SI3216-B-FM

Series:	ProSLIC®
Packaging:	Tube
Part Status:	Obsolete
Function:	Subscriber Line Interface Concept (SLIC), CODEC
Interface:	GCI, PCM, SPI
Number of Circuits:	1
Voltage - Supply:	3.13 V ~ 5.25 V
Current - Supply:	88mA
Power (Watts):	700mW
Operating Temperature:	0°C ~ 70°C
Mounting Type:	Surface Mount
Package / Case:	38-VFQFN Exposed Pad
Supplier Device Package:	38-QFN (5x7)
Includes:	Audio Tone Generation, BORSCHT Functions, FSK Generation, Ringing and Battery Voltage Generation
Base Part Number:	SI3216

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IntroductionThe SI3216-B-FM is an analog front end product designed to simplify the integration of digital logic associated with amplifiers and filters in digital telecommunication applications. It can be used in a wide range of end-use applications, such as terrestrial and satellite broadcasting applications, mobile communication systems, and data transfer applications.Features of SI3216-B-FMThe SI3216-B-FM is designed with a range of features that make it an excellent choice for design engineers in the telecommunications field. These features include:High Input Dynamic Range - The SI3216-B-FM provides a high input dynamic range thanks to its optimized input interface and its internally generated linearity correction. This enables it to receive signals from both strong and weak input sources with excellent results.Low Power Consumption - The SI3216-B-FM features a low power consumption design, allowing it to be integrated into most systems without additional power supplies. This helps to reduce system cost and complexity.Integrated Digital Interface - The SI3216-B-FM includes an integrated digital interface that allows it to transmit digital signals directly to and from digital devices. This makes it ideal for use in both analog and digital telecommunication systems.High Frequency Response - The SI3216-B-FM provides a very high frequency response, allowing it to process signals up to 250MHz. This enables it to be used in wideband applications such as satellite and cellular networks.Application of SI3216-B-FMThe SI3216-B-FM can be used in a wide range of applications in the telecom field. These include:Broadcast Systems - The SI3216-B-FM can be integrated into broadcast systems to provide a flexible and efficient analog-to-digital signal conversion. The high input dynamic range and integrated digital interface make it ideal for use in both terrestrial and satellite broadcast systems.Mobile Communication Systems - The SI3216-B-FM can be used in mobile communication systems to route analog and digital signals to and from the base transceiver station. The integrated digital interface makes it ideal for rapid data transfer and signal modulation.Data Transfer Applications - The SI3216-B-FM can be used in data transfer applications such as ATM, FTTH, and DSL, providing a reliable and efficient data transfer solution. The low power consumption design makes it ideal for use in these applications.Working Principle of SI3216-B-FMThe SI3216-B-FM works by providing an efficient signal conversion between analog and digital signals. It accepts an analog signal and converts it into digital form via the integrated digital interface. This digital signal is then processed by a signal processing unit, which can provide linearization, filtering and gain control. The output of the processing unit is then transmitted as a digital signal to the digital device. The SI3216-B-FM also has an integrated feedback system that allows it to adjust its parameters based on the signal, making it ideal for applications that require a constant signal output.ConclusionThe SI3216-B-FM is a highly valuable analog front end product that provides excellent signal conversion and flexibility for the telecom field. Its features such as high input dynamic range, low power consumption, integrated digital interface and high frequency response make it suitable for a variety of applications such as broadcast systems, mobile communication systems and data transfer applications. It works by providing efficient signal conversion between analog and digital signals, and its integrated feedback system allows it to adjust in response to the signal. As such, it provides a great advantage in the telecommunications field.

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