# Jiuying OWO Electric


## Posts

- [Littelfuse CPC1343G OptoMOS Solid-State Relay: High-Performance Switching for Demanding Applications](https://owoelectric.com/littelfuse-cpc1343g-optomos-solid-state-relay-high-performance-switching-for-demanding-applications/): Littelfuse announces the release of the CPC1343G OptoMOS Solid-State Relay (SSR), a compact Form-A (1-A) OptoMOS relay designed for high-reliability switching in demanding industrial, medical, and instrumentation applications. Overview The CPC1343G leverages Littelfuses proven OptoMOS technology to deliver 900mA continuous load current, 60V blocking voltage, and enhanced 5000VRMS input-to-output isolation—all within a space-saving 4-pin package. Fast switching performance (4ms turn-on, 1ms turn-off) enables precise control in modern electronic systems, while the low 3mA maximum LED drive current ensures compatibility with TTL and CMOS logic without additional interface circuits. Built for harsh environments, the CPC1343G supports an extended ambient temperature range […]
- [What is a DSP Chip?](https://owoelectric.com/what-is-a-dsp-chip/): A DSP (Digital Signal Processor) is a microprocessor specifically designed for processing digital signals. It possesses powerful computing capabilities and high-speed data processing abilities, allowing it to quickly execute complex mathematical operations in real-time systems, such as Fourier transforms, filtering, signal modulation, and demodulation. A DSP integrates a control unit, arithmetic logic unit, registers, and memory, enabling interaction with external devices, making it a fully functional microcomputer. Structure of DSP Key Features Applications of DSP Major DSP Manufacturers
- [Common Faults and Troubleshooting for DC Motors](https://owoelectric.com/common-faults-and-troubleshooting-for-dc-motors/): 1. Failure to Start 2. Low or Uneven Running Speed 3. Excessive Speed with Severe Sparking 4. Overheating of the Armature During Operation
- [How to Wire a Motor? Selecting Circuit Breakers and Thermal Relays](https://owoelectric.com/how-to-wire-a-motor-selecting-circuit-breakers-and-thermal-relays/): How to Wire a Motor? Selecting Circuit Breakers and Thermal Relays When building and operating a control system, accurately calculating the load is crucial for selecting the appropriate cable specifications. This is a critical step that requires careful attention. Determining Load Size There are various methods to determine load size. One common and straightforward method is to refer to the motor’s nameplate, which typically displays important parameters. Additionally, you can use professional formulas to calculate the load size accurately. Although there’s also a simplified empirical algorithm, which, while not always 100% accurate, can provide a good reference in less critical […]
- [Precautions for Using a Frequency Converter](https://owoelectric.com/precautions-for-using-a-frequency-converter/): Precautions for Using a Frequency Converter 1. Characteristics of Frequency Converters 2. Classification of Frequency Converters 3. Basic Control Functions of Frequency Converters 4. External Connection Terminals of the Frequency Converter 5. Control Panel of the Frequency Converter 6. Installation and Commissioning of the Frequency Converter 7. Control Circuit of the Frequency Converter The control circuit, which provides on/off control signals to the converter’s main circuit, has the primary tasks of controlling the switching of inverter components and providing multiple protection functions. The control circuit of the converter consists of an arithmetic circuit, signal detection circuit, drive circuit, and protection […]
- [Learn About Surge Protector](https://owoelectric.com/learn-about-surge-protector/): 1. What is a Surge? A surge is a transient overvoltage that exceeds the normal operating voltage. 2. What is a Surge Protector? A surge protector is an electronic device that, upon detecting a sudden spike in current or overvoltage due to external interference in an electrical circuit or communication line, can quickly conduct and divert the excess current. This helps to prevent the surge from damaging other equipment in the circuit. 3. What is the Difference Between a Switching Surge Protector and a Voltage Limiting Surge Protector? 4. How to Select a Miniature Circuit Breaker to Pair with a […]
- [Key Points for Selecting Industrial Surge Protectors](https://owoelectric.com/key-points-for-selecting-industrial-surge-protectors/): Key Points for Selecting Industrial Surge Protectors Surge ProtectorsSurge protectors are crucial devices designed to protect electronic equipment from various interferences such as lightning strikes, sudden power switches, inductive load switches, and transient spikes caused by lighting. They ensure the normal operation of electronic devices by effectively defending against overvoltage, overcurrent, and transient spikes. The basic principle of surge protectors lies in their fast response and reliable protection circuit, which limits transient voltages, currents, and electromagnetic interference between electronic devices and power supplies within safe ranges. This process plays a key role in protecting electronic devices. Working PrincipleThe working principle […]
- [Preventing Lightning Strikes on Low-Voltage Wiring Systems](https://owoelectric.com/preventing-lightning-strikes-on-low-voltage-wiring-systems/): Preventing Lightning Strikes on Low-Voltage Wiring Systems Certain cables and low-voltage equipment are vulnerable to lightning strikes if not adequately protected. This can lead to economic losses and, more seriously, pose threats to human life. So, how can we prevent lightning strikes from affecting these systems? Protection should be categorized based on the different functions of electrical and microelectronic equipment, their protection procedures, and the respective protection layers. Implement multi-level and multi-layer protection across all systems, from power lines to data communication lines, network cables, and optical cables, to safeguard against potential lightning hazards. 1. External Passive Protection: In the […]
