SI5110-H-GL

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The SI5110-H-GL is a high-performance, 3.3V powered, integrated, dual differential line transceivers and transmit line drivers. It offers a wide range of features and functions, as well as a variety of pin options. In this article, we will discuss the application field and working principle of SI5110-H-GL.

Application Field

The SI5110-H-GL is ideally suited for applications in inverter, drives and servo control, as well as communications and other industrial control systems. It is also suitable for general-purpose applications that require reliable data transmission results. The transceivers feature wide temperature range operation and are fully compliant with EMC and EMI standards.

The SI5110-H-GL transceiver consists of two full-duplex, balanced differential line drivers, with an integrated receiver, and one differential receiver. The differential line driver offers good linearity and a high output voltage swing for reliable data transmission over extended distances. The integrated receiver features a high common mode rejection ratio which ensures the signal is accurately received.

Working Principle

The SI5110-H-GL transceiver works by transmitting digital data over an external twisted pair cable. The differential output is converted to a single-ended digital signal by the integrated receiver, which then feeds it to the receiver’s output buffer. The receiver can also be configured to detect certain Pulse Width Modulated (PWM) signals, and provide a square wave output.

The differential line drivers in the transceiver provide good linearity over extended distances, and are also designed to reduce EMI, Crosstalk and Bandwidth noise. The transmitter can be configured to drive data at up to 2.5Gbps. The transmitted data is then received from the cable and fed to the integrated receiver, which decodes the differential signal and generates a single-ended data signal.

The SI5110-H-GL also supports advanced error detection and correction features such as eight-bit parity and Hamming code, as well as an additional parity bit. These features ensure reliable data transmission and can also detect and correct transmission errors.

In addition, the transceiver can also be used to provide optical fiber to copper cable conversion, and extender mode functions by supplying the power to the partner transceiver via the copper cable. This enables the transceiver to be used in applications where long cables are used.

Conclusion

The SI5110-H-GL is a high-performance, 3.3V powered, integrated, dual differential line transceivers and transmit line drivers. It is typically used in applications that require reliable data transmission over long distances, such as inverters, drives, servo control and communications systems. It features an integrated receiver, two full-duplex, balanced differential line drivers, error-detection and correction features, as well as a variety of pin options. It also supports optical fiber to copper conversion and extender mode functions.

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