I want to use the AD8310 with a DC-coupled input. I am using the setup from the datasheet in Figure 38 (page 19) reproduced here:
However, I have an extremely poor dynamic range. The dynamic range of this circuit is advertised through Figure…
I have a question about the evaluation board of the AD8310. The output of the AD8310 is a DC voltage proportional to the input RF signal's power. If the output is a DC voltage, why is the VOUT connector an SMA connector? What are the benefits…
When the input signal is OFF(-91dBV=around 32uV), what is the output signal tolerance?
Your datasheet show typ.0.4V.
So what is the max and min value?
Our customer is verifying AD8310 for the tolerance output voltage on his product…
Hi every body!!
I'm trying to use the AD8310 logarithmic amplifier to detect very low RF signals.
Here are some screenshot from the results I'm getting out of my setup.
The first screenshot (profile1) shows a normal response to a sinewave burst…
I have the AD8310 setup in the DC-coupling configuration as shown in Figure 38, with the corresponding transfer function in Figure 39, both reproduced below:
What is MSL Rating of AD8310?
We can not find it in the datasheet.
we are planning to design a photo diode log amplifier using the AD8310 since our system needs to perform in the frequency range of 1 MHz to 100 MHz and we need to detect the optical signal in the range of -50 dBm power.
our requirements are as follows…