We are running the ADF4360-9 beyond the published temperature specs. The circuit has been run up to 125 degrees C and appears to work fine for our application. Do you have any information as to the long term effects of operating the ADF4360…
Hello, everyone, we now need to adopt ADF4360-9 to design the phase-locked loop. We refer to the schematic of the evaluation kit, which is ug-106 page 9 and page 10, but some places, we do not understand, first, power supply section, in the schematic
Having a problem guaranteeing the VCO band that is selected after power up or an update of the N register.
My application is using the ADF4360-9 in an FM modulation scheme. Is there a way to guarantee that the device will always select the same VCO band…
I'm using an ADF4360-9 to generate about 124MHz clock using the divider output. Everything works fine until I cold tested (-40C) and noticed that lock was lost. I narrowed it down to moisture across any loop filter cap by dampening the end of a wood…
In ADF4360-9, is it not possible to generate different frequency without using the inductors at the pins 9 and 10.
Thanks for the question.The ADF4360 is a family of parts, and three of these utilize inductors on pins 9 & 10 to complete the tank circuit. The ADF4360-0 however, does not, so these should be directly connected to AGND.
When changing the muxout configuration on the ADF4360-9 to and from the A counter/2 is it guaranteed to be glitch free or will it potential give glitches depending on when it is changed with respect to when A count changes?
I'm trying to develop a frequency synthesizer based on the VCO + PLL ADF4360-9 and an Arduino (or a Raspberry Pi). I have the associated evaluation board (EV-ADF4360-9EB1Z) and it works nicely when controlled from the PC via the included USB interface…
Is it possible to realize an fm audio modulator with rf out 110-190MHz with ADF4360-9 with deviation +-50KHz.