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Bluesuite Download Csr Bluetooth
This article is going to tell you what you should prepare and do for certification test for your products with WTxx module. Preparation: 1.1 BlueTest3 installation: CSR’s BlueTest3 is a PC application software, which is used to control WTxx modules during certification test. You need to install CSR’s BlueSuite 2.4, which includes BlueTest3, in your PC. The software is downloadable in our website at Click PC Tools: Notes: 1. During the installation, you have to select ' Set debug transport', see below figure.
This configures the default behaviour of the BlueSuite programs. Please refer to section 2.3 for USB SPI (USB-to-SPI converter is needed) and section 2.2 for LPT SPI (LPT-to-SPI converter is needed). For LPT-to-SPI:. the LPT-to-SPI driver only supports WinXP (it does not support Win7). the LPT port on PC has to support ECP mode (Printer port does not work).
USB-to-Printerport converter usually does not work 1.2 Hardware modifications for RF conducted test: With appropriate modifications, you can connect a RF cable to WTxx modules for RF conducted test. Below example shows the modification procedure for WT12 module: 1.2.1 WT12: In addition, the 4-wire UART interface of WTxx modules should be disconnected from the MCU and connected to the PC so that BlueTest3 can control the module.
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The alternative interface for controlling WTxx modules is SPI. As PCs do not have SPI interface, you need LPT-to-SPI converter or USB-to-SPI converter. 1.2.2 WT32: For WT32, please refer to the article of.
1.2.3 WT32i: For WT32i, please refer to the article of. Test Procedure: Run BlueTest3 and then select the protocol and the port which is connected to the computer. 2.1 UART If you use UART port, select the correct serial port number and the correct baud rate which the module is currently using: 2.2 SPI (LPT-to-SPI) If you use SPI port (LPT-to-SPI converter is needed), select 'SPI' and the correct LPT port number: 2.3 SPI (USB-to-SPI) If you use SPI port (USB-to-SPI converter is needed), select 'SPI' and the correct USB device: If BlueTest3 can communicate withe module, the following window will appear: 4. Bluetooth RF test configurations table The following table shows the parameters for BlueTest3 for transmitter tests: Notes: The Bluetooth system operates in the 2.4 GHz ISM band. This frequency band is 2400 - 2483.5 MHz.
The 79 RF channels are ordered from channel number 0-78 and are spaced 1 MHz beginning at 2402 GHz. The RF channel k has a frequency of (2402 + k) MHz, where k=0.,78. For example, the bottom, middle and top frequency of LO Freq (MHz) is 2402, 2441 or 2480 respectively 5. Transmitter Test Examples: 5.1 Example 1: WT12, BDR, DH5, nominal 3dBm Tx Continuously transmit stream packet (DH5) at freq.
(2441MHz) and max. Tx power level (+3dBM). The packet payload is PRB99 data. Select CFG PKT and input Packet Type= 15 and Packet Size = 339 2. Click Execute 3. Select TXDATA1 and input LO Freq = 2441 and Power (Ext, Int) = 255, 63 4.
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Click Execute 5. You should see a RF signal on spectrum analyzer.
5.2 Example 2: WT12, EDR 2-DH5, nominal 3dBm Tx power Continuously transmit stream packet (2-DH5) at freq. (2441MHz) and max. Tx power level (+3dBM). The packet payload is PRB99 data. Select CFG PKT and input Packet Type= 30 and Packet Size = 679 2. Click Execute 3.
Select TXDATA1 and input LO Freq = 2441 and Power (Ext, Int) = 255, 104 4. Click Execute 5.
You should see a RF signal on spectrum analyzer. 5.3 Example 3: WT12, EDR 3-DH5, nominal 3dBm Tx power Continuously transmit stream packet (3-DH5) at freq. (2441MHz) and max. Tx power level (+3dBM).
The packet payload is PRB99 data. Select CFG PKT and input Packet Type= 31 and Packet Size = 1021 2. Click Execute 3. Select TXDATA1 and input LO Freq = 2441 and Power (Ext, Int) = 255, 104 4. Click Execute 5. You should see a RF signal on spectrum analyzer.
5.4 Example 4: WT12, continuous carrier signal transmission, nominal 3dBm Tx power Continuously transmit a carrier signal (without modulation) at LO. (2441MHz) and max. Tx power level (+3dBM).
Select TXSTART and input LO Freq = 2441 and Power (Ext, Int) = 255, 63 2. Click Execute 6. Frequency Hopping Test Examples: 6.1 Example 1: WT12, simplified hop sequence designated by country code, Payload is PRBS9 data (Default DH1), nominal 3dBm Tx power Note: Country code 0 is recommended for 79 hops. Select TXSTART2 and input Country Code = 0 and Power (Ext, Int) = 255, 63 2. Click Execute 7.
Watch full episodes free online. IWRAP Test command For some circumstances, the module is connect to an external host MCU so it cannot be connected to a PC. For this case, the MCU can send TEST command to control the module for RF tests. For the details, please refer to doc and the article of.