| Title |
The Design of the Class E Swiching Frequency Multiplier |
| Authors |
Hee-Jung Roh ; Choon-Weon Seo |
| Keywords |
Frequency Multiplier ; Class E ; IEEE 802.11 ; Load-Pull |
| Abstract |
In this paper, we proposed the new class-E frequency multiplier design that include the highest efficient characteristics. The proposed frequency multiplier is designed for 5.8[㎓] output using the frequency multiplier about 2.9[㎓] input signal. And studying in this paper is for the design and the implementation of the class E frequency multiplier. For the result, the maximum highest efficient characteristics 32[%] which is with output power 24.5[㏈m] and 8.5[㏈], is shown with frequency multiplier for the 2.9/5.8 [㎓] class E. And we applied the linear method to the implemented class E frequency multiplier. As a result, the output spectrum for the linear is upgrade to 12[㏈], 12[㏈], 13[㏈] of the ACPR characteristics on the +11[㎒], +20[㎒], +30[㎒] offset frequency in the center frequency. The result is satisfied with the 3.83[%] of the lineared EVM for the 64-QAM modulated method with the 54[Mbps] transmission velocity. In this paper, we show that the good compensation result of the linearity and the efficiency through the digital pre-linear method of the distortion with the frequency multiplier. Therefore, we suggested the frequency multiplier method are applying to WLAN, cellular, PCS, WCDMA, and etc. |