I noticed that the ADMV1013 is enabled to detect the power of the output of VVA1 in it,and it also could control the Voltage Variable Attenuator .But in the evaluation board seems hasn't use the output of the detector.
I want to use these two…
My customer is considering to use ADMV1013 & ADMV1014 in their 28GHz repeater solution.
They were purchasing ADMV1013 and ADMV1014 EVMs.
And they found a PIC controller in ADMV1013 and ADMV1014 EVMs and request the source code of this PIC controller…
We are using ADMV1013 and ADMN1014 for upconversion and donwconversion respectively.
The above two pictures shows the 90 degree hybrid connections to the respective ADMV1013 and ADMV1014.
Kindly confirm the connections of hybrid, 0deg port to IF-I of…
From the datasheet of ADMV1013,I'v found that there is only one attenuator in the block diagram of it,but in the table of PIN CONFIGURATION ,two VCTRL pins control two attenuator.Why?
In addition,there are two triangle ,which mean to amplifier…
Here is the stack up for the ADMV1014.
Here is the stack up for the ADMV1013.
Could you guys please help me clarifying the following or point me to some document where it's detailed. I think I was thorough looking at the datasheet but I might even missed it in there.
1. There are plots describing difference between…
I'm going to use ADMV1013 for the up-converter from 2GHz to 28.5GHz.
Our application do not need I/Q up-conversion.
But the datasheet and EV board user guide describe only I/Q signal input results.
Is it possible to design using only one input…
Yes it seems like the board assembly might be the issue. The typical current draw for a working part is ~550mA.
Pins 12, 13 and 31 must be not connected to gnd. Please see our schematic in the ADMV1013 Evaluation Board User Guide.
The part can be found here: https://www.analog.com/en/products/admv1013.html#product-overview