MAX13084EESA+

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The MAX13084EESA+ receiver is tailored for the low-end industrial and automation applications, operating from a single wide-input DC voltage range of 4.5V to 36V. The symmetrical 25 mA (max) fault and supply current makes it suitable for battery-operated systems. The receiver has fault indication and fault masking facilities, allowing it to survive in harsh environments. Furthermore, the integrated ESD protection with ±15-kV (HBM) and < 1-kV (air discharge) means that it provides reliable operation, even in the presence of high electrostatic discharge. In terms of synchronization, the receiver supports a clock phase align input for synchronizing the receiver clock phase to an external clock phase.

The MAX13084EESA+ is an integrated receiver/transceiver module. The receiver part of the module supports 8b/10b encoding/decoding and supports data transfer up to 10 Mbps. The transceiver part supports both low and full-speed self-clocking data transmission with host microprocessors. The module also includes several protection features such as dual power supply voltage sense, driver disable, and thermal protection.

The receiver of the MAX13084EESA+ consists of two monolithic transceivers. Each transceiver consists of two independent data receivers, one of which supports 10 Mbps data rate and the other supports up to 5 Mbps data rate. The integrated transceivers support single-end and differential modes, allowing the user to choose the mode of operation depending on their requirements. Furthermore, the transceivers are designed to meet the requirements of the low-end industrial and automation applications; hence, they offer dependable performance even in harsh operating conditions.

The working principle of the MAX13084EESA+ receiver is based on the concept of charge-coupled device (CCD). CCDs are basically a set of electrical capacitors, arranged in such a way that a current can be transferred between the capacitor cells. In the case of the MAX13084EESA+, the CCD cells are connected in series, creating a chain of capacitors. When a voltage is applied to the first cell, a charge-coupling effect occurs, and the charge is transferred to the next cell in the chain. This process continues until the charge has been transferred through the entire chain.

The CCD principle is used in the MAX13084EESA+ receiver. When an incoming signal is present, a differential signal is generated in the CCD chain, which is then filtered and converted into a digital signal by the integrated receiver/transceiver module. This digital signal is then processed by the receiver’s embedded logic and passed to the host processor for interpretation.

The MAX13084EESA+ receiver is a compact device designed for low-end industrial and automation applications. It offers reliable operation even in harsh environments, thanks to its integrated ESD protection and fault-masking capability. In addition, the receiver supports both single-end and differential modes, allowing users to choose the mode of operation depending on their requirements. The receiver\'s working principle is based on the concept of charge-coupled device, which enables the device to efficiently process incoming signals and generate digital values for the host processor.

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