LE79R79-3DJC

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LE79R79-3DJC Application Field and Working Principle

As an interface technology, LE79R79-3DJC is used in telecom fields for LTE/UMTS/GSM/CDMA and WLAN solutions. Developed by leading telecom technology companies, it provides an advanced bipole design that features a very low power consumption for the transmission of digital data. The LE79R79-3DJC is a low cost discrete marking interface ideal for telecom application environments.

Applications

The LE79R79-3DJC is mainly used in mobile networks, allowing communication between base transceiver stations (BTS) and user equipment (UE) devices. It is also used in other telecom applications including PDC and IP Multimedia Subsystems (IMS). Additionally, it is used in radio access networks (RAN) and core applications.

The LE79R79-3DJC provides reliable and high-speed data transmission in master/slave networks, supporting up to 100 Mbps for uplink and downlink traffic. It supports a wide bandwidth capability, from DC to 6 GHz, making it a perfect choice for telecom applications.

Working Principle

The LE79R79-3DJC is a differential analog switch, which functions as a high-speed digital input/output (I/O), converting a single analog signal from bi-directional ports. The I/O is designed to switch between two different bi-directional ports. It can be used as either an input or an output device.

The interface technology supports a digital high-speed rate, while providing an ultra-low energy consumption. This ensures an extended digital data transmission. The interface technology is also highly compatible and flexible, allowing it to be used with a variety of devices and protocols.

The LE79R79-3DJC utilizes a patented integrated circuit that contains an internal data circuit and an analog signal switch circuit. The internal data circuit provides an impedance matched signal, allowing the analog signal switch circuit to selectively switch between two bi-directional ports. The signal is generated from the data circuit and is controlled by the analog signal switch circuit.

The LE79R79-3DJC is designed for low power consumption and high-speed, reliable data transmission. It features low cross-talk, excellent isolation, and a high signal-to-noise ratio even at low frequencies. It supports all types of modulation schemes, making it an ideal choice for high-speed, low-power wireless communication.

Conclusion

The LE79R79-3DJC is an interface technology that is used mainly in telecom fields such as mobile networks, PDCs, and radio access networks. It supports a high-speed rate and low power consumption. It is also highly compatible and flexible and supports different modulation schemes. All these features make the LE79R79-3DJC an ideal choice for telecom applications.

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