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Part Number: TRF37D73 Hello, The datasheet states TRF37D73 works at 1MHz to 6GHz range. My customer would like to use TRF37D73 at 10MHz. However, all plots in the datasheet do not show performances below 300MHz range.
Is TRF37D73 really able to be used…
Part Number: TRF37D73 Good morning, I'm looking at using the TRF37D73 in an application from 1-30 MHz. The datasheet plots for OP1dB stop before they reach this frequency range, so I'm unsure if there's a roll-off in performance. Do you have any data…
Part Number: TRF37D73 Hi;
I saw there are some differences between the schematic on datasheet and on the TRF37x73 and TRF37x75 EVM user's guide. in the later, there are two resistors, R1 and R2, in VCC and output inductor;
but there is no those two…
Hello Michael,
Would you be able to share simulation/calculations and a scope shot of what you are seeing in the lab? From the TRF37D73, you should be seeing around 19.5dB of gain at around 2GHz.
Understood, and yes the device would not be able to meet…
Part Number: TRF37D73
Hi，team
My customer has the following questions,
“When I import a TRF37D73 ADS2014 Model file to ADS，I can import them successfully.But in the simulation,the emulator reported an Erorr detected by hpeesofsim during netlist flattening…
Part Number: TRF37D73 Hello,
I'm looking for suggestions on ways to implement a RF amplification frontend section capable of handling the widest range of input powers without melting, and still be budget-friendly ($ <10).
The output should be in…
Part Number: TRF37D73 Other Parts Discussed in Thread: AFE7900EVM , , TRF1208 , AFE7900 , TRF37A73 , TRF37B73 Hello support Team,
I am looking for the RF gain block which is having the internal fast bypass switching for Direct sampling transceiver ( AFE7900EVM…
Part Number: TRF37D73 dear
TRF37D73Z is used for output amplification in 5.8ghz band of WiFI6 router, and the compression point of output 1dB is only 15dbm, is it because the output impedance is not well matched? Need conjugate matching of output…
Part Number: TRF37D73 Are there any reference designs or pointers on how to cascade a TRF37x73?
For example, are DC blocking caps required between the stages? Is the RF choke required on both stages? Series resistors to help with stability?
Thanks!
Part Number: TRF37A73 Other Parts Discussed in Thread: TRF37D73 , Hi gents,
I've got 2 questions related to the TRF37D73 :
- I would like to increase output power of a DECT module, this module got a maximum RF output of 23dbm ( according to regulation…
