SWRA752 September   2022

 

  1.   Introduction
  2.   Nomenclature
  3. 1Testing
    1. 1.1 Bluetooth Certification
      1. 1.1.1 Qualification Process
      2. 1.1.2 Initial Questions
      3. 1.1.3 Design Product Types
      4. 1.1.4 End Product Listing
      5. 1.1.5 Qualified Design Listing
      6. 1.1.6 Create an End Product Listing
      7. 1.1.7 CC265x RF PIXIT
    2. 1.2 FAQ
  4. 2References
  5. 3Revision History

1.1.7 CC265x RF PIXIT

CC256x Protocol Implementation eXtra Information for Test, PIXIT.

Table 1-1 CC256x RF PIXIT
PIXIT ReferenceIdentifierValueUnits (if applicable)Comments
RF:P1Timer for TX power control5msTRM/CA/03 Power Control, (1)
RF:P2Inband Image frequency-1MHzRCV/CA/03 C/I Performance, (2)
RF:P3Value n for Intermodulation test3IntegerRCV/CA/05 Intermodulation Performance, (3)
RF:P4Inquiry Scan duration5msTRC/CA/01 Out of Band Spurious Emissions
RF:P5Inquiry Scan interval5msTRC/CA/01 Out of Band Spurious Emissions
RF:P6Type of power sourceBattery or External PowerN/ACustomer Dependent - Chapter 6.4, RF Test Specification
RF:P7Nominal power source voltageVoltage - Typical ValueVCustomer Dependent - Chapter 6.4, RF Test Specification
RF:P8Operating temperature range (Tmin, Tmax)Temperature RangeCelsiusCustomer Dependent - Chapter 6.4, RF Test Specification
RF:P9Extreme power source voltage (Vmin, Vmax)Voltage RangeVCustomer Dependent - Chapter 6.4, RF Test Specification
RF:P10Antenna Gain (Vmin, Vmax)Antenna GaindBiCustomer Dependent - Chapter 6.4, RF Test Specification, refer to Antenna Datasheet
(1) Time [ms] required by the IUT to reach the next power step. Tester will wait this amount of time before starting the next power measurement. Default value is 1 second.
(2) F_image = F_wanted + x MHz, where x is twice the intermediate frequency.
(3)
Note:
  • f_tx = 2*f1 - f2
  • |f2 - f1| = n * 1 MHz
  • f_tx : wanted signal
  • f1 : static sine wave interferer
  • f2 : Bluetooth modulated signal interferer
  • n is 3, 4 or 5