English
You are here:
Low Drop Out 3mA Capless Regulator
The Low Drop Out 3mA Capless Regulator is a regulator circuit which has been designed to provide 1.17-1.24V with a load current of up to 3.3 mA, having a low area and high accuracy.
The regulator’s architecture has been designed so that is stable without such an external capacitor, yet yielding a small area while consuming low ground current allowing low-drop operation.
The Low Drop Out 3mA Capless Regulator uses 3.3V thick oxide devices from standard 65nm LPe process. The circuit can be scaled for a range of load currents and capacitances.
The regulator’s architecture has been designed so that is stable without such an external capacitor, yet yielding a small area while consuming low ground current allowing low-drop operation.
The Low Drop Out 3mA Capless Regulator uses 3.3V thick oxide devices from standard 65nm LPe process. The circuit can be scaled for a range of load currents and capacitances.
Features
- 65nm GF LPe Process with native NMOS
- 5 Metals Used
- 1.62V – 3.63V Input Voltage
- 1.17V – 1.24V Output Voltage
- 3.3mA Maximum Load Current
- Small Die Area
- Leakage Via Pass Device: 17nA
- Power Down Mode
Applications
- General Purpose Voltage Regulators
Block Diagram of the Low Drop Out 3mA Capless Regulator
View Low Drop Out 3mA Capless Regulator full description to...
- see the entire Low Drop Out 3mA Capless Regulator datasheet
- get in contact with Low Drop Out 3mA Capless Regulator Supplier
LDO
- LDO 200mA Regulator 22nm
- LDO Capless Fast Response Series ( Vin = 1.65-1-95V; Vo = 0-75-1.0V; Io = 150 mA ) - TSMC 28nm
- Power Quencher® Capless LDO (Silicon-proven 40 nm, 3 mA, excellent quiescent current for IoT)
- LDO General purpose Ultra Fast Response Series ( Vin = 1.65-1.9V; Vo = 1.0V; Io=500mA ) - TSMC 28nm
- Ultra Low Power LDO - Low Voltage (Vin > 1.2V), Low Power (3.5µW) LFoundry (SMIC) 0.15 μm
- Noise Quencher® Capless LDO (Silicon-proven 180 nm, 300 mA, excellent supply noise rejection and fast settling)