IC Spanningsregelaar  (5.612 artikelen gevonden)

Output Voltage = 3.3V dc Output Current = 1A Input Voltage = 6.5 → 36V dc Number of Outputs = 1

Output Voltage = 5V dc Output Current = 500mA Input Voltage = 9 → 72V dc Mounting Type = Surface Mount Number of Outputs = 1 Package = SMD Efficiency = 74% @ 72 V Ripple And Noise = 75mV Pk-Pk Mini...

Maximum Output Current = 100mA Output Voltage = 2.6 V Line Regulation = 200 mV Load Regulation = 50 mV Package Type = SOT-89 Pin Count = 3 Pin

The XP power VR05 provides a cost effective compact efficient switching regulator solution operating from a wide range DC input. Output voltages start from 3.3V and the VR05 consumes as little as 0...

Regulator Function = LDO Maximum Output Current = 500mA Output Voltage = -1.2 V Line Regulation = 10 mV Accuracy = 2.5%

Output Voltage = 5V dc Output Current = 1A Input Voltage = 8 → 36V dc Number of Outputs = 1

Power Management Function = LDO Voltage Regulator For Use With = TPS7A4701 Kit Classification = Evaluation Module Featured Device = TPS7A47 Kit Name = Voltage Regulator Evaluation Module

Output Voltage = 5V dc Output Current = 2A Input Voltage = 8 → 36V dc Number of Outputs = 1

The TSR 1WI is a non-isolated POL converter series with an ultra wide 8:1 input voltage range which comes in a standard SIP-3 package. Covering the majority of standard bus- and battery voltages th...

3 Pin Switching Regulator SIP Package Ultra Wide Input Range to 72 V -40 °C to +85 °C Operation Full Load to 60 °C Ambient MTBF >4.5 MHrs 3 Year Warranty

The TSR 0.6WI is a non-isolated POL converter series with an ultra wide 8:1 input voltage range which comes in a standard SIP-3 package. Covering the majority of standard bus- and battery voltages ...

The XP power TR20 provides a compact efficient switching regulator solution operating from a wide range DC input. Output voltages start from 1.2V and the TR20 consumes just 1mA when idle.Low 0.3mA ...

Output Voltage = 1.8V dc Output Current = 2A Input Voltage = 4.6 → 36V dc Number of Outputs = 1

Output Voltage = 12V dc Output Current = 500mA Input Voltage = 15 → 36V dc Number of Outputs = 2

Output Voltage = 12V dc Output Current = 1A Input Voltage = 16 → 36V dc Number of Outputs = 1