- [Selection of  ABB Variable Frequency Drive](https://owoelectric.com/selection-of-abb-variable-frequency-drive/): Selection of ABB Variable Frequency Drive Choosing the right ABB Variable Frequency Drive(VFD) model requires evaluation based on specific application scenarios, power requirements, load types, and control requirements. The following are some commonly used ABB VFD models and their characteristics and applicable scenarios: ACS310 – Micro DrivesEnergy Savings for Fans and PumpsThe ACS310 drive is specifically designed to optimize variable torque applications such as booster pumps and centrifugal fans. With a robust set of features, the ACS310 enhances performance by adapting to changes in pressure, flow, or other external data. It helps customers reduce operating costs, improve energy efficiency, and […]
- [Differences Between Photovoltaic Inverters and Energy Storage Inverters](https://owoelectric.com/differences-between-photovoltaic-inverters-and-energy-storage-inverters/): Differences Between Photovoltaic Inverters and Energy Storage Inverters As the applications of photovoltaic (PV) systems combined with energy storage become more widespread, the importance of PV inverters and energy storage inverters as key components in PV generation and storage systems is increasingly evident. While both belong to the inverter category, there are significant differences in their working principles, control strategies, and application scenarios. Energy Storage Inverter The energy storage converter, also known as a Power Conversion System (PCS), or bidirectional energy storage inverter, is a critical component that enables bidirectional energy flow between the energy storage system and the grid. […]
- [What is a PV Combiner Box?](https://owoelectric.com/what-is-a-pv-combiner-box/): What is a PV Combiner Box? 1. What is a PV Combiner Box? A PV Combiner Box is a critical component in a photovoltaic (PV) power generation system. It collects the output current from multiple PV modules and, through protection and control devices, delivers the current to the inverter for processing. It plays a key role in the PV system by centralizing connections, providing protection, and controlling the flow of electricity, ensuring the system operates efficiently and safely. Main Functions of a PV Combiner Box Key Components of a PV Combiner Box Applications: PV combiner boxes are suitable for ground-mounted […]
- [The Role of Photovoltaic Inverters in Solar Photovoltaic Power Generation Systems](https://owoelectric.com/the-role-of-photovoltaic-inverters-in-solar-photovoltaic-power-generation-systems/): The Role of Photovoltaic Inverters in Solar Photovoltaic Power Generation Systems An inverter is a device that converts direct current (DC) into alternating current (AC). Solar cells generate DC electricity under sunlight, and the electricity stored in batteries is also DC. However, DC power systems have significant limitations, as common household appliances such as fluorescent lamps, televisions, refrigerators, and fans operate on AC power and cannot be powered by DC sources. Therefore, to make photovoltaic power generation widely applicable in our daily lives, inverters that can convert DC into AC are indispensable. As an essential component of photovoltaic power generation, […]
- [Comprehensive Knowledge of Relay Protection](https://owoelectric.com/comprehensive-knowledge-of-relay-protection/): When elements of the power system (such as generators or transmission lines) or the power system itself experience a fault that endangers the safe operation of the power system, relay protection can either alert the operating personnel with warning signals or directly send a tripping command to the controlled circuit breakers to terminate these events. This automated measure and equipment set is commonly referred to as a relay protection device. This section provides a detailed introduction to the basic principles, requirements, tasks, classifications, common fault analysis, and handling of relay protection. I. Basic Principles A relay protection device must correctly […]
- [PLC Programming Algorithm](https://owoelectric.com/plc-programming-algorithm/): PLC Programming Algorithm (1): Discrete Signals In PLC systems, there are primarily three types of signals: discrete (or digital), analog, and pulse. Understanding the relationships among these three types is essential for mastering PLC control. (2): Analog Signal Calculation The above examples illustrate the general principle. Different PLCs may have different resolutions and physical measurement units, leading to slight variations in the calculation results. Note on Analog Input Wiring Requirements: (3): Pulse Signal Calculation Pulse signal control is commonly used for the angle, distance, and position control of stepper motors and servo motors. Here are examples using stepper motors: Servo […]
- [Determination and Handling of Circuit Breaker Failures](https://owoelectric.com/determination-and-handling-of-circuit-breaker-failures/): Determination and Handling of Circuit Breaker Failures 1. Determination and Handling of “Refusal to Close” Failures A “refusal to close” failure in a circuit breaker typically occurs during closing operations or recloser activation, posing significant risks. For instance, in emergency situations requiring the immediate activation of a backup power supply, a breaker refusing to close can escalate the incident. The process for diagnosing and addressing this issue generally involves three steps: After preliminary checks, one can ascertain whether the fault is electrical or mechanical. Common electrical and mechanical faults include: 2. Determination and Handling of “Refusal to Open” Failures A […]
- [Why does my breaker keep tripping?](https://owoelectric.com/why-does-my-breaker-keep-tripping/): Five Common Causes of Circuit Breaker Tripping: Overload, Short Circuit, Leakage, Undervoltage, and Overvoltage Below we will detail these five causes and explain how to identify and resolve the faults. 1. Overload Overload is one of the most common causes of circuit breaker tripping. Overload protection is a fundamental feature of any circuit breaker. When the current in the circuit exceeds the preset value of the breaker, it will automatically trip. To determine if an overload caused the trip, you can check if there are any changes in the auxiliary components. If there are no changes, it may indicate an overload […]
