display.println("SQR"); gen.ApplySignal(SQUARE_WAVE, REG0, moduleFrequency); Serial.println(moduleFrequency); } if (waveSelect == "TRI") {// 选择三波 display.println("TRI"); gen.ApplySignal(TRIANGLE_WAVE, REG0, moduleFrequency); // 更新 AD9833 模块。 Serial.println(moduleFrequency); ...
I hope some experts can read them out and benefit more from it. The reason why not all my local repeater can relay it is maybe that there is no CTCSS signal attached while the SMS was sent, I guess. By the way, the document of the RF module declared, please do not press the PTT...
Signal Clocking|Gy21056|High Frequency Range:Generate precise frequencies from 8KHz to 160MHz, ideal for diverse applications. Versatile Output Options:Offers 3Vpp outputs through a breadboard-friendly header or SMA connector for RF work. Wide Operating Temperature:Operates reliably from 0-85°C, sui...
RF tool based on CC1101 module and Arduino Pro Micro 8VMHz/3.3V. Allows using CLI with human readable commands to control CC1101 board over USB interface. Putty or any other serial terminal can be used. It has similar functionality to YardStick One but i
Supplier Buyer | Help Apps English | Rules Inquiry Basket Shenzhen Foing Industrial Co., Ltd. Miss Zoe Address: 1st Floor, Unit A, Shanling Digital Building, No. 10 Chiwan 1st Road, Shenzhen, Guangdong, China Telephone: Zip Code: Fax: ...
Arduino code NRFLite_rec.ino , its functions are ported from Solar Charger codes except the RF receiving function. The RF receiving function is only 1 line. while (_radio.hasData()) { _radio.readData(&vm); // Reading RF data.
Arduino Sine wave Generator using the direct digital synthesis Method. Here we describe how to generate sine waves with an Arduino board in a very accurate way. Almost no additional hardware is required. The frequency range reaches form zero to 16 KH
connection to an Arduino Uno, Reset button, 4-way headers for plugging in an LPF module, two 10-way headers for plugging in a frequency synthesiser module, necessary components for a QRP power amplifier (around 1/4 Watt on 30m band; varies depending on band), and BNC connector for RF ...
This libraryshouldbe compatible with any Arduino compatible device, albeit perhaps with some changes. It was developed and tested with an RFduino, but I do not see a reason why it would not work with a regular Arduino. Missing Features ...
using I2C instructions. By setting up the PLL and dividers you can create precise and arbitrary frequencies. There are three independent outputs, and each one can have a different frequency. Outputs are 3Vpp, either through a breadboard-friendly header or, for RF work, an optional SMA ...