CYBL10561-56LQXIT

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The CYBL10561-56LQXIT is a Radio Frequency (RF) Transceiver IC(integrated circuit) that integrates a transmitter and receiver in one integrated device. This transceiver operates in the ISM (Industrial, Scientific and Medical) band in the 2400 – 2500MHz frequency range.

This IC is specifically designed for low power and long range applications in which radio signals must pass through metal enclosures or other obstructing materials. It is best suited for low-power wireless sensing, controlling, and automation applications, including lighting controls, smoke detectors, window/door open or close monitoring, and security systems. The transceiver is manufactured using Semiconductor Manufacturing International (SMIC) TSMC 0.18um 1P6M Low Power CMOS RF process.

In terms of the working principle behind the CYBL10561-56LQXIT, the device is a direct conversion RF transceiver, which consists of both a transmitter and receiver. The transmitter section is comprised of an RF transciever, RF power amplifier, and modulation units. It contains a fractional-N synthesizer which provides a range of crystal-less operation up to 2.35GHz. Meanwhile, the receiver section consists of an antenna switch, low-noise amplifier, mixer, IF amplifier, gain control, channel filter, and a demodulator.

The transceiver has a range of high-end features including a transmit power of up to 11dBm. The receiver has an intermediate frequency of 1.3GHz with a sensitivity of -95dBm. It also features Frequency Hopping Spread Spectrum: Modulation of GFSK or OOK using a digital demodulator, as well as great interference immunity with its Seamless Frequency Hopping schemes. The transceiver is also highly energy-efficient with sleep modes that feature current consumption of just 0.02uA.

The CYBL10561-56LQXIT is a powerful RF transceiver for applications in the ISM band. It capitalizes on a direct conversion transceiver architecture to provide both strong transmit and receive performance. The device also offers a number of additional features, making it suitable for many wireless sensing, controlling, and monitoring applications.

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