Features: ·Single chip full band solution, compatible with digital and analog transmissions·Low noise RF input·High input signal handling to eliminate the requirement for front end AGC·Low phase noise local oscillator buffer optimised for low symbol rate applications·Low radiation design·IF AGC am...
SL2017: Features: ·Single chip full band solution, compatible with digital and analog transmissions·Low noise RF input·High input signal handling to eliminate the requirement for front end AGC·Low phase noi...
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Parameter |
Pin |
Value |
Units |
Conditions | |
Min |
Max | ||||
Supply voltages VCC RF input voltage RF input DC offset LO input DC offset IF-OP-SEL input DC offset IF outputs 1 and 2 DC offset AGC Control input DC offset Storage temperature Junction temperature MP16 thermal resistance Chip to ambient Chip to case Power consumption at VCC=5.25V ESD protection |
4,5,13
|
-0.3 -0.3 -0.3 -0.3 -0.3 -0.3 -55 1.75 |
7 2.5 VCC+0.3 VCC+0.3 VCC+0.3 VCC+0.3 VCC+0.3 +150 +150 111 41 580 |
V Vp-p V V V V °C °C °C/W °C/W mW kV |
Transient
|
The SL2017 is a fully integrated mixer with output AGC, intended primarily for application in satellite tuners, where itdownconverts the first high IF from the outdoor unit to the second IF for data demodulation.
The SL2017 contains a low noise RF input amplifier and mixer functioning to 2.15GHz, an integrated low phase noise local oscillator buffer and an AGC IF output buffer amplifier. The IF signal is available at one of two outputs selected by the IF-OP-SEL input.
The signal handling of the SL2017 is sufficient to greatly simplify or remove the requirement for input AGC with appropriate image filtering in full band systems, or to remove the requirement for band limit filtering with appropriate AGC in half band systems.