Have you the ADL5902 RF Input's S-Parameters without the external 60.4ohms?

Question Have you the ADL5902 RF Input's S-Parameters without the external 60.4ohms? Answer Here are the ADL5902 s-parameters for the RF input, where the effect of the RF connector and the trace length on the evaluation board have been removed.

ADL5902 Part-to-Part Supply Current Variation

Q. The typical supply current on the ADL5902 is specifed as 73 mA and 90 mA at 25 degC and 125 degC respectively. What is the worst case value? -------------------------------------------------------------------------------------------------------- A. The attached plot gives a sense for the part-to-part variation in supply current. These numbers do not exactly line up with the data sheet typicals for 25 degC or 125 degC. The sample here is a smaller population of devices compared to that used for during full device characterization. As a guideline, if you are planning to use the device up 125 degC, I would suggest budgeting for at least 100 mA for the ADL5902.

ADL5902 Vout Variation vs. Supply Voltage

Question: Can you provide any information about the variation in output voltage of ADL5902 vs. the power supply voltage. Answer: The attached spreadsheet shows the variation in the output voltage vs. supply voltage in terms of raw voltage change with respect to the output voltage when the supply is 5V. Two supply voltage sweeps were completed, one with an input power of -50 dBm (Fin=900 MHz) and one with an input power of -10 dBm (Fin = 900 MHz also). A separate tab shows the equivalent change in dB (slope in V/dB is calculated using the -10 dBm and -50 dBm data at 5.0V). As can be seen from the plots the variation is in the order of +/-1 dB as the supply voltage changes from 4.5 V to 5.5V. Attachments: ADL5902VoutVariationvsSupplyVoltageRevb.xlsx