SN74ALVTH32373KR

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The SN74ALVTH32373KR is a logic device that is classified under Latches, and is part of the ALVTH family of sophisticated logic devices from Texas Instruments. It features a fast, low-power CMOS, which is ideal for applications in the industrial, automotive and medical industries.

The SN74ALVTH32373KR performs a variety of digital functions, such as multiplexing, level-shifting, one-hot encoding and clock synchronization. It is a general-purpose device, designed with high-speed, low-power operation, high-immunity to noise, ESD and power supply noise. The device also provides higher speeds, improved system performance, and bigger data sizes than previous logic devices.

The SN74ALVTH32373KR is available in both a 16-pin (DIP) and a 20-pin (TSSOP) package. It has two latchable outputs, each of which can be used to drive 20mA of output current. Additionally, the device has two independent enable pins, and is able to latch data in both directions. The device also features open and push-pull outputs for use in high-speed timing applications.

The SN74ALVTH32373KR\'s common application fields include industrial, medical and automotive. In industrial settings, the device is used in devices ranging from industrial automation to robots, while in the medical field, the device can be used in medical imaging and bio-sensing devices. In the automotive industry, the device is used in electronic control modules, track recorders and instrument clusters.

The SN74ALVTH32373KR device operates on the principle of passing a clock signal to two dynamic AND gates. A data stream is then passed through the gates, with each gate containing a single binary bit. The output of both the gates is then used to latch the data and output corresponding binary signals. The two enable pins can also be used to control the direction of the data stream.

The SN74ALVTH32373KR is an ideal logic device for applications that require high-speed, low power, and high mutation immunity. With its multiplexing, level-shifting, one-hot encoding, and clock synchronization features, the device can easily fit into numerous types of systems. Its common application fields include industrial, medical and automotive, and it is a great choice for those trying to design systems for those respective industries. The device operates on the principle of passing a clock signal to two dynamic AND gates, with the resulting binary signals being latched and output by the device.

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