MLX71121KLQ-AAA-000-TU

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The MLX71121KLQ-AAA-000-TU is an RF receiver designed for a variety of applications including automotive, industrial, and consumer markets. This receiver, with its excellent performance, helps provide design flexibility and cost savings for customers looking for a robust and reliable solution. This receiver is designed for a wide operating voltages (including single versus dual-supply operation modes) and a broad frequency range (75 MHz to 4000 MHz). This receiver also includes a range of options, such as different power-saving modes, adjustable output voltage level, and integrated filtering.

The MLX71121KLQ-AAA-000-TU is a Direct Conversion Receiver (DCR) designed for telecom and satellite communication systems. This receiver is a low-cost, two-stage receiver that converts high frequency data signals into intermediate frequency (IF) digital signals. The receiver utilizes a series of frequency-dependent divider and mixer blocks and an amplifier stage. The Mixer stage converts the incoming RF signal (contained in the 70 dBµV to +35 dBµV) into an IF signal using a Local Oscillator (LO) signal. The LO signal is generated by a frequency synthesizer in the receiver.

The feed stage of the receiver is designed to convert the incoming signal from the antenna into an intermediate frequency (IF) signal. This is accomplished by applying a frequency-dependent divider on the incoming RF signals; the section then outputs an IF signal of 114MHz (±10%). This IF signal is then further amplified by an amplifier stage, thus ensuring the receiver provides a high-sensitivity output. The receiver units maximum bandwidth is 8MHz.

The MLX71121KLQ-AAA-000-TU RF receiver is implemented as a phased-array receiver for radio navigation (PARR). The receiver employs a simple Phase-Locked Loop (PLL) loop architecture which generates a phased signal for each input antenna element, and combines these phased signals into one signal. With this architecture, it can detect multiple signals at the same time, and it is also effective in

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