We locked OPO with s and p polarization and measured green production of OPO as a function of temperature. The power of s and p pol is 123 mW, 315 mW respectively.

The optimal temperature is now around 7.02 kOhm which corresponds to 307.6 K.

In the previous result, OPO was locked with only s pol whose power was 141 mW. Now the optimal temperature and shape of the graph are different from the previous one.

 

Power of s and p pol is about 100 mW, 300 mW respectively.

Optimal temperature is now around 7.02kOhm which corresponds to 307.6 K.

In a previous result, OPO was locked with only s pol whose power was 141 mW.

Now the optimal temperature and shape of the graph are different from the previous one.

Power of s and p pol is about 100 mW, 300 mW respectively.

Optimal temperature is now around 7.02kOhm which corresponds to 307.6 K.

In a previous result, OPO was locked with only s pol whose power was 141 mW.

Now the optimal temperature and shape of the graph are different from the previous one.

We locked OPO with s and p polarization and measured green production of OPO as a function of temperature.

Power of s and p pol is about 100 mW, 300 mW respectively.

Optimal temperature is now around 7.02kOhm which corresponds to 307.6 K.

In a previous result, OPO was locked with only s pol whose power was 141 mW.

Now the optimal temperature and shape of the graph are different from the previous one.