HMC907 IP3 at low frequencies

Hi Tim,

We don't have a rule of thumb for determining the lowest frequency of our IP3 data. For some parts we measure IP3 as low as tens of MHz and for other parts we don't measure quite as low. Many parts can technically operate down to *DC* but still require DC blocks so as to not load down the gate and/or drain biases. For those parts we usually use very wideband coaxial models which have their own low frequency limits.   

In the case of the HMC907 product page (see link below), a replacement actually is listed...though it's hidden!

http://www.analog.com/en/products/amplifiers/rf-amplifiers/hmc907.html

To see it, you'll need to click on "Show More..." (as shown below). That said, I agree that our website needs much improvement. We have not yet published the expected release dates for the HMC907A products.

I will redirect your HMC659 and HMC480 requests toward the Apps Engineer who supports them.

Regards,

SMcBride

Hi Tim,

We don't have a rule of thumb for determining the lowest frequency of our IP3 data. For some parts we measure IP3 as low as tens of MHz and for other parts we don't measure quite as low. Many parts can technically operate down to *DC* but still require DC blocks so as to not load down the gate and/or drain biases. For those parts we usually use very wideband coaxial models which have their own low frequency limits.   

In the case of the HMC907 product page (see link below), a replacement actually is listed...though it's hidden!

http://www.analog.com/en/products/amplifiers/rf-amplifiers/hmc907.html

To see it, you'll need to click on "Show More..." (as shown below). That said, I agree that our website needs much improvement. We have not yet published the expected release dates for the HMC907A products.

I will redirect your HMC659 and HMC480 requests toward the Apps Engineer who supports them.

Regards,

SMcBride