SI32261-C-GMR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI32261-C-GMR is an interface telecom device that is used in many applications ranging from mobile phones to satellite communications systems. It is a transition module that is used to interface, transport and manipulate the RF signals needed within all the components of a communication system. The SI32261-C-GMR is capable of converting a single channel baseband signal into multiple channels of RF, a function commonly referred to as channelization. It is also capable of providing up-conversion, down-conversion, and frequency shifting in order to increase the number of channels that can be relayed and transmitted.

The SI32261-C-GMR module is based on SiGe semiconductor (SiGe) technology. This technology has wide acceptance in the market when it comes to RF applications that require both stability and power efficiency. The SiGe technology enables the module to output bandwidths up to 18GHz or low power consumption of only 4mV/MHz at frequencies of up to 2.4GHz. This makes the SI32261-C-GMR an ideal choice for applications that require low power consumption and wide bandwidths.

The working principle of the SI32261-C-GMR is fairly straightforward. In order to convert a single channel baseband signal into multiple channels of RF, the SI32261-C-GMR utilizes an RF signal generator and an IF converter. The RF signal generator takes an incoming signal and generates a high frequency signal that is then distorted in order to produce multiple frequency bands. The IF converter is then used to convert the resulting signal into a format that is suitable for transmission. This process allows the SI32261-C-GMR to increase the number of channels and frequencies that can be handled as well as providing greater flexibility and efficiency.

The SI32261-C-GMR can also be used for up-conversion and down-conversion as well as frequency shifting. Up-conversion involves taking a low frequency signal and converting it into a higher frequency signal, while down-conversion involves taking a higher frequency signal and converting it into a lower frequency signal. Frequency shifting is used to shift a signal from one frequency band to another. These processes are achieved using intermediate frequency (IF) transceivers and digital signal processing (DSP) circuits. The IF transceivers are used for conversion between baseband and IF signals, while DSP circuits are used to implement frequency shifting, up- and down-conversion.

The SI32261-C-GMR is a feature-packed module and has a wide range of applications. It is able to handle signals up to 18GHz while consuming a low power of just 4mV/MHz, making it ideal for applications that require a low power and wide bandwidth. The SI32261-C-GMR is also capable of up-converting, down-converting and frequency shifting, meaning it can be used for multiple communication applications, far beyond those originally envisioned. Its wide range of capabilities and its efficient use of power make the SI32261-C-GMR a great choice in interface telecom applications.

The specific data is subject to PDF, and the above content is for reference