SI1035-A-GM

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RF Transceiver ICs

The SI1035-A-GM is one of the latest in a line of advanced transceiver integrated circuits (ICs) from Silicon Laboratories. Designed to offer superior performance for wideband digital wireless communications systems, the SI1035-A-GM is a high-performance, low-noise and low-power RF transceiver IC designed to work in frequency ranges from 400 MHz to 4.4 GHz.

The SI1035-A-GM is designed for a variety of applications such as cellular base stations, wireless local area networks (WLANs), digital communication systems, vehicle-mounted antenna systems, short-range wireless communication systems, and point-to-point digital communication systems. It has a low noise figure of only 0.5dB, a power consumption of only 3.6W, and a power-added efficiency as high as 70%. This makes the SI1035-A-GM a perfect choice for high-performance wireless applications.

The SI1035-A-GM works by combining both transmit and receive paths onto a single IC, thus offering a robust solution for wireless communication systems. It includes two in-package antenna ports for diversity reception and two external receiver mixer inputs. It also provides high-level integration functions, such as digital IF signal processing, audio processing, gain control, frequency selection, and parameter setting.

The SI1035-A-GM transceiver IC also features programmable transmitter linearity and power levels over a wide range of operating frequencies. In addition, it offers real-time power control and automatic gain control in receive mode. This allows for improved signal-to-noise ratio and maximum range in wireless communication systems. The internal on-chip voltage-controlled oscillator (VCO) allows for fast frequency tuning and the 80-bit RAM can be used for non-volatile configurations.

The SI1035-A-GM transceiver IC is a highly integrated solution for advanced wireless systems. With its wide range of features, it is an ideal choice for a variety of wireless communication applications. It offers robust and reliable performance with low power consumption, low noise, and high efficiency.

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