Pinned Repositories
task-scheduling-heterogeneous-system
Task Scheduling on Heterogeneous system
Start-Up-Circuit-with-Zero-Steady-State-Current
A start-up circuit provide significant role in voltage & current ref. circuit which brings out the ref. circuit from zero current operating point to normal operating point and then is no longer used once the reference circuit starts operating properly. A conventional start-up circuit continues to consume constant current(mA) even after giving start-up. Thus increases the overall power consumption of circuit. This power can be multiple in numbers to bias generator circuits are deployed in a single chip, consequently reducing battery life. The start-up circuit discussed here overcome the above drawback as they turn off completely once the ref. circuit starts operating properly. By this circuit low power in IC design and small start-up time can be achieved.
Potentiometric-DAC-
Multiplier-Accumulator-control-using-Voltage-control-oscillator
This work aims to design and implement two blocks: VCO block using eSIM and Multiplier-Accumulator (MAC) unit using Makerchip (converts Verilog code to Ngveri model file). Combining these two blocks will perform a Mixed Signal application as Multiplier-Accumulator control using voltage control oscillator (VCO).
ActState
Cadence-Design-System-Projects
CS_amplifer_current_mirror
CS Amplifier with active load and Current Mirror Biasing
ext_eeprom_I2C
HDLbit
Heater-with-a-Thermostat
sidastro30's Repositories
sidastro30/HDLbit
sidastro30/Start-Up-Circuit-with-Zero-Steady-State-Current
A start-up circuit provide significant role in voltage & current ref. circuit which brings out the ref. circuit from zero current operating point to normal operating point and then is no longer used once the reference circuit starts operating properly. A conventional start-up circuit continues to consume constant current(mA) even after giving start-up. Thus increases the overall power consumption of circuit. This power can be multiple in numbers to bias generator circuits are deployed in a single chip, consequently reducing battery life. The start-up circuit discussed here overcome the above drawback as they turn off completely once the ref. circuit starts operating properly. By this circuit low power in IC design and small start-up time can be achieved.
sidastro30/Cadence-Design-System-Projects
sidastro30/VerilogProjects
sidastro30/Potentiometric-DAC-
sidastro30/Multiplier-Accumulator-control-using-Voltage-control-oscillator
This work aims to design and implement two blocks: VCO block using eSIM and Multiplier-Accumulator (MAC) unit using Makerchip (converts Verilog code to Ngveri model file). Combining these two blocks will perform a Mixed Signal application as Multiplier-Accumulator control using voltage control oscillator (VCO).
sidastro30/Simple-UART-Protocol-HDL-
sidastro30/Heater-with-a-Thermostat
sidastro30/Traffic-Light-Control-Systems
sidastro30/Mouse-Modelling
sidastro30/Waffle-maker_FSM_C
Modelling the behaviour of the system using Extended Finite State Machine (EFSM)
sidastro30/task-scheduling-heterogeneous-system
Task Scheduling on Heterogeneous system
sidastro30/CS_amplifer_current_mirror
CS Amplifier with active load and Current Mirror Biasing
sidastro30/ext_eeprom_I2C
sidastro30/OmronMultiModeTimer
sidastro30/ActState
sidastro30/hello-world
exploring git
sidastro30/sidastro30
Config files for my GitHub profile.