Designs (821)

821 Results - Page 2/83 |< < 1 2 3 4 5 > >|

LM1770 #2: 3.3V @ 4A, 5V in, (Page 3)

Manufacturer: Texas Instruments

The controller utilizes a constant on-time control scheme which eliminates the need for external compensation components, allowing the power supply designer to minimize necessary board space and reduce costs. This design operates at 500 kHz and utilizes larger valued components to enable a high maximum output current.

View Design

LM1770 #6: 0.8V @ 2A, 5V in, (Page 11)

Manufacturer: Texas Instruments

The controller utilizes a constant on-time control scheme which eliminates the need for external compensation components, allowing the power supply designer to minimize necessary board space and reduce costs. This design regulates the output at the LM1770’s reference voltage.

View Design

LM1770 #8: 1.8V @ 2A, 3.3V in, (Page 15)

Manufacturer: Texas Instruments

The controller utilizes a constant on-time control scheme which eliminates the need for external compensation components, allowing the power supply designer to minimize necessary board space and reduce costs. This design incorporates a 22 µF ceramic output capacitor.

View Design

TPS40090EVM-001: 1.5V @ 100A, 12 Vin

Manufacturer: Texas Instruments

The TPS40090EVM−001 multi-phase dc-to-dc converter utilizes the TPS40090 multi-phase controller and UCC27222 predictive gate driver to step down a 12-V input to 1.5V @ 100 A at 420 kHz.

View Design

LM1770 #9: 1.8V @ 2A, 3.3V in, (Page 17)

Manufacturer: Texas Instruments

The controller utilizes a constant on-time control scheme which eliminates the need for external compensation components, allowing the power supply designer to minimize necessary board space and reduce costs. This is another design utilizing small sized components chosen to fit on the LM1770 evaluation board PCB.

View Design

TPS5430EVM-173: 5V @ 3A, 10 ~ 35 Vin

Manufacturer: Texas Instruments

The TPS5430EVM-173 evaluation module allows the designer to evaluate the TPS5430 SWIFT DC/DC converter and is designed with external components to operate over a wide input voltage range.

View Design

STEVAL-ISA004V1: 10W, 5V @ 1A, 12V @ 420mA

Manufacturer: STMicroelectronics

This evaluation board is an offline, wide-range, VIPer22A-E dual-output power supply with a switching frequency of 60 kHz and is set up for secondary regulation with an optocoupler. One output delivers 5 V at 1 A and a second output delivers 12 V at 0.42 A, making for a total output power of 10 W.

View Design

LM5007EVAL: 10V @ 400mA, 12 ~ 75 Vin

Manufacturer: Texas Instruments

The LM5007 Step down switching regulator features all of the functions needed to implement low cost, efficient, Buck bias regulators.

View Design

LM5574EVAL: 5V @ 500mA, 7 ~ 75 Vin

Manufacturer: Texas Instruments

The LM5574 evaluation board is designed to provide the design engineer with a fully functional power converter based on Emulated Current Mode Control to evaluate the LM5574 regulator IC. The evaluation board provides a 5V output with a 0.5A current capability. The ultra-wide input voltage ranges from 7V to 75V. The design operates at 300kHz, a good compromise between conversion efficiency and so…

View Design

STEVAL-ISA035V1: 4.2W, 12V @ 350mA, 85 ~ 265 Vin

Manufacturer: STMicroelectronics

Many appliances today use non-isolated power supply to furnish low output power required to run a micro, LED display, and a few relays or AC switches. This type of power supply has a single rectifier so as to reference the neutral to output ground in order to fire TRIACs or AC switches.

View Design
821 Results - Page 2/83 |< < 1 2 3 4 5 > >|