MP2332C
Active Part Numbers:
MP2332CGTL-Z MP2332CGTL-P
Meaning of P & Z 
Evaluation Tools
EV2332C-TL-00A Evaluation Kit High-Efficiency, 650kHz, 2A, 18V, Step-Down Converter Evaluation Board
The EV2332C-TL-00A evaluation board is designed to demonstrate the capabilities of MPS’s MP2332C, a fully integrated, high-frequency, synchronous, rectified, step-down, switch-mode converter with internal power MOSFETs. It offers a very compact solution to achieve 2A of continuous output current over a wide input range, with excellent load and line regulation. The MP2332C has synchronous mode operation for higher efficiency over the output current load range.
Constant-on-time control operation provides very fast transient response and easy loop design, as well as very tight output regulation.
Full protection features include SCP, OCP, UVP, and thermal shutdown.
The MP2332C requires a minimal number of readily available, standard external components, and is available in a space-saving SOT583 (1.6mmх2.1mm) package.
Recommended Inductors
Semi-Shielded Inductor 3.3µH
MP2332C Resources
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VERSAL HBM – FULL POWER MANAGEMENT DEVICE (OPTIMIZED FOR EFFICIENCY) -
VERSAL HBM – M/H DEVICE (OPTIMIZED FOR EFFICIENCY) -
VERSAL HBM – L DEVICE (OPTIMIZED FOR EFFICIENCY) -
VERSAL AI EDGE – FULL POWER MANAGEMENT (OPTIMIZED FOR EFFICIENCY) -
VERSAL AI EDGE –M/H DEVICE (OPTIMIZED FOR SIZE) -
VERSAL AI EDGE –M/H DEVICE (OPTIMIZED FOR EFFICIENCY) -
VERSAL AI EDGE –L DEVICE (OPTIMIZED FOR EFFICIENCY) -
VERSAL PREMIUM - FULL MANAGEMENT (OPTIMIZED FOR EFFICIENCY) REFERENCE DESIGN -
VERSAL PREMIUM - M, H DEVICES (OPTIMIZED FOR EFFICIENCY) REFERENCE DESIGN -
VERSAL PREMIUM –L PS OVERDRIVE (OPTIMIZED FOR EFFICIENCY) REFERENCE DESIGN -
VERSAL PREMIUM –L DEVICE (OPTIMIZED FOR EFFICIENCY) REFERENCE DESIGN -
ZYNQ ULTRASCALE+ MPSOC 8 RAIL DISCRETE POWER MANAGEMENT REFERENCE DESIGNThis is a scalable design for powering the AMD Xilinx Zynq UltraScale+ MPSoC family (ZU2 to ZU19). This discrete solution combines a small footprint with excellent efficiency and tight regulation. An external sequencer meets power up and power down sequencing requirements.
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ZYNQ ULTRASCALE+ MPSOC 7 RAIL DISCRETE POWER MANAGEMENT REFERENCE DESIGNThis is a scalable design for powering the AMD Xilinx Zynq UltraScale+ MPSoC family (ZU2 to ZU19). This discrete solution combines a small footprint with excellent efficiency and tight regulation. An external sequencer meets power up and power down sequencing requirements.
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RFSOC GEN2/GEN3 REFERENCE DESIGN USING DISCRETE REGULATORS -
SINGLE-PHASE SMART POWER METERSSingle-phase smart power meters area critical component of smart homes and the growing consumer focus on energy efficiency. Single-phase meters use a two-wire alternating circuit, consisting of a power (phase) wire and a neutral wire, with current flowing between these two wires. They are typically used for residential homes where lighting and heating are the main sources of energy consumption. Be...
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THREE-PHASE SMART POWER METERSThree-phase smart power meters area critical component of smart homes and the growing consumer focus on energy efficiency. Three-phase meters use a three-wire system (sometimes four), and can better accommodate higher loads compared to single-phase meters. Three-phase power meters are also more efficient and deliver power at a steadier, more consistent rate. They are typically used for commercial ...
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POWER TOOLSPower tools offer a wide variety of features to a range of customers from everyday consumers doing small home improvement projects to construction and maintenance professionals. Because of this, power tool designs often demand high flexibility and have strict power and safety requirements. Both cordless and corded power tools must be able to offer high efficiency in compact sizes, without sacrific...
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WIFIMPS works closely with Qualcomm to create power solutions for all their WiFi products supporting 802.11ax including WiFi6 standards with 2.4GHz/5GHz/6GHz bands The MPS components on these reference designs are carefully selected to meet price and performance objectives of these designs. Please contact your regional MPS contact or use the displayed link below for assistance
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OUTPUT VOLTAGE RIPPLE MEASUREMENT AND REDUCTION FOR DC/DC VOLTAGE REGULATORSMany modern servers, as well as telecom and networking equipment, have multiple voltage regulators on the system board to provide power to ICs or sub-circuits. These power rails often have very tight voltage tolerances (<1%). Power integrity measurement, such as measuring ripple voltage in full bandwidth, becomes crucial to meet the system design requirement. This article provides measurement gui...
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DEVELOPING A BATTERY MANAGEMENT SYSTEM SOLUTION FOR ESSReliable and affordable energy sources are required to power the economy and meet daily needs. Without these energy sources, economic growth and development stalls. Dependence on foreign sources for energy can also lead to vulnerability to geopolitical conflicts. With ongoing concerns regarding climate change, ensuring energy security has environmental implications as well, with efforts to increas...
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IMPROVING BATTERY SAFETY WITH THE MP2797Modern life has become more convenient due to battery-powered applications for electric tools, vacuum cleaners, electric bikes, and outdoor power supplies for camping. As wireless charging continues to be more widely used in applications, lithium battery safety is a growing concern, so designers are looking to develop battery monitoring and protection solutions. A battery pack is made up of multi...
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SMALLEST ISOLATED LINEAR HALL-EFFECT CURRENT SENSOR: MCS1806This linear, Hall-effect current sensor delivers 3kVRMS minimum isolation voltage and 500VRMS maximum working voltage. The MCS1806 is designed for a variety of applications requiring high isolation, and is immune to stray fields when in close proximity to other applications such as motors. It is highly integrated, requiring a minimal number of external components and comprising the smallest isolat...
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UNDERSTANDING ANGLE POSITION SENSOR RESOLUTION AND BANDWIDTH IN SERVO CONTROL LOOPSThis presentation details the advantages of magnetic angle sensing compared to optical sensing, the differences between Hall-effect and TMR-based solutions, and how to assess resolution accuracy and bandwidth. Learn the impact of error sources, and the importance of calculating real resolution in an application. Next-generation TMR sensor solutions such as the MA600 offer new levels of sensitivity...
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ULTRA-SMALL HALL-EFFECT CURRENT SENSOR: MCS1823MPS’s linear, Hall-effect current sensor with over-current detection is designed for space-constrained designs, including motor control and automotive load detection and management applications. The MCS1823 series is ideal for non-isolated applications that require the combination of high-current monitoring and small form factor. Differential sensing ensures that the device is immune to external s...
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HIGH-PRECISION MOTION CONTROL FOR MULTI-AXIS MOTOR SYSTEMSThis video illustrates the precise motion control made possible thanks to MPS’s motor driver solutions. These 2-axis motion control and linear actuator demos feature the MP6570, a three-phase field-oriented control (FOC) motor controller, and the MP6539, a three-phase motor driver with three integrated half-bridge MOSFET pre-drivers. These parts offer flexible parameter configuration, selectable c...
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