MB89485LAPFM-G-176-CNE1

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The MB89485LAPFM-G-176-CNE1 is a combination digital signal processor, application-specific integrated circuit (ASIC) and micro controller system on a chip (SoC) used across a number of industries for communication and audio processing. This versatile chip has the capability to integrate applications such as a handset audio codec, a handset communicator, an FM radio tuner, and other audio applications.

Applications:

The MB89485LAPFM-G-176-CNE1 is suitable for a range of communication and audio processing applications, such as radio data systems (RDS) radio communicators and digital audio broadcasting (DAB). This chip is capable of operating in a two-way radio system, allowing for digital audio processing, audio-on-demand communications, and Voice over Internet Protocol (VoIP) phone systems. The MB89485LAPFM-G-176-CNE1 can also be used for TDMA-based digital cellular systems, allowing for both data communication and audio playback.

The chip also features built-in digital signal processing (DSP) capabilities, providing high-performance analog-to-digital and digital-to-analog conversion, digital filtering, time-frequency conversion, and other audio processing capabilities. The MB89485LAPFM-G-176-CNE1 also provides advanced power management capabilities, allowing users to efficiently manage power consumption in their applications.

Working Principle:

The MB89485LAPFM-G-176-CNE1 is a single-chip solution offering both a digital signal processor (DSP) and an application-specific integrated circuit (ASIC). The DSP core can be used for a variety of signal-processing applications, such as sampling, filtering, and data-modulation. The ASIC core can be used for microcontroller functions such as memory control, power management, and clock control. Both the DSP and ASIC cores are integrated in an on-chip system-on-chip (SoC) architecture.

The MB89485LAPFM-G-176-CNE1 is capable of working with multiple data modes simultaneously, allowing for more applications to be supported. The chip is also designed to support DAB, DTV, and stereo broadcast signals. In addition, the chip is also designed to enable users to interface with numerous audio codecs and communication protocols, allowing for excellent sound quality in a variety of settings.

The MB89485LAPFM-G-176-CNE1 also features a dual DSP core, enabling high-performance digital signal processing and audio playback capabilities. The dual core architecture allows the chip to process a variety of signals, such as digital audio records, voice communications, and text communications. The chip also supports a number of audio codecs, such as G.711, G.728, G.729, and GSM, ensuring high-quality sound for a variety of applications.

The MB89485LAPFM-G-176-CNE1 also includes on-chip power management capabilities, offering users the ability to power their applications efficiently. The chip also features hardware support for low-power and low-voltage operation, allowing for efficient power management in mobile applications. Additionally, the chip also supports low leakage power modes and dynamic voltage scaling, allowing for a variety of power management options.

Overall, the MB89485LAPFM-G-176-CNE1 is a versatile chip offering a number of features for communication and audio processing applications. The combination digital signal processor, application-specific integrated circuit (ASIC) and micro controller system on a chip (SoC) provides users with a range of features, allowing for efficient operation in a wide range of applications.

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