Icom IC-7300 Transceiver

Product Details

Icom IC-7300 Transceiver

Icom IC-7300 is Icom's latest SDR HF / 50 MHz transceiver. It provides 100W output power and the receiving range is 0.030 to 74.800 MHZ. It runs in SSB, CW, RTTY, AM and FM modes. The Icom IC-7300 has an RF direct sampling system, 15 discrete bandpass filters, a real-time spectrum oscilloscope and a large 4.3-inch color touch screen display.

• High-performance real-time spectrum waterfall display system

• IC-7300's real-time spectrum range function is at the forefront of the industry in terms of resolution, scanning speed and dynamic range. When you listen to the sound, you can lock the frequency range through the spectrum and amplify the signal by touching the screen signal.

• RF direct sampling system

• IC-7300 adopts the RF direct sampling system, the RF signal is directly converted into digital data and processed in FPGA (Field-Programmable Gate Array), which can simplify the circuit structure. In the amateur radio world, this system is a technology.

• Audio frequency spectrum function

• The audio spectrum function can be used to observe various automatically collected frequency characteristics, such as microphone, level, filter width, notch width in continuous mode, and keying waveform. Either transmitting or receiving audio can be displayed on the screen.

• Large touch color TFT LCD display

• The large 4.3-inch color TFT LCD touch screen provides you with intuitive operation. Using the software keyboard of the touch screen, you can easily set various functions and edit the memory content.

• Built-in tuning

• The built-in nature tuner will quickly adjust and change the working frequency band according to your transmitting frequency setting. This unit has a "forced tuning" function and allows the antenna to be tuned temporarily.

• Excellent sound quality

• IC-7300 provides excellent sound quality. IC-7300 specially allocates a space on the aluminum plate of the main unit to mount the speakers, so that the sound output becomes an independent unit.