MM74HC132MTCX

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MM74HC132MTCX

The MM74HC132MTCX is a quad two-input NAND Schmitt trigger gate. It has symmetrical input characteristics and no hysteresis delay associated with the trip point shift. It is typically used in logic and digital applications, such as logic gates, digital logic inputs, and flip-flops. It is also useful in analog-to-digital and digital-to-analog conversions.

Application Field

The MM74HC132MTCX can be used to construct logic gates and digital logic inputs, such as AND and NOR logic gates. It can also be used as the driving device for flip-flops and arithmetic logic units (ALUs). In analog applications, the MM74HC132MTCX can be used to digitize signal amplitudes for data acquisition and processing. It can also be used in signal processing systems for filtering, amplification, frequency modulation, and signal sequencing.

Working Principle

The MM74HC132MTCX employs a Schmitt trigger that works on the principle of positive feedback. It operates on CMOS logic levels, with symmetrical input characteristics, no hysteresis delays associated with changes in trip points, and high noise immunity. Due to the high noise immunity of the MM74HC132MTCX, the switches are useful in applications where there is a high level of interference, such as in digital sensors, GPIOs, and signal receivers.

The MM74HC132MTCX is a quad two-input NAND Schmitt trigger gate. It has symmetrical input characteristics and no hysteresis delay associated with the trip point shift. It has a turndown ratio of more than 20:1, a propagation delay time of less than 2000 ns, and a temperature range from -55°C to +125°C. It is typically used in logic and digital applications, such as logic gates, digital logic inputs, and flip-flops.

The MM74HC132MTCX has two inputs, A and B, and two outputs, Y and Y. Input A and B are both TTL-level compatible. The output Y is the inversion of the input A and B, while the output Y is the NAND logic of the two inputs. The MM74HC132MTCX can be used to construct logic gates and digital logic inputs, such as AND and NOR logic gates. It can also be used as the driving device for flip-flops and arithmetic logic units (ALUs).

In analog applications, the MM74HC132MTCX can be used to digitize signal amplitudes for data acquisition and processing. It can also be used in signal processing systems for filtering, amplification, frequency modulation, and signal sequencing. The MM74HC132MTCX can be used with complementary devices such as the MM74HC132MTCXN. This device provides a symmetrical input characteristic that allows for good filter performance.

The MM74HC132MTCX is easy to use, has a low power dissipation of 250 μA (typical) at 3 V, and is capable of avoiding rate instabilities. It has a high noise immunity of greater than 100 mV, providing low noise output signals. The MM74HC132MTCX is also capable of providing input and output drive capabilities of up to 16 mA. With its symmetrical input characteristics, it can be used in a wide range of applications.

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