MAX3087CPA+

Series:	--
Packaging:	Tube
Part Status:	Active
Type:	Transceiver
Protocol:	RS422, RS485
Number of Drivers/Receivers:	1/1
Duplex:	Full
Receiver Hysteresis:	100mV
Data Rate:	10Mbps
Voltage - Supply:	4.75 V ~ 5.25 V
Operating Temperature:	0°C ~ 70°C
Mounting Type:	Through Hole
Package / Case:	8-DIP (0.300", 7.62mm)
Supplier Device Package:	8-PDIP
Base Part Number:	MAX3087

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MAX3087CPA+ is a single port transceiver IC (Integrated Circuit) that operates at full duplex mode. This particular IC is meant to drive and receive the USB 2.0 signals. It supports a maximum data rate of 5Gbps and is highly suitable for high speed hot-swap applications such as USB 3.1. This IC is a low-cost, single-IC solution that is extremely popular due to its small size and high performance.

Introduction:

The MAX3087CPA+ is a versatile and powerful series of transceiver ICs (Integrated Circuits) that can be used for a variety of applications. It is a single port transceiver and has the ability to drive and receive the USB 2.0 signals. This coupled with a high-speed data rate up to 5Gbps makes the MAX3087CPA+ series the perfect choice for data port applications.

Applications:

Due to its small size, high capacity, and ability to drive and receive the USB 2.0 protocol, the MAX3087CPA+ is ideal for a range of applications. One example of its use is in the field of data port applications such as USB 3.1. The MAX3087CPA+ is a highly suitable choice for hot-swap applications that require high speed data transfer.This transceiver IC can also be used in the field of Ethernet applications. For example, the MAX3087CPA+ can be used to drive or receive Ethernet signals, allowing data to be transferred between multiple devices. It is also used in high speed RS-485/422 communication networks.

Working Principle:

The basic working principle behind the MAX3087CPA+ series ICs is the usage of high-speed optical fibers to allocate time slots for the data transfers. The time slots are allocated based on the USB protocol and the optical fibers are used to route the data signals to their respective slots. The MAX3087CPA+ IC then converts the optical data into electrical signals that can be utilized by the system.The MAX3087CPA+ IC will read the incoming electrical signals from the optical networks and convert them into digital logic signals suited to the data ports. On the other hand, the IC will also convert the digital logic signals back into optical signals when data needs to be transmitted.The speed of the data transfer is determined by the clock rate of the IC. The high-speed clock rate of this particular IC gives it an edge over other similarly priced transceivers. Additionally, the high-speed clock rate also makes it suitable for hot-swap applications by preventing any data loss while transferring data over the USB port at 5Gbps.

Advantages:

There are quite a few advantages of using the MAX3087CPA+ series of transceiver ICs. Some of them are:

• Small size: This IC is extremely small in terms of physical size, allowing it to fit into even the smallest of spaces without compromising on space.
• Bio-compatibility: This IC can be used in medical applications due to its biocompatibility.
• Low-Cost: The MAX3087CPA+ series of ICs are very cost-effective and provide an economical solution for data port applications.
• High speeds: This IC offers a maximum data rate of 5Gbps and is ideal for hot-swap applications requiring high speed data transfer.
• High reliability: The MAX3087CPA+ series of ICs offers a high degree of reliability, ensuring data transfer accuracy.

Conclusion:

The MAX3087CPA+ series of transceiver ICs is a versatile and powerful series that can be used for a variety of applications. It is a single port transceiver and has the ability to drive and receive the USB 2.0 signals. It also supports a maximum data rate of 5Gbps making it highly suitable for high speed hot-swap applications such as USB 3.1. This IC is a low-cost, single-IC solution that is extremely popular due to its small size and high performance. The MAX3087CPA+ series of ICs also offer a number of advantages, such as small size, biocompatibility, low-cost, high speeds and high reliability.

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