SC1894-EVK3400

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RF Evaluation and Development Kits, Boards are a great way to analyze and troubleshoot radio-frequency hardware and software. The SC1894-EVK3400 is an RF evaluation and development kit that is designed for use in applications where engineers are looking to evaluate and develop wireless systems. This article will discuss the application field of the SC1894-EVK3400 and its basic working principle.

SC1894-EVK3400 application field:

The SC1894-EVK3400 is a multi-protocol, 2.4GHz wireless radio-frequency development kit. It is designed for direct connection to the Quark SE Microcontroller and Quark SE Analog Coprocessor but can also be used with other Quark, ARM Cortex, AVR and other microcontrollers. With this development kit, the user can develop, evaluate and troubleshoot various applications, such as wireless radio-frequency transmitters, receivers, signal generators, radio-frequency transceivers, radio-frequency modules, radio-frequency integrated circuits, and digital to-analog converters, among many other applications.

The SC1894-EVK3400 is designed with a very versatile package, allowing users to customize the board with mix and match capabilities, making it easier to develop various applications with the same board. It comes with an MCU extension header, allowing easy connection to the Quark SE Microcontroller, making it ideal for applications like 2.4GHz RF modules, ICs, systems and data links. It also comes with an on-board power supply that enables users to easily power and configure their system. Additionally, the SC1894-EVK3400 has a library of baseband blocks that can be applied to different applications, making it easier to add and control functions in applications.

The SC1894-EVK3400 can also be used for wireless sensor networks, allowing for easy communication between the base station and the nodes. It is ideal for use in applications where data needs to be transferred over long distances, or where high power and long-range data communication is needed. Additionally, this board can be used in medical applications, where secure data transmission and the collection of vital signs is needed. The board can also be used in outdoor applications, such as environmental monitoring.

SC1894-EVK3400 working principle:

The SC1894-EVK3400 board is based on the IEEE 802.15.4 MAC compliant two-way, 2.4GHz wireless communication protocol, which is designed for low power, low latency networks. This protocol operates in the 2.4GHz ISM band and is suitable for point-to-point and point-to-multipoint systems. The board supports several wireless communication protocols, such as Zigbee, Bluetooth, Wi-Fi and IEEE 802.15.4.

The board uses a 2.4GHz RF transceiver for the communication protocol and an external power amplifier for increased range and power efficiency. The board includes antennas and the necessary software for developing applications. The ZIC2410B transceiver provides the user with an extended range of operation, allowing for up to 500 meters of useful range at 100mW RF output power.

The board also has a wide range of signal processing features that enable users to quickly and easily evaluate various wireless subsystems. The board is designed to be easily programmed in the C programming language and includes on-board routines for protocol stack development. Additionally, the kit comes with several graphical user interface programs to help users design and debug their applications.

The SC1894-EVK3400 board includes an ARMP400 processor that is capable of powerful computing and signal processing. The processor is clocked at up to 48MHz and is capable of running complex software applications such as signal filtering, signal modulation, signal demodulation and signal analysis. The processor also has a frequency synthesizer that can generate various frequency signals for testing.

The SC1894-EVK3400 also has several configurable pins, making it easy to use with different peripherals. The kit includes an on-board debugger and oscilloscope that allow the user to debug and troubleshoot their software application. Additionally, the board includes several baseband blocks such as a trace buffer, modulation and demodulation functions, carrier detection, and frequency shift detector. There is also a memory mapping block to enable developers to debug and develop applications that require a memory map.

The SC1894-EVK3400 is an advanced, multi-purpose, 2.4GHz wireless RF development board that is designed for use in applications where engineers are looking to evaluate and develop wireless systems. It provides a wealth of features and functions for developing applications, such as wireless radio-frequency transmitters, receivers, signal generators, radio-frequency transceivers, radio-frequency modules, radio-frequency integrated circuits, and digital to-analog converters. It features an MCU extension header, an on-board power supply, a library of baseband blocks, and a wide range of signal processing features. With its versatile package and easy customization capabilities, this board is ideal for use in various applications.

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