ADUM1400WTRWZ35-RL

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Digital Isolators are used to isolate signals between two systems. They are designed to allow digital signals to be transferred between subsystems without any physical connection between them. The ADUM1400WTRWZ35-RL digital isolator is an integrated circuit (IC) that provides high-speed digital isolation in an industrial environment. It is one of the fastest digital isolators available today and offers excellent isolation performance.

The ADUM1400WTRWZ35-RL is designed for applications such as industrial instrumentation, factory automation, process control, building technology, medical systems and transportation. It is designed for operation with line speeds up to 32 Mbps and can provide up to 22dB of common mode rejection. The device is also designed to provide a very low power consumption of 2.9 mW.

The device is built using an advanced CMOS fabrication process and includes two high-speed, full-speed, digital receiver channels. The receiver channels are designed to meet all the requirements for a digital isolator, including power consumption, isolation voltage, and common mode rejection. The device also has an analog input channel with a maximum gain of –12dB, which makes the device suitable for low speed applications.

The working principle of the ADUM1400WTRWZ35-RL is based on the principle of electrical isolation. This isolation is implemented by means of capacitive coupling, which effectively prevents any electrical connection between the two subsystems. The device contains two high-speed analog switches that switch on simultaneously. When a signal is received, it is transferred to both the receiver channels. The output of the device is then determined by the input voltage applied, which is determined by the difference between the two receiver signals.

The ADUM1400WTRWZ35-RL is designed for applications that require high-voltage isolation and low power consumption. The device offers excellent isolation, low power consumption, and is suitable for a variety of industrial applications. It is also designed to provide a very low propagation delay, which is critical for applications requiring fast response times. The device is an excellent choice for applications requiring reliable and fast digital isolation.

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