ADG3233BRMZ

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A logic translator, or level shifter, is an active component that takes two or more digital signals of different levels and converts them into new signals with corrected levels, effectively translating their logical values without changing their meaning. ADG3233BRMZ is one such logic translator and it is widely used in a variety of applications. Here we discuss the applications of and the working principle of the ADG3233BRMZ.

Applications

The ADG3233BRMZ is a low-voltage, low-power and dual-channel level translator. It is capable of translating one single-ended logic signal(1.6V–3.2V) into another single-ended logic signal(1.6V–5V). It integrates two high voltage (5V tolerant) TXB0104 transceivers, each with logic-level shifting capability, and an EN switch to control the TXB0104 transceivers.Its small size, flexible architecture and ease of use make it ideal for use in a variety of applications.

Owing to their small size and low power requirements, ADG3233BRMZ logic translators are used in many portable electronic devices suchFingerprint scanners, NFC receivers, and other portabldevices.

ADG3233BRMZ are also widely used for communications betweendevices with different data-level requirements. For example, in IoT systems, wesometimes need to integrate multiple data busses with different logic voltages into one common bus. The ADG3233BRMZ logic translator makes it possible to bridge the communication between the databus running different logic voltages.

In robotics, robots often use sensors to collect data from the environment. Logic translators like the ADG3233BRMZ can be used to convert the sensor output\'slogic voltage level to the voltage required by the robot\'s processing system. This facilitates the exchange of data between the robots and sensors.

Finally, ADG3233BRMZ logic translators are widely used in consumer electronics and digital audio systems. These systems employ different logic levels, and logic translators such as the ADG3233BRMZ can convert the logic level from one device to another. This ensures that the data exchanged between these devices is compatible.

Working Principle

The ADG3233BRMZ consists of two TXB0104 level translators and an EN switch. The TXB0104 is a logic-level translators, which is activated by the EN switch. The inputs of the TXB0104s are connected to the two buses of different logic levels, and their outputs are connected to a single bus that has the common logic level.

The EN switch is used to control which of the buses is being translated. When the EN switch is activated, the TXB0104 level translator routes the data from the input bus to the output bus, converting the logic level as needed.

The ADG3233BRMZ logic translator can be used in either direction, depending on the need. That is, it can be used to translate a lower voltage logic to a higher voltage input, or vice versa.

The ADG3233BRMZ is also designed to be power efficient by operating off of a single power supply. The power supply ranges from 1.6V to 5V, allowing the translator to be used in both low and high voltage applications.

In summary, the ADG3233BRMZ is a logic translator that is capable of translating signals of different logic levels into signals of a different logic level, while preserving the logic of the original signal. It is used in a variety of applications, including those in the portable device, communication, robotics and consumer electronics industries. It is controlled by an EN switch and is designed to operate off of a single power supply,making it power efficient and cost effective.

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