ENA Multiport Solution Setup Procedure of MWA Software for SP9T (10-port) Switch

Transcription

1 ENA Multiport Solution Setup Procedure of MWA Software for SP9T (10-port) Switch Step 1. Define a test plan Step 2. Create a setup file Step 3. Perform measurement Rev

2 Step 1. Define a Test Plan DUT (SP9T Switch) 10-port DUT. SP9T (Single-pole, 9-throw, one-input and 9-outputs) switch. S-parameter measurement on all paths out of the 10-port DUT. The connected output port is determined by 4-bit logic control signals to Vc1 to Vc4 input. Vdd 2 3 UMTS1 (850 MHz) UMTS2 (1900 MHz) Truth Table of Control Bits (Vc1 to Vc4) 1 ANT UMTS3 (2100 MHz) GSM Rx1 (850 MHz) GSM Rx2 (900 MHz) GSM Rx3 (1800 MHz) GSM Rx4 (1900 MHz) GSM Tx1 (850/900 MHz) GSM Tx2 (1800/1900 MHz) Vc1 to Vc4

3 Step 1. Define a Test Plan Measurement Parameters - Example

4 Step 1. Define a Test Plan Measurement with ENA Multiport Solution Single connection with the 4-port ENA & E5092A Configurable Multiport Test Set. DC control voltage can be applied from the E5092A, enabling synchronous S-parameter measurement. Power supply of the DUT (Vdd) can be applied from internal DC source in E5092A. Measurement Wizard Assistant (MWA) software offers simplified measurement procedure. Control line connectors For DC control functions 4-port ENA E5092A Vdd UMTS1 UMTS2 ANT Switch Control Vc1 Vc2Vc3 Vc4 UMTS3 GSM Rx1 GSM Rx2 GSM Rx3 GSM Rx4 GSM Tx1 GSM Tx2

5 Step 1. Define a Test Plan DC Control Function of E5092A Internal DC source of Group A is used for control voltage (Vc1 to Vc4) of DUT. Internal DC source of Group B is used for bias voltage (Vdd) of DUT. 0 ~ +5 V 10 mv (res.) DC Source (Group A) 150 ma (max) Max Current Output Voltage DC Source Output Output Impedance 5 ohm (max) GND 0 to +5 V Positive Input (High) -5 to 0 V Negative Input (Low) Control Line 1 (Group A) 50 ma (max) Max Current : Impedance 10 ohm (max) : Control Line 1 (Group A) Control Line 2 (Group A) Control Line 3 (Group A) Control Line 4 (Group A) : Control Line 8 (Group A) 4-bits used for control voltage (Vc1 to Vc4) DC Source (Group B) DC Source Output Same as Group A GND Positive Input (High) Control Line 2 (Group B) Same as Group A (Output bit: 4-bits) Negative Input (Low) Control Line 1 (Group B) Control Line 2 (Group B) Control Line 3 (Group B) Control Line 4 (Group B) 1-bit used for bias voltage (Vdd) Block diagram of Control line of the E5092A Note: For more details on DC control function of the E5092A, see FAQ Is it possible to supply a DC control voltage to a multiport DUT with the E5092A.

6 Step 2. Create a Setup File 2-1. Launch MWA Front-End Application Run the MWA Front-end application ( mwa_xxxx.xls ). 1. Copy the MWA Front-End application Copy mwa_xxxx.xls in your PC. Launch by double-clicking. 2. Enable Excel Macro Click Options.. on Security Warning tab. Select either Enable this contents or Trust all documents from this publisher. Note: The latest revision of the MWA can be downloaded at: Note: Microsoft Excel 2007 is required to operate the Front-end application of the MWA with rev.1.11.

7 Step 2. Create a Setup File 2-2. Multiport Test Set setup Select the appropriate instrument and measurement configuration of the multiport test set based on the test plan. 1. Select [E5092A X10-Port] of 10-port full crossbar configuration with E5092A. 2. Measurement connectivity matrix is automatically updated. 3. Rename test set port (optional) Multiport Test Set Sheet of the MWA Front-end Application Port number and cable connection of the 10-port full crossbar configuration with the E5092A

8 Step 2. Create a Setup File 2-3. DUT setup Enter information of the DUT, port connection, and parameters of Fixture Simulator functions on the ENA. 1. Assign port name of DUT 2. Select [Single] for the DUT ports 3. Assign port of test set connected to DUT Vdd Switch Control UMTS1 UMTS2 UMTS3 GSM Rx1 GSM Rx2 GSM Rx3 GSM Rx4 GSM Tx1 GSM Tx2 DUT sheet of the MWA Front-end Application Vc1 Vc2Vc3 Vc4

9 Step 2. Create a Setup File 2-4. Mode setup Define the operation mode of DUT. Select control bit (High or Low) and corresponding DC voltage of internal DC sources in the E5092A for operation mode of DUT. 1. Enter name of DUT s operation mode 3. Setup High/Low bits for control line 2. Turn on this mode by double-clicking the cell Mode sheet of the MWA Front-end Application 4. Setup DC voltage of internal DC sources in the E5092A Note: For more details on DC control function of the E5092A, see FAQ Is it possible to supply a DC control voltage to a multiport DUT with the E5092A.

