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Singlestone
 
PBA 313 07
 
Preliminary Product Overview
  4/2004
 
18
3.9.3  Receiver Characteristics
 Limit values
 #
Parameter
 Range/Location
 min.
 typ.
 max.
 Unit
 Test Conditions
 1
 Sensitivity (BER=10
-3
)
 
 
 -85
 -75
 dBm
 According to
Bluetooth spec.
 2
 Sensitivity (BER=10
-3
)
 
 
 -85
 -81
 dBm
T=25°C, nominal
transmitter
 
Y=M
 -71
 -68
 
 dBm
 
Y=M
±
1
 -60
 -58
 
 dBm
 
Y=M-2
 -30
 -23
 
 dBm
 
Y=M+2
 
(image)
 -51
 -43
 
 dBm
frequency deviation
160kHz for wanted
(M) and interferer (Y),
level wanted
 –60dBm measured at
antenna input
 
Y=M-3
 -27
 -25
 
 dBm
 
Y=M+3
 
(adj. Image)
 -47
 -36
 
 dBm
 3
 Interference
performance
(BER=10
-3
)
 
Y= any other
Bluetooth channel
 -27
 -22
 
 dBm
 frequency deviation
160kHz for wanted
(M) and interferer (Y),
level wanted
 –67dBm measured at
antenna input
 
 
 
 
 
 
 
 
 
30MHz
f
2GHz
 5
 8
 
 dBm
 
2GHz
f
2.4GHz
 -27
 
 
 dBm
 
2.5GHz
f
3GHz
 -27
 
 
 dBm
 
3GHz
f
5GHz
 5
 8
 
 dBm
 a) Out of band
blocking (BER=10
-3
)
 
5GHz
f
12.75GHz
 -10
 
 
 dBm
 frequency deviation
160kHz for wanted,
unmodulated
interferer, level
wanted
 –67dBm, not at VCO
frequency and mixing
products of :3/2,
measured at antenna
input
 
1/3 f
out
 0
 5
 
 dBm
 
1/2 f
out
 -10
 0
 
 dBm
 
1785MHz<f<1850MHz
 -10
 0
 
 dBm
 4
 c) Exceptions for LO
spurious (based on
measurements on
golden board)
 
2 fout
 -10
 0
 
 dBm
 
 5
 Intermodulation
performance
(BER=10
-3
)
 
 -39
 -34
 
 dBm
frequency deviation
160kHz for wanted
(N), level –64dBm;
interferer (N+5)
unmodulated,
frequency deviation
160kHz for interferer
(N+10), measured at
antenna input
 30 MHz - 1 GHz
 
 
 -57
 dBm
 6
 Spurious Emission
 1 - 12.75 GHz
 
 
 -47
 dBm
Table 3-12: Receiver characteristics (including Digital Demodulator and PAM-Receiver)
 
3.10  Characteristics of externally supplied 32.768kHz clock signal
The 32.768kHz clock signal applied to CLK32 has to be a rectangular waveform with a duty cycle of
10% up to 90%. The frequency accuracy has to be better than 250ppm. The rise time and fall time of
the 32.768kHz signal must be below 10
µ
s. The amplitude must satisfy the requirements in Table 3-5.