• This QRP SSB/CW shortwave transceiver is a good partner for SOTA, POTA
• With a 1602 screen, a battery, a charger, a microphone and a speaker.
• Connected to automatic keys. It can also do CW decoding.
• Using a durable IRF series transmitting tube
• Used to connect to an antenna (instrument base)
• Aluminum laser shell marking, all aluminum buttons, with translucent silicone buttons
• The original QCX circuit is greatly simplified, and the installed components are reduced by 50%. No complicated transformer windings. 

Function List:

• EER E-level drives the SSB transmitting stage
• 13.8V power supply, about 10W SSB PEP output
• Supports full modes: USB, LSB, CW, AM and FM-DSP
• Filter: 4000, 2500, 1700, 500, 200, 100, 50Hz passband
• DSP Function: automatic gain control (AGC), noise reduction (NR), voice trigger, voice trigger XMIT, attenuator RX (ATT), TX noise gate, TX drive control, volume control, and DBM/S-meter
• SSB reverse sideband/carrier suppression transmission: better than -45dBc, IMD3 (dual tone) -33dBc; reception: better than -50dBc
• Supports multi-band. Continuously adjustable in the 160m-10m frequency range (loss of 20kHz performance)...99MHz
• Open source firmware, built-in IDE; allows experimentation, can add new functions, can share contributions through GitHub, software complexity: 2000 lines of code
• V-based software can be used for fast and complete rogue operations (QSK and semi-QSK), or auxiliary execution in digital mode (without CAT or PTT interface) for RX/TX switch, with TX/PA delay control external PTT output - Simple installation and modification, 8 component changes and 8 lines
• Lightweight, low-cost transceiver: Thanks to the EER electronic liquid level transmitter, it has high power efficiency (no need for a huge heat sink) and a simple design (no need for complex balanced linear power amplifiers)
• SSB transmitter phase is completely based on digital and software: control the phase of the Si5351 PLL (through small I2C frequency changes over 800kbit/s) and the amplitude of the PA (through PWM to PWM) to test the microphone input and reconstruct the SSB signal. Key shaping circuit PA)
• All-digital and software-based SDR receiver stage (optional): I/Q signal (complex) is sampled from the quadrature sampling detector digital mixer, and perform 90-degree phase shift (Hilbert transform) software in it and delete sidebands by adding
• Three switchable analog controllers independent of the front receiver
• 0dB, -13dB, -20dB, -33dB, -53dB, -60dB, and -73dB
• MDS receiver noise level: -135dBm (200Hz BW) at 28MHz
• Pre-receiver selectivity: steep frequency adjustment -45dB/ten times roll-off +/- 2kHz
• Blocking dynamic range: 20kHz offset 123dB, 2kHz offset 78dB
• CW decoder, direct/iambic-A/B keying - VFO A/B + RIT and frequency division, and switch the corresponding relay with filter through I2C - CAT support (TS480 subset), which can be streamed through CAT transmission of audio, keystrokes and display text

Interface Introduction:

• Charging: Built-in lithium battery charging port, only use the included charger! It is forbidden to use chargers from other producers
• Switch: off. Bat: built-in battery power supply. 13.8: external power supply
• DC13.8V/3A: External power interface
• Key: Automatic key body connection (A, B, single key)
• PA: external power amplifier, PTT signal
• Mic: External microphone interface
• UART: Serial communication (TS-480 compatible command)
• SPK: external speakers

Package included

• 1 x Transceiver
• 1 x Power Adapter
• 1 x Microphone

Specifications