This document presents the RF Exposure (MPE) report prepared by Celltech for President Electronics, USA. The report, identified by serial number 45462009-R1.0, details the evaluation of RF exposure limits as per 47 CFR § 2.1091. The project reference is 1682, and the FCC ID is 2AEOCPC220.
The report includes calculations for power density at various distances, including S20 (power density at 20cm) and Sc (power density at the compliance distance Rc). The formulas used for these calculations are provided, along with definitions of the variables involved, such as power input to the antenna (Pt), adjusted power (PA), and numeric gain of the antenna (GN). The transmit duty cycle is specified as 75%, and the use group is defined as 'General Population'.
Key parameters such as transmit frequency, RF power at the antenna input port, and antenna gain are listed. The report concludes with a statement that the user's manual must indicate a minimum separation distance of 45cm.
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This document presents the RF Exposure (MPE) report prepared by Celltech for President Electronics, USA. The report, identified by serial number 45462009-R1.0, details the evaluation of RF exposure limits as per 47 CFR § 2.1091. The project reference is 1682, and the FCC ID is 2AEOCPC220.
The report includes calculations for power density at various distances, including S20 (power density at 20cm) and Sc (power density at the compliance distance Rc). The formulas used for these calculations are provided, along with definitions of the variables involved, such as power input to the antenna (Pt), adjusted power (PA), and numeric gain of the antenna (GN). The transmit duty cycle is specified as 75%, and the use group is defined as 'General Population'.
Key parameters such as transmit frequency, RF power at the antenna input port, and antenna gain are listed. The report concludes with a statement that the user's manual must indicate a minimum separation distance of 45cm.
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