Part Number: LMH2110 Tool/software: Can the LMH2110 be used to measure power of a 5G TDD waveform for a given 500us slot. Another words, if I have a 10ms frame and only have one 500us slot enabled can I get a power measurement across the 500us. This assumes…
Part Number: LMH2110 We have a pre research project that supports LTE and NR standards. Please help confirm if LMH2110TMX/NOPB can meet the power detection requirements of NR and LTE. Thank you,
Part Number: LMH2110 Other Parts Discussed in Thread: LMH2121 , , LMH2100 Hello,
Do you have any model to use in simulation for the part numbers of LMH2110, LMH2121 and LMH2100? Also, how much is the video bandwidth of them? Are they proper for Envelope…
Part Number: LMH2110 Hi expert,
Customer want to qualify LMH2110TMX/NOPB and require Halogen Free. Could you please clarify the statement in the DS if it can be considered as Halogen Free?
Regards,
Allan
Part Number: LMH2120 Other Parts Discussed in Thread: LMH2110 , Hello,
The datasheet indicates that the dynamic range of the LMH2110 is 45dB and that of the LMH2120 is 40dB.
However, comparing the voltage slope graphs below, the LMH2120 appears to…
Part Number: LMH2110
Hi team,
Could you please share the output voltage curve of LMH2110 for 4-5GHz band?
My customer is requesting the curves for 3 frequencies below.
4050MHz
4550MHz
4950MHz
The datasheet has Figure 32 and 36…
Part Number: LMH2110 dear
There is no one-to-one linear relationship between the sampled RF signal and the actual output DC voltage, especially when the RF signal is only -10ddbm,
the output voltage is difficult to detect accurately.
any advise…
Part Number: LMH2110 Hello,
Could you please provide us a technical document on the Log Conformance Error?
If there is no document, p lease explain the Log Conformance Error.
Thanks.
JH
Part Number: LMH2110 I am monitoring power up to 20W using the LMH2110 from DC to 8GHz. To reduce the power to the detector, I am using a resistor divider connected in parallel to my output RF, the output of the detector drops to zero below 0.1 to 0.2V…