10 Step 2. Create a Setup File 2-5. GPIB setup (optional) Set GPIB commands for controlling other instruments connected to the ENA via USB/GPIB interface. Note: No need to setup in this sheet, if no peripherals are used for measurement with the MWA. GPIB sheet of the MWA Front-end Application

11 Step 2. Create a Setup File 2-6. Spec Sheet setup Input all the measurement parameters and specified values for the limit test by the Back-end application. 1. Set measurement path 2. Select format type 3. Set stimulus parameters 4. Define limit values (=specification of DUT) : Spec Sheet spreadsheet of the MWA Front-end Application

12 Step 2. Create a Setup File 2-6. Spec Sheet setup Input all the measurement parameters and specified values for the limit test by the Back-end application. To increase measurement paths in the mode: A) double-click in mode cell, or B) right-click in cells of stimulus parameters to show dialog box. A. Double-click in mode cell B1. Right-click in cells of stimulus parameters B2. Select [Insert Record] in a dialog box Spec Sheet spreadsheet of the MWA Front-end Application

13 Step 2. Create a Setup File 2-7. Output setup Generate a spec sheet (*.mwa) including all setup parameters for measurement. 1. Identify required number of channels and traces on the ENA. (Max 45 channels and 7 traces) Note: The MWA automatically allocates in channels or traces of the ENA, and the list of allocation is updated in this sheet. 2. Set the max number of channels and traces available on the ENA. (ex. 72 Ch, 9 Tr, 401 Points ) 3. Generate and save a spec sheet (*.mwa) : 1 1 Output sheet of the MWA Front-end Application

14 Step 3. Perform Measurement 3-1. Instrument setup Setup the ENA & E5092A Configurable Multiport Test Set. 1. Connect ENA & E5092A Connect adaptors on the ENA Connect the ENA & E5092A with semi-rigid cables 2. Setup 10-port full crossbar configuration with the E5092A Connect semi-rigid cables on the E5092A 10-port full crossbar configuration of the ENA & E5092A Note: For more details on connection between the E5071C & E5092A, see FAQ How can I get the accessories (cables and adaptors) for measurement setup of the ENA & the E5092A?.

15 Step 3. Perform Measurement 3-2. Launch the Back-End Application Run the MWA Back-end application after the channel/trace setup of the ENA 1. Setup Channel/Trace on the ENA [System] > Service Menu > Channel/Trace Setup > 72 Ch / 9 Tr 401 Points Select the appropriate channel/trace setup based on the maximum required channels or traces (See Output sheet of the Front-end application.) 2. Copy the MWA Back-End application Copy mwa_xxxx.vba to the directory of ENA. (*1) Copy a spec sheet (*.mwa) generated by Front-end application. 3. Select and launch the MWA Back-End application [Macro Setup] > Load Project > Select mwa_xxxx.vba [Macro Run] *1: When saved under D VBA of the ENA, the Back-end application can be directly launched by [Macro Setup] > Load & Run > mwa_xxxx

16 Step 3. Perform Measurement 3-3. Import a setup file Import a setup file (spec sheet, *.mwa) generated by the Front-end application. 1. Select [Add Spec Sheet Group] 2. Create new group file ( *.ssg ) 3. Add spec sheet ( *.mwa ) 4. Setup parameters of recalled spec sheets Main window of the MWA Back-end Application 5. List of recalled spec sheet is updated. Spec sheet dialog box of the MWA Back-end Application

17 Step 3. Perform Measurement 3-4. Perform calibration Perform necessary calibration with the calibration wizard of the MWA. 1. Select [Cal Wizard] 2. Select [4 Port ECal] Main window of the MWA Back-end Application 3. Select [NEXT] to continue 4. Repeat measurement until all necessary calibrations are performed. Calibration wizard dialog box of the MWA Back-end Application

18 Step 3. Perform Measurement 3-5. Confirm connection Confirm correct connection between the DUT and the test set ports. 1. Select [Connection Information] 2. Connect test set ports and DUT Vdd Switch Control UMTS1 UMTS2 UMTS3 GSM Rx1 GSM Rx2 GSM Rx3 GSM Rx4 GSM Tx1 GSM Tx2 3. Select [Close] to go back to Main window Main window of the MWA Back-end Application Vc1 Vc2Vc3 Vc4 Connection Information dialog box of the MWA Back-end Application

19 Step 3. Perform Measurement 3-6. Start measurements Start measurement sequence. 1. Select [Measurement] Main window of the MWA Back-end Application Measurement window of the MWA Back-end Application