receiver

Using the 433MHz RF Transmitter and Receiver with Arduino

Using the 433MHz RF Transmitter and Receiver with Arduino

Introduction While building microcontroller based projects, there are occasions where communication will be required between two devices, either in a duplex/transceiver based operation (where both devices can transmit and receive at the same time) or in a simplex-based operation where communication is one way (Receiving device cannot transmit and the transmitting device cannot receive). Several

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VIA Smart Recognition Module Recognizes Emotion Face Age Gender

VIA Smart Recognition Module Recognizes Emotion, Face, Age & Gender

VIA Technologies, a global leader in the development of embedded platform and system solutions have announced its VIA Smart Recognition Platform powered by the Qualcomm Snapdragon 820 embedded platform. The VIA Recognition platform offers a robust development suite for Vision-based applications with the possibility of developing applications that can be used for detecting facial expression, faces,

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2018 Will Mark A Milestone in GPS Technology with 30 centimeter Accuracy

2018 Will Mark A Milestone in GPS Technology with 30-centimeter Accuracy

You’re in a crowded street with many high buildings around you and you find your car position on Google maps is wrong. That’s usual, right? This is caused from (fake/distorted) GPS signals reflected from the high buildings around you which make your GPS receiver do some wrong calculations. So be careful don’t always listen to

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Cheap homemade 30 MHz – 6 GHz vector network analyzer

Cheap homemade 30 MHz – 6 GHz vector network analyzer

Introduction Vector network analyzer (VNA) are used to measure scattering parameters of high frequency circuits. When frequency is high enough the reflections of the waves start to matter and distributed effects need to be taken into account. VNA can be used to analyze reflection and transmission coefficients of circuits at high frequencies. For example ideally

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