CD4724BCMX

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A latch is a type of digital logic circuit that operates as a bistable device, meaning that it has two stable states. Latches are commonly used in digital circuits for the storage of the state of a digital signal, most often for flip-flop-based clocking of sequential logic circuits. The CD4724BCMX is an example of a type of latch, and in this article we\'ll explore its application field and working principle.

At its core, the CD4724BCMX is a dual bidirectional CMOS latch. The device can be used to store the logic state of a signal, or to drive outputs when connected to a power supply. The latch allows one to quickly switch between the two output states, and thus can be used to precisely time the activation of an application circuit. The device complies with the i93000 package requirement, and is suitable for automotive applications.

The CD4724BCMX has two input pins, one controlling each latch. When the data input line for either latching card is in a logic low state, the output is set low, and when it is logic high, the output is set high. The data input can then be clocked in either direction, with the output of each latch alternating between the two states. As such, the device can be used to precisely activate a circuit by setting the appropriate input levels. A key feature of the CD4724BCMX is that it is bidirectional, meaning that it can toggle between the two output states without any external control signals.

The device also features low power consumption and very high switching speed, which makes it ideal for applications that require rapid switching between states. It is also RoHS 6 compliant, and meets the I93000 package requirements. Finally, the device is built to be highly reliable and has a wide operating temperature range.

In conclusion, the CD4724BCMX is a versatile and reliable dual bidirectional CMOS latch. It is well suited for a wide range of applications, from automotive to industrial, due to its low power consumption, high speed, reliability, and broad operating temperature range. It also meets the I93000 package requirements, making it a great choice for those applications.

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