Transmission Characteristics (Continued)
Unless otherwise noted limits printed in BOLD characters are guaranteed for VCC ea50V g5% VBB eb50V g5% TA e
0 Cto70 C by correlation with 100% electrical testing at TA e 25 C All other limits are assured by correlation with other
production tests andor product design and characterization GNDA e 0V f e 102 kHz VIN e 0 dbm0 transmit input amplifier
connected for unity gain non-inverting Typicals specified at VCC ea50V VBB eb50V TA e 25 C
Symbol
Parameter
Conditions
Min
Typ
Max
Units
DISTORTION
STDX
Signal to Total Distortion
Sinusoidal Test Method (Note 3)
STDR
Transmit or Receive
Levele30 dBm0
33
dBC
Half-Channel
e
0 dBm0 to b30 dBm0
36
dBC
eb
40 dBm0
XMT
29
dBC
RCV
30
dBC
eb
55 dBm0
XMT
14
dBC
RCV
15
dBC
SFDX
Single Frequency Distortion
b
46
dB
Transmit
SFDR
Single Frequency Distortion
b
46
dB
Receive
IMD
Intermodulation Distortion
Loop Around Measurement
b
41
dB
VFXIa eb4 dBm0 to b21 dBm0 Two
Frequencies in the Range
300 Hzb3400 Hz
CROSSTALK
CTX-R
Transmit to Receive Crosstalk
fe300 Hzb3000 Hz
DReQuiet PCM Code
b
90
b
75
dB
CTR-X
Receive to Transmit Crosstalk
fe300 Hzb3000 Hz VFXIe0V
b
90
b
70
dB
(Note 2)
POWER AMPLIFIERS
VOPA
Maximum 0 dBm0 Level
Balanced Load RL Connected Between
(Better than g01 dB Linearity over
VPOa and VPOb
the Range b10 dBm0 to a3 dBm0)
RLe600X
33
Vrms
RLe1200X
35
Vrms
SDP
SignalDistortion
RLe600X
50
dB
Note 1
Measured by extrapolation from the distortion test result at b50 dBm0
Note 2
PPSRX NPSRX and CTRbX are measured with a b50 dBm0 activation signal applied to VFXIa
Note 3
TP3064 is measured using C message weighted filter TP3067 is measured using psophometric weighted filter
12