According　to　the　super-capacitor　which　has　characteristics　of　large　capacity,　high　energy　density,　rapid　charge-discharge　and　the　new　requirement　from　induced　polarization　method　for　geophysical　exploration,　a　novel　TDIP　launch　system　based　on　energy　storage　using　super-capacitor　has　been　put　forward　to　solve　the　present　problems　existing　in　transmitter　of　polarization　instruments.　The　new　topological　structure　of　transmitter　has　been　analyzed　and　simulation　model　of　the　transmitter　has　been　established.　The　simulation　results　which　is　in　Saber　simulation　environment　and　experimental　verification　shows　that　the　novel　TDIP　transmitter　can　improve　the　system　efficiency,　effectively　reducing　the　diesel　generator　rated　power,　greatiy　reducing　the　size　and　weight　of　the　transmission　system　and　the　performance　of　the　transmitter　is　stable　and　reliable.　©　2013　Asian　Network　for　Scientific　Information.