Power Management Development Kits

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MAX98360AEVSYS#WLP, Maxim Integrated

The Maxim Integrated MAX98360 evaluation system or EV System is fully assembled and tested system which evaluates the MAX98360 A, B, C, D mono Class D audio amplifiers. It also consists of MAX98360 Development Board (DEV Board), Maxims Audio Interface Board III (AUDINT3), and a USB cable. Audio Channel Select (Left, Right, and Mono Mix) Filter less Operation Low EMI Complete Hardware System with Easy Setup, No Tools or Special Software Required

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MIKROE-2894, MikroElektronika

MikroElektronika MIKROE-2894 DC-DC Click Board The MikroElektronika MIKROE-2894 is a BOOST 2 click DC-DC click board regulator has a fixed 5V output, which can be obtained from any low voltage input such as NiCd, NiMH or one cell Li-Po/Li-Ion batteries. This click features very high-efficiency, low noise and anti-ringing voltage output and inrush current limiting with the internal soft-start as well as true disconnect option for minimized power drain, when in shutdown mode. Features and Benefits General-purpose Input/output (GPIO) interface Offers low noise and low voltage start-up Offers soft start and true disconnect options On-board MCP1642B-ADJ 1MHz low-voltage start-up synchronous boost regulator Provides good efficiency for battery-powered devices Selectable input voltage ranges between 3.3V and 5V Applications Battery-operated devices GPS modules Handheld instruments Portable embedded electronic devices USB emergency backup chargers

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MIKROE-2901, MikroElektronika

BATT-Man click BATT-MAN click is a very versatile battery operated power manager. When powered via mikroBUS™, it will charge the connected Li-Ion/Li-Po 3.7V battery, while providing the output voltage on all its outputs at the same time. The interesting feature of this device is that it can provide additional current to the connected load if the current provided from the mikroBUS™ socket is not enough. This is possible by utilizing the connected battery and by employing intelligent power routing algorithms of BATT-MAN click.

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MIKROE-2917, MikroElektronika

MikroElektronika Buck-Boost Converter Click Board The MikroElektronika Buck-Boost converter click board is a buck-boost voltage regulator, a switching regulator topology that combines principles of the buck conversion (step-down) and the boost conversion (step-up). By combining these two topologies, MCP16331 INV click can output a regulated DC voltage, which can be set in the code for input voltage, both greater and less than the output voltage. This click works in an inverting configuration, providing an output voltage which is negative concerning the GND level. The input supply voltage rating is between 4.5V and 16V. Output voltage rating is between -2.7V and -5.4V. The output current rating is 500mA max. Features and Benefits Adjustable voltage GPIO and SPI interface Internal soft start Negative power supply source with very high switching efficiency Overvoltage protection Sustains a reasonably high current

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MAX17055XEVKIT#, Maxim Integrated

ModelGauge m5 Algorithm Monitors 1-Cell Lithium-Ion Battery Packs Battery Pack Input Voltage Range of +2.3V to +4.9V On-chip Temperature Measurement and External Thermistor Measurement Network Optional On-Board PCB Trace Sense Resistor Windows 7 or Newer Compatible Software Proven PCB Layout Fully Assembled and Tested Applications Bluetooth Headsets Digital Still, Video, and Action Cameras Handheld Computers and Terminals Health and Fitness Monitors Home and Building Automation, Sensors Medical Devices Portable Game Players Smartphones Tablets, 2-in-1 Laptops Toys Wearables, Smartwatches Wireless Speakers

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NCP565VADJEVB, ON Semiconductor

The NCP565 low dropout linear regulator will provide 1.5 A at a fixed output voltage and an adjustable voltage down to 0.9 V. The fast loop response and low dropout voltage makes this regulator ideal for applications where low voltage and good load transient response are important. 3.3 V output Minimized parasitic elements Low ESR and reduced instantaneous output voltage drop under transient load conditions

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NCP3064DFBSTGEVB, ON Semiconductor

The NCP3064 device supports a buck configuration with a wide input voltage range. The NCP3064 is a low cost converter that supports a peek current of 1.5A with a maximum duty cycle of 85.7%. The ON/OFF function allows turn the device to low consumption mode. Input Voltage Range from 3.0 V to 40 V Logic Level Shutdown Capability Low Power Standby Mode, Typical 100 uA Output Switch Current to 1.5 A Adjustable Output Voltage Range 150 kHz Frequency Operation Precision 2% Reference Internal Thermal Shutdown Protection Cycle-by-Cycle Current Limiting NCV Prefix for Automotive and Other Applications Requiring Site and Control Changes These are Pb-Free Devices Step-Down, Step-Up, and Inverting supply applications High Power LED Lighting Battery Chargers

