Introduction to Bluetooth Measurements (K8)
R&S
®
FSV-K8
14
Operating Manual 1176.7610.02 ─ 02
EDR Relative TX
Power
EDR Carrier Fre-
quency Stability
and Modulation
Accuracy
EDR Differential
Phase Encoding
EDR In–band Spu-
rious Emissions
Hop
off
off
off
off
Trigger
–
–
–
extern/
IF power
Synchronization
yes
yes
yes
yes, needed for
gate adjustment
packet Type
longest supported
longest supported
longest supported
longest supported
Payload
PRBS 9
PRBS9
PRBS9
PRBS9
Test Mode
loop back
loop back
TX mode
loop back
Operating Mode
IQ mode
IQ mode
IQ mode
analyzer zero span
RBW
3 MHz
–
–
100 kHz
VBW
3 MHz
–
–
300 kHz
Power
supported mini-
mum/ maximum
supported mini-
mum/ maximum
supported mini-
mum/ maximum
supported mini-
mum/ maximum
Sweep Time
one complete
packet
one complete
packet
one complete
packet
10*79*
gate length
Sweep Count
10
200 blocks
100
10
Trace Mode
ClrWr
–
–
Maxh
Detector
Aver
–
–
Aver
Frequency in MHz
low /
middle /
high
low /
middle /
high
low /
middle /
high
each channel
Span
–
–
–
79 MHz
Test cond
norm / ext
norm / ext
norm / ext
norm / ext
Results
ratio of DPSK and
GFSK power
carrier frequency
stability and error
vector magnitude
number of failed
packets
channel power of
all channels
2.4 Functional Description – Block Diagram
The Adjacent Channel Power and EDR In–band Spurious Emissions measurements
are performed in the "Spectrum Analyzer" mode. For this test case the complete fre-
quency band is scanned using a sequence of zero span measurements.
All other test cases are based on a digital I/Q demodulator which determines the tem-
poral characteristics of power and frequency. The output data of the demodulator are
the basis for calculation of all relevant measurement results like modulation character-
istics or output power. The demodulator reaches a maximum in accuracy and tempera-
Functional Description – Block Diagram
