DC-DC Power Supply Modules (110 artikelen)

μModule Regulators, Single Output. Linear Technology ‘s DC/DC μModule (micro-module) regulators offer a complete system-in-package (SiP) power management solution. These step-down (buck) modules in...

Switching Regulators, Ultralow Noise Regulators, Linear Technology. Linear Technology switching regulators incorporate synchronous and non-synchronous internal switches. This range offers ultralow ...

μModule Regulators, Single Output. Linear Technology ‘s DC/DC μModule (micro-module) regulators offer a complete system-in-package (SiP) power management solution. These step-down (buck) modules in...

μModule Regulators, Single Output. Linear Technology ‘s DC/DC μModule (micro-module) regulators offer a complete system-in-package (SiP) power management solution. These step-down (buck) modules in...

Switching Regulators, Ultralow Noise Regulators, Linear Technology. Linear Technology switching regulators incorporate synchronous and non-synchronous internal switches. This range offers ultralow ...

Non-Isolated Step-Down (Buck) Power Modules, PTH Series, Texas Instruments. Texas Instruments DC-to-DC Converter Non-Isolated Step-Down Power Modules with adjustable output voltage.

The Maxim Integrated Himalaya series of voltage regulator ICs and power modules enables cooler, smaller, and simpler power supply solutions. It is an easy-to-use, step-down power module that combin...

Maximum Output Current = 4A Number of Outputs = 1 Maximum Switching Frequency = 2.2 MHz Line Regulation = 0.16 mv/V Package Type = SiP Pin Count = 29 Maximum Input Voltage = 12 V Maximum Output Vol...

The Microchip MIC33M356 is a high-efficiency, low-voltage input, 3A Continuous current synchronous step-down Power Module. The Constant-ON-Time (COT) control architecture with Hyper Light Load™ pro...

Maximum Output Current = 3A Maximum Switching Frequency = 1.7 MHz Line Regulation = 0.06 % Load Regulation = 0.2 % Package Type = QFN Pin Count = 24 Maximum Input Voltage = 2.4 V Maximum Output Vol...

Maximum Output Current = 1.5A Number of Outputs = 1 Maximum Switching Frequency = 660 kHz Line Regulation = ±10 mV Load Regulation = ±10 mV Package Type = Through hole module Pin Count = 5 Power Ra...

Maximum Output Current = 1.5A Number of Outputs = 1 Maximum Switching Frequency = 660 kHz Line Regulation = ±10 mV Load Regulation = ±10 mV Package Type = Through hole module Pin Count = 5 Power Ra...

Siemens 3RX9501-1BA00

Number of Outputs = 4 Maximum Switching Frequency = 65 Hz

Number of Outputs = 4 Maximum Switching Frequency = 65 Hz

Maximum Output Current = 83mA Number of Outputs = 1 Maximum Switching Frequency = 70 KHz Line Regulation = 1 % Load Regulation = 6 %

Maximum Output Current = 83mA Number of Outputs = 1 Maximum Switching Frequency = 70 KHz Line Regulation = 1 % Load Regulation = 6 %

Maximum Output Current = 100mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 18 %

Maximum Output Current = 100mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 18 %

Maximum Output Current = 83mA Number of Outputs = 1 Maximum Switching Frequency = 400 kHz Line Regulation = 15 %/V Load Regulation = 19 %

Maximum Output Current = 83mA Number of Outputs = 1 Maximum Switching Frequency = 400 kHz Line Regulation = 15 %/V Load Regulation = 19 %

Maximum Output Current = 41mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 21 %

Maximum Output Current = 41mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 21 %

Maximum Output Current = 41mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 21 %

Maximum Output Current = 41mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 21 %

Maximum Output Current = 67mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 26 %

Maximum Output Current = 67mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 26 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 12 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 12 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 13 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 13 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 10 %

Maximum Output Current = 33mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 10 %

Maximum Output Current = 222mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 12 %

Maximum Output Current = 222mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 12 %

Maximum Output Current = 66mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 11 %

Maximum Output Current = 66mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 11 %

Maximum Output Current = 83mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 6 %

Maximum Output Current = 83mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 6 %

Maximum Output Current = 167mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 7 %

Maximum Output Current = 167mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 7 %

Maximum Output Current = 66mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 6 %

Maximum Output Current = 66mA Number of Outputs = 2 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 6 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 300mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 300mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 200mA Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 15 % Load Regulation = 19 %

Maximum Output Current = 4A Number of Outputs = 1 Maximum Switching Frequency = 1160 KHz

Maximum Output Current = 4A Number of Outputs = 1 Maximum Switching Frequency = 1160 KHz

Maximum Output Current = 1A Number of Outputs = 1 Maximum Switching Frequency = 1000 KHz Line Regulation = 0.01 % Load Regulation = 1.5 %/mV

Maximum Output Current = 1A Number of Outputs = 1 Maximum Switching Frequency = 1000 KHz Line Regulation = 0.01 % Load Regulation = 1.5 %/mV

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 404 KHz Line Regulation = 0.2 % Load Regulation = 1 %/mV

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 404 KHz Line Regulation = 0.2 % Load Regulation = 1 %/mV

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 1000 KHz

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 1000 KHz

Non-Isolated Step-Down (Buck) Power Modules, PTH Series, Texas Instruments. Texas Instruments DC-to-DC Converter Non-Isolated Step-Down Power Modules with adjustable output voltage.

