0x80 tasks with C and C ++

The dual-channel signal generator offers a frequency range up to 50MHz with a variety of waveform types and high precision down to 0.01uHz. It is characterized by exceptional stability, 14-bit waveform resolution and a 50Ω output impedance. JDS2900-50

The two-channel DDS signal generator supports a frequency range of up to 15MHz with a precision of up to 0.01uHz and DDS technology ensures signal stability. The device offers 12-bit vertical resolution, 1mV amplitude resolution and 50Ω output impedance. Junctek JDS6600-15

The two-channel DDS signal generator with a range of up to 30MHz offers precise signal generation with DDS technology and a resolution of up to 0.01uHz. The device has 12-bit vertical resolution, 1mV amplitude resolution and an output impedance of 50Ω. Junctek JDS6600-30

A two-channel DDS signal generator with a range of up to 40MHz ensures precise signal generation thanks to DDS technology with an accuracy of 0.01uHz. The device offers 12-bit vertical resolution, 1mV amplitude resolution and 50Ω output impedance, making it irreplaceable in electronics laboratories. Junctek JDS6600-40

A two-channel DDS signal generator with a range of up to 50MHz ensures precise signal generation with exceptional stability and resolution. The device supports various wave types, offers 12-bit vertical resolution, 1mV amplitude resolution and is an essential tool for professional electronics laboratories.

The two-channel DDS signal generator with a frequency of 60MHz enables the generation of various waveforms, from a sine wave with a range of up to 60MHz to a pulse wave with a range of up to 6MHz. The device is distinguished by a precise frequency resolution of 0.01uHz, stability of 1ppm/3h and 12-bit waveform resolution. Junctek JDS6600-60

Vector network analyzer with two ports. It can perform measurements for frequencies from 50 kHz to 4.4 GHz. Equipped with an LCD display, it can be connected to a computer via USB. Nanovna V2 4"

Vector network analyzer with two ports. It can perform measurements for frequencies from 50 kHz to 3 GHz. Equipped with an LCD display, it can be connected to a computer via USB. NanoV2 3.2"

SDR (Software Defined Radio) receiver that allows you to receive signals in the frequency range from 10 kHz to 1 GHz. It is ideal for both monitoring low frequencies and receiving signals on higher bands

Thermal imaging camera module with an MLX90640 infrared sensor and a 2.8" TFT LCD display. It offers an accuracy of 2°C and a viewing angle of 55°x35°.

Li-Fe battery monitor that can measure voltage, current, power during charging and discharging, and watt-hours consumed and run time. The user can use a mobile application and a computer to control the measuring module. Juntek KG110F

Antenna dedicated to communication in LoRa networks in the 868 MHz frequency band. Equipped with an RP-SMA connector. SparkFun WRL-18083

Visible spectrum emitter module that combines 9 discrete LEDs covering visible light wavelengths from 455 to 720 nm. It uses Qwiic connectors and I2C communication as well as a USB type C socket to power the module. SparkFun SPX-21316

Switch module with a maximum voltage of 12 V and a current of 10 A based on a MOSFET transistor, controlled by a digital pin. It is equipped with a screw connection and a status LED. SparkFun SPX-19799

Power monitor module that detects voltages up to 60 VDC and current up to 30 A. It uses the Allegro MicroSystems ACS37800 IC, which simplifies adding monitoring to power systems. SparkFun SPX-17873

A Thing Plus development board that combines the Matter protocol and the Qwiic SparkFun ecosystem to facilitate the prototyping of IoT devices. It uses the MGM240P module from Silicon Labs, which provides secure connectivity for both 802.15.4 with Mesh (Thread) and Bluetooth® Low Energy 5.3 protocols. SparkFun DEV-20270