted reference level and the response is used to trigger a logic circuit or other output. The TS864IYDT is a linear-comparator with two differential inputs, two reference inputs, and an output.

The two differential inputs are designed to accept any type of signals, either AC or DC. The inputs are frequency-compensated, meaning they can handle signals ranging from DC to several KHz. The reference input pins are capable of accepting a DC voltage of up to 5.5V. The outputs of the comparator are open-drain, meaning they will only deliver a DC voltage when the logic level of the output is true.

The working principle of a linear-comparator applies to the TS864IYDT device. When a signal at one of the inputs become greater than or equal to that of the other input or reference input, the output will become high to indicate the input has exceeded the voltage threshold. Alternatively, if the voltage of the input is less than that of the other input or reference input, the output will remain low.

The TS864IYDT device is mainly used in automotive and optical applications, such as engine control, interior lighting control, and braking systems. It can also be used in data and communication systems, industrial electronics, motors and rotary encoder systems. In terms of engine control applications, the TS864IYDT is used to compare two or more voltage signals from the engine’s sensors to determine if the engine is running hot, cold, or neutral. In lighting control applications, the device can be used to compare two or more signals from a lighting system to determine if the interior of the vehicle is bright enough or too bright. Lastly, in braking systems, the TS864IYDT can be used to compare the signal from a brake light switch to a reference point to determine whether the brakes need to be applied or not.

Overall, the TS864IYDT is a linear-comparator device designed for automotive and optical applications that can compare two or more signals and output a binary signal based on the result of the comparison. The device has two differential inputs and two reference inputs, as well as an open-drain output that can deliver a DC voltage. It is capable of accepting signals ranging from DC to several KHz, and is able to be used in various applications such as engine control and braking systems.