This is an old revision of the document!
AD-FMCOMMS2-EBZ / AD-FMCOMMS4-EBZ / AD-FMCOMMS5-EBZ Specifications
| The following equipments were used to generate the following characterization data: |
 |
| The Agilent Technology MXA Signal Analyzer and the Rohde&Schwarz SMA 100A Signal Generator. |
These specs are common to any of the boards which use a narrow band balun.
Transmit Specs
LO BW
 |
| LO linearity sweep with 1MHz tone, -10dB attenuation and scale of 0.25 |
Intermodulation Distortion
 |  |
| Phase Noise at LO of 2.4GHz and Tone of 1MHz with eights power out. | Phase Noise at LO of 2.4GHz and Tone of 1MHz with quarter power out. |
 |  |
| Phase Noise at LO of 2.4GHz and Tone of 1MHz with half power out. | Phase Noise at LO of 2.4GHz and Tone of 1MHz with full power out. |
Phase Noise
 |  |
| 1MHz tone, LO 2.4GHz, Scale of 0.5 | 1MHz tone, LO 2.4GHz, Scale of 0.25 |
EVM
 |
| EVM test result using LTE10, with 0dB attenuation and 2.4GHz LO |
 |
| EVM test result using LTE10, with -10dB attenuation and 2.4GHz LO |
 |
| EVM test result using LTE10, with -20dB attenuation and 2.4GHz LO |
 |
| EVM test result using LTE20, with 0dB attenuation and 2.4GHz LO |
 |
| EVM test result using LTE20, with -10dB attenuation and 2.4GHz LO |
 |
| EVM test result using LTE20, with -20dB attenuation and 2.4GHz LO |
Receive Specs
LO BW
 |
| RX linearity LO sweep with 1MHz tone, -10dB input power and 10dB hardware gain |
 |
| EVM using LTE10 with 2.4GHz LO and -45dBm input |
Bandwidth
Bandwidth
 |  |
| BW with 2.4GHz LO and -10dBm input and Slow attack gain control | BW with 2.4GHz LO and -10dBm input and manual gain control |
This version (15 Oct 2014 01:13) was approved by Robin Getz.The Previously approved version (24 Sep 2014 21:59) is available.
