RF_Tuning_Tool
A Python program to facilitate GSM / WCDMA / CDMA2000 / LTE RF tuning and reduce manual operation.
Introduction
RF tuning contains many manual routine operations, including device setup, callbox setup and record measurement result. These routines take lots of time and distract RF engineer from tuning itself.
This program contains three classes to wrap callbox and phone commands and integrated tuning tools in both command-line and GUI.
Snapshot
File Description
File name | Function |
RF_Tuning_Tool_2.pyw | GUI WCDMA/LTE tuning tool |
RF_Tuning_Tool.pyw | GUI WCDMA/LTE tuning tool (obsolete) |
Agilent8960.py | Wrap of Agilent8960 GPIB commands |
Anritsu8820C.py | Wrap of Anritsu8820C GPIB commands |
QCOM.py | Wrap of Qualcomm QMSL library |
tuning.py | Command-line WCDMA tuning tool |
tuning_LTE.py | Command-line LTE tuning tool |
WCDMA_attributes.py | Parameters including COM port, path loss, etc. |
WCDMA.py | Link mode auto test tool for TxP/sensitivity |
PS_GW_PPT1830.py | Wrap of Power Supply Good Will PPT-1830 |
Supported Device
- Qualcomm based phone
- Callbox:
- Anritsu 8820C: GSM / WCDMA / CDMA2000 / LTE
- Agilent 8960: GSM / WCDMA / CDMA2000
- Power Supply:
- Good Will PPT-1830
- Agilent 66319D
- Agilent E3631A
Requirement
Hardware
- Qualcomm based device
- Callbox
- GPIB (tested with NI USB-GPIB adapter)
- Power Supply (optional)
Software
- Python (tested with 2.7.5, Win7)
- PyVisa 1.4 (for callbox control)
- PySide 1.2.0 (Python binding for QT)
- Qualcomm Library QMSL_MSVC10R (for phone control) [1]
[1]: Qualcomm library could be found in QDART
Usage
- Check parameters in WCDMA_attrigutes.py
- Execute RF_Tuning_Tool_2.pyw