Extending microwave-frequency electric-field detection through single transmission peak method.

The data related to the article "Extending microwave-frequency electric-field detection through single transmission peak method" was published in the Journal of Chinese Physics B.(1) The experimental and theoretical two-photon EIT spectrum of 87Rb atoms. (Fig.1).(2)Illustration of the AT signal as a function of coupling laser detuning ΔC for ΔMW = 0, ±50 MHz.  (Fig.2).(3)AT splitting as a function of RF detuning ( ΔMW) for different power of signal generator -6 dBm (a), -3dBm (b), -2dBm (c), and 0dBm (d), respectively. (Fig.3).(4) The AT splitting and MW E-field strength for different SG power levels. (Table 1).