- [The Most Complete Explanation of Circuit Breakers](https://owoelectric.com/complete-explanation-of-circuit-breakers/): Complete Explanation of Circuit Breakers Classification of Circuit Breakers (1) Air Circuit Breaker (ACB) Air circuit breakers, also known as universal circuit breakers, house all components within an insulated metal frame. They are typically open-type and can be equipped with various accessories. The contacts and parts are easy to replace, making them ideal as main switches at power supply terminals. Overcurrent trip units can be electromagnetic, electronic, or intelligent. ACBs provide four levels of protection: long delay, short delay, instantaneous, and ground fault. Each protection setting can be adjusted within a certain range according to its frame level. Air circuit […]

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- [About](https://owoelectric.com/about/): About Us Jiuing Electronic Technology Co., Ltd is a professional lectrical equipment distributor established in 2010, headquartered in China with extensivce experience inthe global industrial automation market. Our Company Profile:Over 15 years of experience in electrical equipment distributionServing customers in 50+ countries worldwideAuthorized distributor for leading brands including ABB, Eaton Cooper Bussmann, Schneider Electric, and SiemensISO 9001:2015 certified companyStrong R&D team with technical expertise Our Product Range:Circuit Breakers (MCCB, MCB, ACB)Fuses (NH, HRC, High Speed, DC)Contactors and RelaysVariable Frequency Drives (VFD)Soft StartersDisconnect SwitchesHMI Panels and PLCExplosion Proof EquipmentTransformer Parts Our Services:One-stop procurement solution for industrial electrical componentsTechnical consultation and product […]
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## Products

- [MPS MPL-AL6060-150 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-150-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6060-100 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6060-8R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-8r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6060-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6060-5R6 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-5r6-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6060-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-al6060-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-5R6 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-5r6-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-3R3 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-3r3-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-2R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-2r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-1R5 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-1r5-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-1R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-1r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-1R0 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-1r0-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL6050-R82 Power Inductor](https://owoelectric.com/product/mps-mpl-al6050-r82-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5050-100 Power Inductor](https://owoelectric.com/product/mps-mpl-al5050-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5050-8R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al5050-8r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5050-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-al5050-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5050-5R6 Power Inductor](https://owoelectric.com/product/mps-mpl-al5050-5r6-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-3R3 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-3r3-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-2R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-2r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-1R8 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-1r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-1R5 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-1r5-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-1R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-1r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-1R0 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-1r0-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-R82 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-r82-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-R56 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-r56-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL5030-R47 Power Inductor](https://owoelectric.com/product/mps-mpl-al5030-r47-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-3R3 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-3r3-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-2R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-2r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-1R5 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-1r5-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-1R2 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-1r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-1R0 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-1r0-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-R82 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-r82-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-R68 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-r68-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AL4020-R47 Power Inductor](https://owoelectric.com/product/mps-mpl-al4020-r47-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-220 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-220-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-150 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-150-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-100 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-8R2 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-8r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-5R6 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-5r6-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-3R3 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-3r3-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-2R2 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-2r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-1R8 