Part Number: TRF37C73 Tool/software: Hello guys,
One of my customers use MAX2611 for their current products.
MAX2611 DC-to-Microwave, Low-Noise Amplifier https://www.analog.com/media/en/technical-documentation/data-sheets/MAX2611.pdf
I want to replace…
Part Number: TRF37C73 Tool/software: Hi Team,
In the DS in figure 4: OP1dB vs frequency,
I can see that one of the test conditions is 5V however the device is rated to a maximum of 3.6V supply input.
Is that a mistake?
Part Number: TRF37C73 Other Parts Discussed in Thread: TINA-TI Hi,
I'm designing an RF ampflier thats needs to cover the radio AM_FM bandwith, i.e ~500kHz to 120MHz.
The TRF37C73 is spec'd down to 1MHz and I'd anticipate it would work below that…
Hi Wade/Charles,
Sorry for the delay in reply.
The TRF37C73 device cannot achieve output power of 28.5dBm, but only 16.5dBm.
However, the output 3rd order intercept (OIP3) is specified at 28.5 dBm. It is important to note that the OIP3 is an…
Part Number: TRF37D73EVM Other Parts Discussed in Thread: TRF37C73 , TRF37D73 Tool/software: The data sheet for this Evaluation Board does not have the circuit for the Amplifier, TRF37D73—the closest p/n in the data sheet is TRF37C73. Let me know which…
Part Number: TRF37C73EVM Other Parts Discussed in Thread: TRF37C73 Hi, I need some help, I have an antenna, a saw filter and a TRF37C73. What I need more from Texas Instruments to be able to decode the signal with a FPGA or a Micro-controller?
Hello Ed;
thank you very much for the fast response.
We are using TI: TRF37A73, TRF37B73, TRF37C73 amplifiers and this application that I'm working on, is a RF matrix with 4.25 GHz to 5.5 GHz range and we are going to use TRF37A73 amplifier and I…
Hi,
The best alternative we have for that part would be the TRF37C73, which is a general purpose RF gain block. Unfortunately we do not have any devices specifically designed for GPS/GNSS applications like the MAX2659.
Regards,
Other Parts Discussed in Thread: CC1190 , CC1310 , TRF37C73 We used the CC1310 LP to get a rough measurement on our uncalibrated, probably broken spectrum analyzer. With a custom CC1310+CC1190 board (largely based on a preliminary design, LAUNCHXL_CC1310_CC1190_1_0_1…
Hayden,
At this point, I think there is no known anomaly or behavior if the device were to be run at 3.5V DC bias. I would not recommend going lower than 3V as you have noted in your measurement, the RF output power reduces drastically below that. However…
