MWU TXPWR CALIBRATION Sample Clauses

MWU TXPWR CALIBRATION. This structure is used to store the TXPWR versus output power calibration data. The scaling is one byte long and represents DET_CTRL1 and DET_CTRL2 values as shown below: DET_CTRL1 DET_CTRL2 OUTPUT POWER SCALING VALUE -------------------------------------------------------------------------------- 1 1 High power [*] 1 0 [*] 0 1 [*] 0 0 Low power [*] TXPWR voltages multiplied by [*]are stored using two bytes for each value, and then the measured output power in dBm multiplied by [*]is stored using [*]bytes per each value. [*]data points per scaling value are saved. The data is stored by writing at first all scaling values, then all voltage values, and finally, all power values. Scaling runs from the highest value to the lowest, and voltage runs from the lowest value to the highest value. Scaling is stored in unsigned integer format ([*]), voltages as unsigned integers ([*]), and powers as signed integers ([*]). Total data length is [*]. -------------------------------------------------------------------------------- mwu_eeprom_data_rev52.doc Checked by: Approved by: 08.10.2001 Kve 08.10.2001 MPI CERTAIN CONFIDENTIAL INFORMATION CONTAINED IN THIS DOCUMENT, MARKED BY BRACKETS, HAS BEEN OMITTED AND FILED SEPARATELY WITH THE SECURITIES AND EXCHANGE COMMISSION PURSUANT TO RULE 24b-2 OF THE SECURITIES EXCHANGE ACT OF 1934, AS AMENDED. (NOKIA LOGO) SPECIFICATION 10(17) NET/IMN/Kilo Site R&D Rev 5.2 [*] 08.10.2001 E10013984RE_C2 Below is an example of the MWU TXPWR calibration data. [*]

MWU TXPWR CALIBRATION. This structure is used to store the TXPWR versus output power calibration data. The scaling is one byte long and represents DET_CTRL1 and DET_CTRL2 values as shown below: DET_CTRL1 DET_CTRL2 OUTPUT POWER SCALING VALUE --------- --------- ------------ ------------- 1 1 High power [*] 1 0 [*] 0 1 [*] 0 0 Low power [*] TXPWR voltages multiplied by [*]are stored using two bytes for each value, and then the measured output power in dBm multiplied by [*]is stored using [*]bytes per each value. [*]data points per scaling value are saved. The data is stored by writing at first all scaling values, then all voltage values, and finally, all power values. Scaling runs from the highest value to the lowest, and voltage runs from the lowest value to the highest value. Scaling is stored in unsigned integer format ([*]), voltages as unsigned integers ([*]), and powers as signed integers ([*]). Total data length is [*].