Maximum Output Current = 3A Number of Outputs = 3 Maximum Switching Frequency = 700 KHz Line Regulation = ±1 mV Load Regulation = ±5 mV

Maximum Output Current = 3A Number of Outputs = 3 Maximum Switching Frequency = 700 KHz Line Regulation = ±1 mV Load Regulation = ±5 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 700 kHz Line Regulation = ±5 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 700 kHz Line Regulation = ±5 mV

Texas Instruments Step-down Power Modules. A range of non-isolated step-down power modules from Texas Instruments. Using double-sided SMT construction and synchronous rectification technology, thes...

Texas Instruments Step-down Power Modules. A range of non-isolated step-down power modules from Texas Instruments. Using double-sided SMT construction and synchronous rectification technology, thes...

Non-Isolated Step-Down (Buck) Power Modules, PTH Series, Texas Instruments. Texas Instruments DC-to-DC Converter Non-Isolated Step-Down Power Modules with adjustable output voltage.

Non-Isolated Step-Down (Buck) Power Modules, PTH Series, Texas Instruments. Texas Instruments DC-to-DC Converter Non-Isolated Step-Down Power Modules with adjustable output voltage.

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 300 kHz Line Regulation = ±3 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 300 kHz Line Regulation = ±3 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 10A Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±3 mV Load Regulation = ±2 mV

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 300 kHz Line Regulation = ±3 mV

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 300 kHz Line Regulation = ±3 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 5 mV Load Regulation = 5 mV

Maximum Output Current = 6A Number of Outputs = 1 Maximum Switching Frequency = 400 KHz Line Regulation = 5 mV Load Regulation = 5 mV

Maximum Output Current = 18A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±5 mV Load Regulation = ±5 mV

Maximum Output Current = 18A Number of Outputs = 1 Maximum Switching Frequency = 300 KHz Line Regulation = ±5 mV Load Regulation = ±5 mV

Non-Isolated Step-Up (Boost) Power Modules, Texas Instruments. High-efficiency, Step-Up (Boost) DC/DC Voltage Conversion Non-Isolated Modules.

Non-Isolated Step-Up (Boost) Power Modules, Texas Instruments. High-efficiency, Step-Up (Boost) DC/DC Voltage Conversion Non-Isolated Modules.

Maximum Output Current = 2.4A Number of Outputs = 1 Maximum Switching Frequency = 600 KHz Line Regulation = ±0.5 %/V Load Regulation = ±0.5 %/V

Maximum Output Current = 2.4A Number of Outputs = 1 Maximum Switching Frequency = 600 KHz Line Regulation = ±0.5 %/V Load Regulation = ±0.5 %/V

Non-Isolated Step-Down/Step-Up and Negative Output Power Modules, Texas Instruments. High-efficiency, Step-Down (Buck) and Step-Up (Boost) Integrated Switching Regulators (ISR) Non-Isolated Power M...

Non-Isolated Step-Down/Step-Up and Negative Output Power Modules, Texas Instruments. High-efficiency, Step-Down (Buck) and Step-Up (Boost) Integrated Switching Regulators (ISR) Non-Isolated Power M...

Maximum Output Current = 1.5A Number of Outputs = 1 Maximum Switching Frequency = 660 KHz Line Regulation = ±10 mV Load Regulation = ±10 mV

Maximum Output Current = 1.5A Number of Outputs = 1 Maximum Switching Frequency = 660 KHz Line Regulation = ±10 mV Load Regulation = ±10 mV

Non-Isolated Step-Down (Buck) Power Modules, PTN, PTR, PTV, TPS Series, Texas Instruments. A range of PCB-mounting Step-down (Buck) switching voltage regulator modules from Texas Instruments. These...

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 660 KHz Line Regulation = ±10 mV Load Regulation = ±10 mV

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 660 KHz Line Regulation = ±10 mV Load Regulation = ±10 mV

Non-Isolated Step-Down (Buck) Power Modules, PTN, PTR, PTV, TPS Series, Texas Instruments. A range of PCB-mounting Step-down (Buck) switching voltage regulator modules from Texas Instruments. These...

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 660 kHz Line Regulation = ±10 mV Load Regulation = ±10 mV Package Type = Through hole module Pin Count = 7 Power Rati...

Maximum Output Current = 3A Number of Outputs = 1 Maximum Switching Frequency = 660 kHz Line Regulation = ±10 mV Load Regulation = ±10 mV Package Type = Through hole module Pin Count = 7 Power Rati...