3G signal generator IFR2051 | Marconi2051 Brand: Egyptian law IFR / British Marconi Marconi Description: 2050 Series is designed to meet the needs of modern digital radio communication technology, is widely used to test new digital communication system. 2050 is an IQ signal generator, and has excellent linearity and precision. It is a high-accuracy modulator, has the ability to generate a wideband CDMA signal from the analog baseband signal source. 2050 is designed for the modern digital wireless communications technology, including GSM, NADC and PDC. 2050 series offers different versions, you can configure different options to suit different applications. 2050T for the TETRA signal measurement, provides the best adjacent channel power characteristics. ◆ Excellent accuracy and stability ◆ support NADC, PDC, GSM, TETRA and other formats ◆ external data input up to 34K symbols / sec ◆ internal PRBS generator of pseudo-random binary data transfer rate control function ◆ ◆ envelope level compensation Control and RF pulse burst function (on / power-off level than of 80dB) ◆ broadband dc-coupled FM DCFM, for high-speed FSK ◆ Programmable channel filter parameters change (such as X-parameters) ◆ ◆ radio baseband IQ output signal fading simulation function (Rician and Rayleigh fading mode) ◆ 100MHz I / Q bandwidth for CDMA system, DAB digital audio broadcasting system ◆ below the low -70dBc adjacent channel power TETRA modulation and excellent vector accuracy (2050T, 2051T, 2052T) product parameters: Frequency Range: 2050: 10KHz-1.35GHz 2051: 10KHz-2.7GHz 2052: 10KHz-5.4GHz output amplitude: A simulation approach: -144dBm- + 13dBm≤2.7GHz -144dBm- + 11dBm> 2.7 GHz B digital and Vector mode: -138dBm- + 6dBm modulation scheme: A simulation mode: AM / FM / PM / B digital wideband FM mode: PSK, π / 4DQPSK, QPSK, QAM, FSK, GMSK C vector mode: I / Q modulation (maximum input bandwidth 10MHz) SSB phase noise: A: Typical analog value <-122dBc / Hz (470MHz, 20KHz offset) B: vector mode <-122dBc / Hz (1GHz, 100KHz offset) C: digitally <-108dBc / Hz (1GHz, 20KHz offset) Note: Other indicators 2050 systems synthesized signal source and options consistent with the 2030 series