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-1r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-1R5 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-1r5-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-1R2 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-1r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-1R0 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-1r0-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-R82 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-r82-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-R68 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-r68-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-R56 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-r56-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1265-R47 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1265-r47-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-100 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-5R6 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-5r6-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-3R3 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-3r3-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-R68 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-r68-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY1050-R47 Power Inductor](https://owoelectric.com/product/mps-mpl-ay1050-r47-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY4020-100 Power Inductor](https://owoelectric.com/product/mps-mpl-ay4020-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY4020-8R2 Power Inductor](https://owoelectric.com/product/mps-mpl-ay4020-8r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY4020-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-ay4020-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-AY4020-5R6 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay4020-5r6-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-100 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-100-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-8R2 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-8r2-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-6R8 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-6r8-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-5R6 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-5r6-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-4R7 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-4r7-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-3R3 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-3r3-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-2R2 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-2r2-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-1R5 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-1r5-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-1R0 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-1r0-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-R82 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-r82-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-R68 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-r68-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AY3020-R47 Molded Inductor](https://owoelectric.com/product/mps-mpl-ay3020-r47-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-100C Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-100c-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-100 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-100-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-6R8 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-6r8-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-4R7 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-4r7-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-3R3 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-3r3-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-2R2 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-2r2-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-1R5 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-1r5-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-1R0 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-1r0-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-R68 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-r68-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-R47 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-r47-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2512-R33 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2512-r33-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-4R7 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-4r7-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-2R2 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-2r2-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-1R5 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-1r5-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-1R0 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-1r0-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-R68 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-r68-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-AT2010-R47 Molded Inductor](https://owoelectric.com/product/mps-mpl-at2010-r47-molded-inductor/): Molded shielded power inductor. Excellent EMI performance with low DCR for power electronics.
- [MPS MPL-SE6040-220 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-220-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-SE6040-150 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-150-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-SE6040-100 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-100-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-SE6040-8R2 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-8r2-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-SE6040-6R8 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-6r8-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.
- [MPS MPL-SE6040-4R7 Power Inductor](https://owoelectric.com/product/mps-mpl-se6040-4r7-power-inductor/): SMD power inductor for switching power supply applications. High efficiency with minimal EMI radiation.


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