MC44CC375AVEFEVK

Series:	--
Part Status:	Obsolete
Type:	Modulator
Frequency:	--
For Use With/Related Products:	MC44CC375AV
Supplied Contents:	Board(s)

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Introduction

The MC44CC375AVEFEVK is an evaluation and development board for specific RF functions. This board is built around a Broadcom System-on-Chip (SoC). The board consists of different components such as a high-speed RF transceiver, high-performance ARM processor, and high-speed memories. The board is optimized for use with a Broadcom BiCMOS4 process radio transceiver. This board is intended for use in short-range, low-power communication applications capable of transmitting and receiving data in the frequency range of 902-928 MHz.

Application Fields

The MC44CC375AVEFEVK is designed for high-performance, low-power communication applications, such as RFID readers, remote keyless entry systems, wireless remote controls, and other short-range communication applications such as remote control of industrial equipment, consumer electronics, toys, and automobiles. It is also suitable for other wireless applications such as machine-to-machine communication and industrial automation. Additionally, this board enables quickly and reliably designing various communication support for interface radio products.

Features and Benefits

This board offers various features that make it ideal for a wide array of applications. It is highly integrated and cost effective which makes it suitable for battery-operated systems. It provides up to 40 dBm output power and 32 dBm receiver sensitivity. This board has a wide operating supply voltage range, low quiescent power consumption, wide dynamic range, and advanced power management. Moreover, it allows for adjustable operating parameters such as the data rate, modulation, frequency, and output power levels.

Working Principle

The MC44CC375AVEFEVK board enables radio operations by combining the Broadcom BCM435x High-Power Radio Transceiver and ARM processor. The ARM processor is integrated with the RF transceiver chip and a wide array of other components. It allows the processor to configure all of the radio parameters for the system. The chip also includes an on-chip low-noise amplifier (LNA) for the receiver section and a high-power amplifier (HPA) for the radio section. The radio transceiver section employs quadrature modulation for data as a physical layer to transmit or receive data over the air. Frequency hopping is employed for RF diversity. After decoding the received signal, the ARM processor further processes the data according to the user-defined protocol and sends it to the appropriate device. It is optimized for use with a Broadcom 410 System-on-Chip (SoC).

Conclusion

The MC44CC375AVEFEVK evaluation and development board is a versatile RF platform for various high-performance low-power communication applications. It is based on a Broadcom System-on-Chip (SoC) and has an onboard ARM processor and RF transceiver. The board has a wide supply voltage range, low quiescent power consumption, wide dynamic range, and advanced power management features. Moreover, it has a wide array of adjustable parameters such as output power levels, modulation, data rate, and frequency. The board provides high-speed transmission of data and reliable communication over various networks. It is a cost effective and highly integrated platform that can be used for various short-range communication applications.

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