M74HC192RM13TR

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The M74HC192RM13TR is a logic device belonging to the logic family Counter, Dividers. It is a 9-stage ripple counter that is designed primarily to operate with CMOS logic levels, it is known as a High-speed CMOS (HCMOS) device. This device contains an up/down counter with a multiplexed BCD 8-bit decimal code output.

The M74HC192RM13TR is a synchronous counter with an asynchronous reset. This device is available in a wide range of package types including a 16-pin small outline integrated circuit (SOIC) and an 8-pin plastic dual in-line package (PDIP). A unique feature of this device is that it allows for cascading of multiple devices to increase counter stage capacity. This allows logic designers to choose from a number of options when creating designs.

The M74HC192RM13TR has a maximum operating frequency of 40MHz, making it suitable for high-speed applications such as digital signal processing (DSP) and communications. Its low power consumption and minimum noise performance makes it suitable for use in low-power, low-noise applications. It also has a minimum pulse width output of 200 ns.

The M74HC192RM13TR can be used in a range of applications, including automotive electronics, telecommunications, computer memory, and instrumentation. It is also suitable for use in logic designs such as data communications, control systems and test equipment. It has the ability to cascade multiple devices to increase counter scale capacity, making it suitable for larger logic designs.

The M74HC192RM13TR works by counting pulses it receives on its clock input. Every time a pulse is received on the clock input, the device incrementally increases its stored integer value, outputting the updated value on its output pins. In addition, it can also accept asynchronous reset pulses, which reset the stored integer value back to zero.

The M74HC192RM13TR is popular for use in logic designs due to its low cost and versatility. Its synchronous counter and asynchronous reset functions make it suitable for a number of applications, and its ability to cascade multiple devices together allows the logic designer a variety of options when creating logic designs. Additionally, the device\'s low power consumption and minimum noise performance make it suitable for use in low-power, low-noise applications, while its maximum operating frequency of 40MHz makes it suitable for high-speed applications.

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