negative-resistance oscillator

Hello. I have a question here. Hopefully somebody can help me. I try to design the negative-resistance oscillator with infineon transistor. To operate the oscillator, I have to apply to input source (voltage) to transistor (dc bias). So, I should apply both dc input or both ac-input to the terminal base and terminal collector.

What is the frequency os oscillation?
AS per i know no input is given to oscillator. Only DC power supply is used to bias the transistor.
for biasing refer the datasheet of transistor & S parameter file for your transistor.

Thank you for your reply, sir. The frequency of oscillation is 2 GHz. I have no idea how to apply the dc power supply to bias the transistor. Is it I have to apply the both dc power supply to the terminal of base (voltage base-emitter, Vbe) and terminal of collector (voltage collector-emitter, Vce) since I made the transistor in common-emitter configuration?

To apply bias u should connect RFC to collector & base terminal.
& then apply the bias.
U can use microstrip line as RFC (select the Z0 as 90 ohm)
Download the data sheet & select your S parameter according to your biasing requirement.
Refer the book RF circuit design by Ludwig

I am sorry, can u tell me what is the RFC? I used the microstrip line with Zo=50 ohm. Is it compulsory for me to use the 90 ohm microstrip line? From an example of a report, I imitate the example by using the dc bias circuit with quarter wavelength in parallel on the base terminal and collector terminal. Is it ok? I will refer to the book that u suggest to me. Thank you.

RFC is choke
yes 90 ohm is required.
more the impedance it is better(90 ohm is practicable).
which report u have seen(regarding oscillator)?
can u provide link so that iw will go through it.

I send u the report in pdf file. You can go through it and give an idea on about this design.

check this links
https://www.edaboard.com/viewtopic.p...860&highlight=
https://www.edaboard.com/viewtopic.p...356&highlight=
this will help u in understanding & design

Added after 44 minutes:

I saw that report
I did not saw any feed back in the circuit,
because for oscillator there must be tuned circuit & 180deg. feedback
have u seen the circuit or just saw the report?
In the simulation

Added after 5 minutes:

i saw that 2 port network description is used in place of transistor.
no bias is given.
u better search for IEEE papers

Added after 1 minutes:

If u have any oscillator related papers with u
send me
i will see & tell u.