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NCP1406V15GEVB, ON Semiconductor

The NCP1406 is a monolithic micropower PFM step-up DC-DC converter. This device is designed to boost single lithium or two cells AA/AAA battery voltage up to 25 V (with internal MOSFET) output for handheld applications. Target applications include OLED Power, White LED Drivers, and LCD Bias. In addition to standard boost converter topologies, this device can be configured for voltage-inverting and step-down applications. 85% Efficiency Low Operating Current Low Shutdown Current Low Startup Voltage Output Voltage up to 25 V with Built-in 26 V MOSFET Switch PFM Switching Frequency up to 1.0 MHz Output Voltage Soft-Start Feedback Pin Open/Short Circuit Protection Input Under-voltage Lockout Thermal Shutdown Low Profile and Minimum External Parts

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MCP3905EV, Microchip

MCP3905 Energy Meter Evaluation Board The MCP3905 Evaluation board is designed to test out a variety of energy meter designs. On the input side high voltage line and load AC-plug headers are included, along with mounting holes for shunts, current transformers, and screw-type connections for wiring. On the output side a large prototype area is included along with optical isolation and a standard PICtail header for experiment with a variety of PIC-based energy meter designs. Evaluation system for a variety of energy meter designs Easy connection to line and load experiments with AC plug and screw-type connections PIC demonstration board connections (PICtail) with optical isolator On-board power supply circuitry for power-supply evaluation and experimentation Resistive network with mechanical potentiometer for calibration experimentation Jumpers for gain and frequency selection Energy/Power Measurement - Microchip

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PL02, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. PL02 – 3.7v LiPo Battery Power Supply Solar xChip (AN971, PAM2305, XC9141) This xChip is a power module that charges a 3.7v LiPo battery via power input from a Micro USB power source. Unless connected to this Micro USB power source, the circuit draws power from the LiPo battery and supply the xBus with power. The on-board MCP73831 LiPo battery charging IC offers a simple and efficient battery charging solution with various features, such as Auto Off, Cell Preconditioning, Cell Temperature Monitoring, Reverse Polarity Protection, Status Indication and Under Voltage Protection/Brown-Out. It is capable of charging the battery at a rate up to a maximum of 500 mA. The equipped PAM2305 is a step-down current-mode, DC-DC converter. At heavy load, the constant frequency PWM control performs with excellent stability and transient response. To ensure th...

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PU02, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. This xCHIP is designed to supply power to connected xCHIPS via a Micro USB cable. Voltage regulation from USB power provided by on-board AP2114 LDO, which features 1 A continuous current output, good output regulation accuracy and short circuit protection. This xCHIP is designed to supply power to connected xCHIPS via a Micro USB cable. Voltage regulation from USB power provided by on-board AP2114 LDO, which features 1 A continuous current output, good output regulation accuracy and short circuit protection. Product highlights 1 A Continuous Output Current LED Power Indicator Micro USB Connector Fold-back Short Current Protection Specifications Output Voltage Accuracy: ±1.5% Output Current: 1A Fold-back Short Current Protection: 50mA Low Quiescent Current: 60μA Low Output Noise: 30μV RM...

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NCP571SN10T1GEVB, ON Semiconductor

The demoboard supports the LDO regulator NCP571 with fix output voltage 1.0 V. An additional circuitry based on Single Input Buffer allows connect Enable signal with higher voltage than input voltage of LDO regulator up to 7 V. The ENABLE function allows turn the device to low consumption mode with quiescent current below 1 μA.Size: 38mm x 30mm x 18mm Input Voltage Range from 2.7 V to 12 V (Limited to 5.5 V in case the Single Output Buffer is powered too.) Low Quiescent Current, Typical 2.7 μA Output Current up to 150 mA Precision 3% at Ta = 25°C Internal Thermal Shutdown Protection NCV Prefix for Automotive and Other Applications Requiring Site and Control Changes These are Pb-Free Devices Battery Powered Instruments Hand-Held Instruments Camcorders and Cameras

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Power Management Development Kits

New Items

MAX98360AEVSYS#WLP, Maxim Integrated

MIKROE-2894, MikroElektronika

MIKROE-2901, MikroElektronika

MIKROE-2917, MikroElektronika

MAX17055XEVKIT#, Maxim Integrated

NCP565VADJEVB, ON Semiconductor

NCP3064DFBSTGEVB, ON Semiconductor

NCP1406V15GEVB, ON Semiconductor

MCP3905EV, Microchip

PL02, XinaBox

PU02, XinaBox

NCP571SN10T1GEVB, ON Semiconductor

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