SL2150LH2S ZARLINK [Zarlink Semiconductor Inc], SL2150LH2S Datasheet - Page 11

• Manufacturer Part Number: SL2150LH2S
• Description: Front End Power Splitter with AGC
• Manufacturer: ZARLINK [Zarlink Semiconductor Inc]

SEMICMF.019
Data Sheet
Electrical Characteristics (continued)
Note 1:
Note 2:
Note 3:
Note 4:
Input referred IM3
CSO
CTB
CXM
Input P1dB
Gain variation
within channel
Output
impedance
Output port DC
standing current
AGC input
leakage current
Crosstalk
between all loop
outputs
Crosstalk
between outputs
and RF input
Characteristic
All power levels are referred to 75Ω and 0 dBm = 109 dB
Any two tones within RF operating range at -15 dBm, from single-ended 75 ohm source into differential 75Ω load as in
Any two tones within RF operating range at -5 dBm, from single-ended 75 ohm source into differential 75Ω load as in Figure
Load as in Figure 12 - "Example Application Driving 75 Ohm Load" and Figure 13 - "Example Application Driving 200 Ohm
Figure 12 - "Example Application Driving 75 Ohm Load", gain setting between maximum and -15dB backoff.
12 - "Example Application Driving 75 Ohm Load".
Load with Inductive Pull Up", max gain, 132 channel matrix, 75 ohm source with all channels at +15 dBmV, assuming power
match.
11,12,
11,12,
15,16
20,21
24,25
15,16
20,21
24,25
pin
6,7
8,9
min
-150
+4.5
0.25
440
typ
µ
V.
max
150
-66
-46
-62
-64
-25
-30
-64
25
units
dBm
dBc
dBc
dBc
dBc
dBc
mA
dB
µA
dB
dB
Ω
See note 2 and Figure 6.
See note 3 and Figure 6.
All gain settings
See note 4 and Figure 9.
See note 4.
See note 4.
All gain settings, with load
as in Figure 12 - "Example
Application Driving 75 Ohm
Load"
Channel bandwidth 8 MHz
within operating frequency
range, all loops, all gain
settings
Differential
Standing current that any
external load has to sustain.
Vagcip =Vee to Vcc, all
control inputs.
All gain settings, measured
differential output to
differential output, driven
ports in phase and
monitored ports out of
phase, see Figure 10 - "Test
Condition for Output
Crosstalk".
differential output to single
ended input, driven ports in
phase, see Figure 11 - "Test
Condition for Output to Input
Crosstalk"
All gain settings, measured
Conditions
11