PANCoordinator-EK Kit User Manual [USER GUIDE]
Atmel-43106C-ATPL- PANCoordinator-EK Kit User Manual-UserGuide_06-Oct-16
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Note that the ATPL250ABN can be supplied either with 100V
AC
or 230V
AC
by setting the proper jumpers
(pitch = 5.08mm) in the voltage selector, J2, as depicted in the Figure 7-10. By default, voltage jumper is set
for 230V
AC
. For more information about power supply, see section 3.5.1.
Note: 1. This maximum input current is measured in the worst case situation, so that, when board is supplied with
a minimum input voltage,100V
AC
, and the worst consumption conditions. That is when it emits against
very low impedance in higher frequency band and it is supplying an extra board through the DC jack J15.
Table 1-2.
Power Supply Requirements.
Parameter
Condition
Min.
Typ.
Max.
Unit
TX Power Consumption
FW: PHY TX Test Console Application
Low Impedance Load (PRIME LISN).
Measured on V
DD
(16V) DCDC output.
3523
(1)
mW
FW: PHY TX Test Console Application
High Impedance Load (CISPR LISN).
Measured on V
DD
(16V) DCDC output.
2280
(1)
mW
RX Power Consumption
Measured on 3.3V LDO output
664
(1)
mW
Note: 1. These measurements were taken with a non-optimized FW (the PHY TX Test Console project included in
the kit with a default configuration in TX mode and RX mode) from a power consumption point of view and
they highly depend on the architecture and efficiency of the power supplies. These measurements
correspond to the whole PCBA design and not only to ATPL250A and ATSAME70 devices. All PCB
peripherals are supplied, i.e. ATPLCOUP007 coupling board emitting in CENELEC-A band. Refer to
Atmel ATPL250A and ATSAME70 datasheets for an optimized power consumption measurement result.