MAX3073EAPD+

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The MAX3073EAPD+ is a low power, single-ended 3.3V CMOS differential line receiver. It is a high performance device suitable for robust and reliable communication between electronic systems. The device is suitable for use in computer, communication, and telecommunications applications.

The MAX3073EAPD+ provides reliable signal transmission for transmission rates up to 155 Mbps. The device is designed to receive data from differential line pairs, such as twisted-pair cable, multimode fiber, or single-mode fiber. It features an automatic equalizer with signal acquisition & lock capabilities.

In addition to signal reception and signal acceleration benefits, the MAX3073EAPD+ also offers many advantages in terms of signal stability and interfacing with different types of systems. The device uses a minimum socket size of 8-pins and its power consumption is exceptionally low, making it an ideal choice for applications with limited space requirements and budget.

The device also includes an integrated power-on reset circuit that ensures a complete power-on reset to reliable user programmable registers. This ensures reliable operation even during transient periods of power supply.

The device is designed to operate in both high-speed and low-speed modes, and it is able to accept a DC-coupled input signal and can be configured for AC-coupled operation. The device supports direct data coding and auto-sensing, enabling transmission of multiple data types at different speeds.

The MAX3073EAPD+ is capable of receiving and transmitting data at low-to-mid range frequencies. This allows it to be used in a wide variety of applications which require data transmission over short distances.

TheMAX3073EAPD+ is an ideal solution for applications requiring reliable and robust differential line transmission. It is suitable for a wide range of applications such as computer, communication, and other types of applications. With its low power consumption and integrated power-on reset circuit, it provides a reliable and cost-effective solution for differential line transmission.

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