User's Manual

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Function Nbr of
connections
Method Test OK if On test
Point:
Power
regulators
DIG_LDO_OUT
MLDO_OUT
SRAM_LDO_OUT
ADCPPA_LDO_OUT
CL1.5_LDO_OUT
DCO_LDO_OUT
The 6 testpoints will be available on
the bottom side of the board. Test
the value, and the ripple (in AC).
Voltages are
close to those
on a golden
sample.
TP 1
TP 2
TP 3
TP 4
TP 5
TP 6
Power IN VDD_IO
CL1.5_LDO_IN
MLDO_IN
If one of these supplies are not
available, the BT emission will not
pass the test.
BT emission is
compliant. NA
BT RF
BT RF
BT RF IN
RF ANT
Check the emitted RF level and
frequency with a tester antenna.
Second test for reception (optional):
put the chip in continuous reception,
emit RF with the tester, and check
the level of RSSI with
HCI_VS_Read_RSSI (0xFDFC)
command
RF is present
and at the right
level.
RF is received
at the right
RSSI level.
TP 8
One option could be to use the development kit from TI as test tool, which is composed of:
The CPU board MSP430F5438, connected through USB to a computer
The BTDB which makes the BT function and is connected to the MSP430 CPU
Therefore, see the wiki about the test tool available:
http://processors.wiki.ti.com/index.php/CC256x_Bluetooth_Hardware_Evaluation_Tool
The associated PC software provides the following features;
Configuration download, service pack download
Sleep mode activation
Output power setting
Radio testing through test modes (see below)
Debug Traces monitor
The individual test modes are:
Test
Mode
Description
Continuous TX
BT device continously transmits at a particular frequency, modulation,
and power
Continuous RX
Sets BT
device to receive continuously at a particular channel
Packet TX/RX
BT
device continously transmits packets at
particular frequency, packet
type, etc...
BT
RF
SIG
Mode
Put the device into Device Under Test mode to be used with
Bluetooth
Tester
Of course, all the commands are available through a standard UART, connected to a Tester.