Part Number: LMH9135-EVM Other Parts Discussed in Thread: LMH9135 , LMH9235 , TRF1208 , TRF1108 Hi Team,
Is possible for LMH9135-EVM to convert differential TX or RX from SFP (Small form-factor pluggable transceiver) to single end signal?
The LMH9135…
Part Number: LMH9135 Tool/software: Sir,
1) Is there any Power Amplifier Module with TI as Evaluation kit whose O/P is 43 dBm/20W for I/P of -15 to -10 dBm (Frequency Range: 2.4 to 2.8 GHz)
2) If the above PA is not available as single module(Evaluation…
Part Number: LMH9135 Hi Experts,
We are using LMH9135 in our latest design.
In LMH evm it is placed VIA24D12 in thermal pad of the IC. But in our case we will be able to place VIA20D10 due to space constrain. Please confirm whether can we go with…
Part Number: LMH9135 Hi Team,
Please help us to get the Case Temperature (Tc) of the Part LMH9135IRRLR as it is needed for the thermal simulation of our project
Part Number: LMH9135 Other Parts Discussed in Thread: AFE7769D
Hi Team,
I need the confirmation of the pull up resistor value for the DC Bias at the Active Balun Side i.e., LMH9135. We are using this Active Balun from the TX out side of the AFE7769D…
Part Number: LMH9135 Other Parts Discussed in Thread: AFE7769D Hi,
Greetings for the day.
For the part LMH9135IRRLR, as we are using in our design the LMH9135IRRLR Active Balun in our design along with AFE7769D due to layout constraints we want to…
Part Number: LMH9235 Other Parts Discussed in Thread: LMH9135 , Tool/software: Hi,
there is no EVM for this device on ti.com. I only found a User's Guide for LMH9235RRLEVM.
My customer would like to evaluate LMH9135 & LMH9235.
Do we have an EVM…
Part Number: AFE79-LMH9-EVM Other Parts Discussed in Thread: LMH9135 , , TRF1208 , AFE7950 Hi,
We are using LMH9135 in our project and we would like to get more idea regarding layout side LMH9135 so please provide access to board file of AFE79-LMH9…
Hello,
We don't have a direct competitive part with those specs, from our RF gain block amps the LMH9135 & LMH9325 cover a bandwidth of 3.2GHz to 4.2GHz.
Best,
Hasan Babiker