In the bluetooth low energy implementation, the digital-to-analog converters act as
the bridge gap between digital signal processing chips, and power amplifiers that transmit
analog signals. This thesis presents the design of a hybrid Digital-lo-Analog Converter(
DAC) intended for RF transmitter in 2.45 GHz Bluetooth Low Energy (BLE)
application by using CMOS 180 nm technology. The hybrid DAC design strategy is
based on iterative scheme whose variables are adjusted in a simple way, minimizing
the power consumption as well as area and also meeting the design specifications.