Voltage Regulators (4,747 items)

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Number of Outputs = 1 Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 300mA Output Voltage = 5 V Line Regulation = 0.02 %/V Accuracy = 2%

Maximum Output Current = 200mA Output Voltage = 3.6 V Line Regulation = 0.05 (Typ.) %/V Load Regulation = 0.5 % Polarity = Positive Quiescent Current = 1.8µA Pin Count = 3 + Tab Output Type = Fixed...

Low dropout regulators (LDOs) are a simple and cost-effective way to get a regulated output voltage from higher input voltage. LDOs provide great simplicity for the system design as they are widely...

Regulator Type = Low Dropout Voltage Number of Outputs = 1 Line Regulation = 0.05 %/V Load Regulation = 0.5 V Polarity = Positive Quiescent Current = 2.5µA Pin Count = 3 Output Type = Fixed Dimensi...