U14996 Used ICOM IC-7610 HF/50MHz All Mode Transceiver
This ICOM IC-7610 is in great used condition. There are no scratches on the radio and everything is very well kept. There is a small bit of dust on the bottom but overall this radio is in great shape. There is a slight glare of the screen in the photos but the screen looks really good up close in person. All buttons and knobs are in good working condition. The radioworks great with no issues. The radio comes with a DC Power Cord, a New HM-219 mic, and a dust cover. Purchase is covered under our 30 day in-store warranty. Original boxes are NOT included.
SN: 22002189
Item comes with our 30 day in-store warranty.
Additional Product Details:
Icom IC-7610 HF/50MHz All Mode Transceivers have the SDR everyone wants. Faint signals are no longer a challenge for DXers and Contesters around the world. The difference between putting the QSO in the log and trying another time is the capability of the operator and the receiver. The high-performance Reciprocal Mixing Dynamic Range (RMDR) of the IC-7610 gives it the ability to pick out the faintest of signals even in the presence of stronger, adjacent signals. The IC-7610 introduces dual RF direct sampling receivers. Achieving 110dB* RMDR, these receivers rival the performance of other top-of-the-line transceivers. The IC-7610 also features a gorgeous high-speed, high-resolution, real-time spectrum scope on a 7 in. color touch screen functional display.
Now, the Icom IC-7610 employs the key to SDR … RF direct sampling. This system converts RF signals directly to digital data, processed by the FPGA (Field-Programmable Gate Array). This dramatically reduces distortion that naturally occurs in mixer stages of traditional Superheterodyne receivers. IC-7610 Direct Sampling achieves 110 dB* RMDR to pull weak signals out of the noise and hear the desired signal come out of the pileup!
* Representative value at 2 kHz frequency separation (Received frequency: 14.2 MHz, Mode: CW, IF BW: 500 Hz)
Icom IC-7610 HF/50MHz All Mode Transceivers have these impressive features:
* Independent Dual Receivers--Whether listening to both sides of the DX station running split or looking for a multiplier on a different band or mode, the dual receivers in the IC-7610 have you covered. Two separate DIGI-SEL preselectors and two separate Band Pass Filter networks feed two separate A/D converters into the FPGA.
* Dual Digi-Sel Preselectors--These RF filters with sharp, narrow passband characteristics prevent Analog-to-Digital Converter overflow from large out-of-band signals when sampling the RF. Third and higher order IMD components are reduced; ideal when receiving strong signals in a contest pile-up or from broadcast stations on adjacent frequencies or bands.
* Large Color Touch Screen--The large 7 in. Color TFT Touch Display offers intuitive operation of functions, settings, and various operational visual aids such as dual spectrum scope, simulated analog meters and digital mode messages. The combination of the touch screen and the multi-dial knob offers quick and smooth operation. Push the multi-dial knob and menu items are shown on the display. Select an item by touching the screen and adjust the level with the multi-dial knob.
The Icom IC-7610 has even more amazing features:
* Dual receivers with dual spectrum scopes
* Independent second receiver tuning with optional RC-28 USB Encoder
* DVI-D connector for an external display
* Full support for simplified remote operation with optional RS-BA1 Remote Control Software
* Built-in automatic antenna tuner
* Receive Antenna IN and OUT
* Digital-Up-Conversion (DUC) for clean transmit
* SD memory card slot for saving data
* I/Q signal output
* Memo pad stores up to 10 operating frequencies and modes
* Quick Split and Quick Dualwatch functions
* UTC/local clock and timer function
* 1 Hz pitch tuning and display
* Adjustable main dial brake
* Separate external speaker jacks for Main and Sub receivers
* Multi-function meter (S-meter, Power, ALC, COMP, SWR, ID, VD and TEMP)
Item comes with our 30 day in-store warranty.