SDR Transceiver Pan SDR Pro

HF 20W, 6M 15W, VHF 8W

TCI for connection to third-party applications

Studio quality signal

ADC 14 bit @ 122.88 MHz

Monitoring delay in CW mode is 5-6ms

Remote operation

Windows 10, Linux, macOS

Category:

Description

The Pan SDR Pro transceiver was designed for advanced operation on HF and VHF bands, even the most demanding operator will be surprised by its capabilities. Modern hardware along with the software makes this high-performance SDR transceiver the perfect base station and at the same time perfectly suitable for field operations.

Transceiver Pan SDR Pro include:

  • Transceiver Pan SDR Pro
  • LAN-cable for connection to a local network (1.8m)
  • Power cable for connection to a power supply (2m)
  • Audio-adapters JACK 6.3mm to JACK 3.5mm (2 pcs.)
  • RF Cable Mini UHF — HF (PL259) 1Ft (0.3m 1 pc.)

 

SDR Transceiver Pan SDR Pro Main features

Main features and capabilities of the transceiver:

  • Independent RX path based on DDC (Direct Down-Conversion) architecture
  • Independent TX path based on DUC (Direct Up-Conversion) architecture
  • 2 software RXs + SubRX for each of them (4 slices total) + independent wideband Bandscope up to 80 MHz
  • A remote control operation, using it, you connect PTT and CW-key to the E-Coder panel. Microphone and E-Coder are connected to the remotely set up PC
  • TCI interface for seamless connection with third-party software
  • Professional TX processing module provides the most advanced tuning capability for voice operation
  • ExtCTRL connector to control external devices with 8 powerful keys with open collector
  • ALC connector for external power amplifiers
  • Supports use of VHF transverters
  • An opportunity to use the transceiver as a signal generator via DAC OUT connector (SMA connector)
  • An opportunity to use external filters in the middle of the RF path, using ADC IN and RX OUT (SMA connector)
  • Monitoring delay in CW mode is about 5-6 ms
  • Input for external 10 MHz reference oscillator
  • An opportunity to use the transceiver in SO2V mode
  • Full duplex or half-duplex modes
  • Antenna switch with 2 HF antenna connectors and separate VHF antenna connector

 

SDR Transceiver Pan SDR Pro Block diagram

 

Specifications

SDR Transceiver Pan SDR Pro Specifications

RF ADC, bit @ MHz 16 @ 160
ADC type LTC2209
RX Frequency range, MHz 0.1…65; 95…155
Independent software receivers 2 + 2 SubRX
Sample rate, kHz @ bit 39; 78; 156; 312 @ 24
Bandscope, MHz 80
RX HF filters, MHz LPF: 65 or 9 x BPF
RX VHF filters, MHz WideRX: 95-155 or SAW filter for 2M: 144-148
BDR on HF, dB 130
BDR on VHF, dB 114*
Sensitivity, uV 0,2
DR IMD3, not less dB 98
RMDR, dB 110
ATT/Preamp, dB -20; -10; 0; +10
VHF LNA, dB 22
RF DAC, bit @ MHz 14 @ 640
TX Frequency range, M All amateur bands 160-6; 2
Output power on HF, W 15 (up to 20)
Output power on 6M, W 15
Output power on VHF, W 7 (up to 8)
TX IMD3, dB 25-30 on HF/VHF
Local oscillator TCXO, MHz +/- ppm 20 +/- 0.5
External 10 MHz oscillator input +
Built-in audio codec, bit 24
RF input/output 2HF, 1VHF (Mini_UHF)
ADC IN, DAC OUT (SMA)
PC interface LAN 100 Mbit
DC voltage range in RX/TX, V 10…16/ 12…16
Recommended DC voltage, V 15
Current consumption RX/TX, A 1.25 / 5
Power consumption RX/TX, W 19 / 75
Operating temperature, °C/°F 0…+50/ +32…+122
Dimensions L x W x H, cm/inches 19.0 x 17.0 x 5.0/ 7.48 x 6.69 x 1.97
Weight, kg/lbs 1.5/ 3.31