KCC's Quizzes AQQ305 about a mutual exponentiation equation
1. Quote of the month: "A train station is where a train stops. A bus station is where a bus stops. I have a work station on my desk, so..." - unknown
2. Quiz AQQ305 about finding a mutual exponential equation
Good luck, and try to be among the
View All
September Monthly Blog Quiz! Read the blog, take the quiz, and you could win a gift card
Quiz: How Well Do You Know Adaptive Power Switching?
Is your I/O module overheating? The AD74416H's Adaptive Power Switching (APS) can cut heat dissipation by up to 40% — but how well do you really understand how it works?
Read the blog first: Cooling
View All
ADF4382
Recommended for New Designs
The ADF4382 is a high performance, ultra-low jitter, fractional-N
phased-locked loop (PLL) with an integrated voltage controlled
oscillator (VCO) ideally...
Datasheet
ADF4382 on Analog.com
ADF4382A
Recommended for New Designs
The ADF4382A is a high performance, ultralow jitter, fractional-N phased-locked loop (PLL) with an integrated voltage controlled oscillator (VCO) ideally...
Datasheet
ADF4382A on Analog.com
On page 15, Figure 29 of the datasheet, there is a "Differential Output Power vs. Output Frequency at Various Temperatures and Voltages" section.
Please tell me the parts/circuits used for measurement with Differential Output.
Also, do you have any data regarding output levels at 85℃?
Hi,
The attached components are as per the EV-ADF4382SD1Z schematic available on the eval board webpage. Trace and connector losses have been de-embedded in the output power graph.
There is not any data gathered for 85℃ at the moment. However the typical expected output power would be between the 25℃ and 105℃ plots.
Regards,
Kieran
Hi,
The attached components are as per the EV-ADF4382SD1Z schematic available on the eval board webpage. Trace and connector losses have been de-embedded in the output power graph.
There is not any data gathered for 85℃ at the moment. However the typical expected output power would be between the 25℃ and 105℃ plots.
Regards,
Kieran
Thank you for your reply.
How did you measure the "differential"?
If you measured it with a balun, please tell me the model name.
Also, is the value subtracted 3dB for single-ended?
Yes it was measured differentially. The balun used was a Marki Microwave Bal0050.
Yes that's right subtracting 3dB would give the single ended value.