The current feedback instrumentation amplifier (CFIA) designed for EEG detection systems is presented. This CFIA includes two digitally programmable operational transconductance amplifiers (DPOTAs) and a current feedback operational amplifier (CFOA) where the digital control of DPOTA is done using 4-bit current division network (CDN). PSpice simulation results are carried out using 0.25 mu m IBM CMOS process under +/- 0.8V supply voltage. The CFIA reaches 126.6dB common mode rejection ratio (CMRR), consumes 695 mu W, and has 9.4777 mu V/root Hz input referred noise. The achieved gain is from 22.236dB to 45.386dB. These results make the CFIA suitable for the EEG detection systems.