Rf01 – Rainbow Electronics RF01 User Manual
Page 9
RF01
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bands
IIP3
outl
IIP3 (LNA –6 dB gain) Out of band interferers
f-f
LO
> 4MHz
-12
dBm
CCR
Co-channel rejection BER=10
-2
with continuous
wave interferer in the channel
-7
dB
ACS
Adjacent channel
selectivity
BER=10
-2
with continuous
wave interferer in the
adjacent channel, mode 0,
channels at 134 kHz, BR=9.6
kbps,
δf
FSK
=30 kHz
23
dB
P
max
Maximum input
power
LNA: high gain
0
dBm
R
in
RF input impedance
real part (differential)
(Note 2)
LNA gain (0, -14 dB)
LNA gain (-6, -20 dB)
250
500
Ohm
C
in
RF input capacitance
1
pF
RS
a
RSSI accuracy
+/-5
dB
RSr
RSSI range
46
dB
C
ARSSI
Filter capacitance for
ARSSI
1
nF
RS
step
RSSI programmable
level steps
6
dB
RS
resp
DRSSI response time Until the RSSI output goes
high after the input signal
exceeds the pre-programmed
limit. CARRSI=5nF
500 µs
Note 1:
See the BER diagrams in the measurement results section for detailed information.
Note 2:
See matching circuit parameters and antenna design guide for information.
AC Characteristics (continued)
Symbol Parameter
Conditions/Notes
Min
Typ Max Units
f
ref
PLL reference frequency
(Note 3)
8
10 12
MHz
f
res
PLL frequency resolution
Depends on selected bands
2.5
7.5
kHz
t
lock
PLL lock time
Frequency error < 1kHz after
10 MHz step
20
us
t
st, P
PLL startup time
With running crystal oscillator
250
us
C
xl
Crystal load capacitance, see
crystal selection guide
Programmable in 0.5 pF
steps, tolerance +/-10%
8.5
16
pF
t
POR
Internal POR pulse width
(Note4)
After V
dd
has reached 90% of
final value
50 100
ms
t
sx
Crystal oscillator startup time
Crystal ESR < 100 Ohms
5
ms
t
PBt
Wake-up timer clock period
Calibrated every 30 seconds
0.96
1.08
ms
t
wake-up
Programmable wake-up time
1
5*10
11
ms
C
in, D
Digital input capacitance
2
pF
t
r, f
Digital output rise/fall time
15 pF pure capacitive load
10
ns
Note 3:
Using other than a 10 MHz crystal is not recommended because the crystal referred timing and
frequency parameters will change accordingly.
Note 4:
During this period, commands are not accepted by the chip.