A Very Low Voltage Frequency Divider in Folded

The objective of “A Very?Low?Voltage Frequency Divider in Folded MOS Current Mode Logic With Complementary n? and p?Type Flip?Flops” is to design a static frequency divider circuit that operates at very low supply voltages by using folded MOS current?mode logic (FMCML) with alternating complementary n?type and p?type flip?flops to overcome common?mode level issues and achieve low power consumption and reliable frequency division. This design enables efficient high?speed frequency division under ultra?low voltage conditions by matching input and output common?mode levels of each divide?by?2 stage, avoiding additional circuitry and improving integration for low?power applications.