IC-Components’ Post

In switching power supplies and electronic circuits, there is an electronic component called safety capacitor. The full name of the safety capacitor is the capacitor for suppressing the electromagnetic interference of the power supply. Safety capacitors will be rapidly discharged after the external power supply is disconnected, and there will be no inductance when touched by hand. Not all capacitors are safety capacitors. Safety capacitors are capacitors that can only be sold after a series of safety certifications, and different countries have different standards for safety certification. Common safety certifications include CQC certification, KC certification, UL certification, VDE certification, and ENEC certification. CQC certification: The full name is China Quality Certification Center. It is a certification body established with the approval of the competent department. It is an authoritative certification body that carried out certification work earlier in China and is a compulsory certification. KC certification: KC certification is a unified mandatory certification in South Korea, and the KC certification mark represents that the product meets the product performance requirements of South Korea. UL certification: short for Underwriter Laboratories Inc., it is a non-mandatory certification, which provides objective certification for the marketing publicity marked by the manufacturer for its products, such as product performance, quality, function and other claims. VDE certification: The full name is the German Prufstelle Testing and Certification Institute, which directly participates in the formulation of German standards and is one of the certification bodies with a high reputation in the world. ENEC certification: European standard electrical certification, is a certification program for electrical products initiated by the European Electrotechnical Standardization Committee and recognized by all parts of Europe. Select a reliable manufacturer when purchasing capacitors can avoid a lot of unnecessary trouble. JYH HSU (or Dongguan Zhixu Electronics) not only has full models of ceramic capacitors with guaranteed quality, but also offers worry-free after-sales. JEC factories has passed ISO9001:2015 quality management system certification; JEC safety capacitors (X capacitors and Y capacitors) and varistors have passed the certification of various countries; JEC ceramic capacitors, film capacitors and super capacitors are in line with low carbon indicators. #capacitor #jeccapacitor #electronics #circuit #resistor #jyhhsu

PCB production involves many procedures and materials, requiring LED manufacturers to prioritize safety measures, advancements in technology lead to the development of advanced and efficient PCBs, which cater to various electronic components and devices. WellCircuits Limited specializes in manufacturing high-precision PCBs to meet diverse customer needs.#Advancementsintechnology #AdvantagesofPCBs #LEDPCBmanufacturers #PCBproduction #PCBprototypes

5pin 24signal PCB Power Battery Connector Tyco Compatible

The EEE-FK1J101P is an advanced aluminum capacitor tailored for automotive applications and designed to meet AEC-Q200 standards. Brand and Manufacturer of EEE-FK1J101P Produced by Panasonic, renowned for its reliability and innovation in electronic components. Features of EEE-FK1J101P The EEE-FK1J101P boasts a capacitance of 100µF with a tolerance of ±20%. Engineered for a voltage rating of 63V and features a significant lifetime of 2000 hours at 105°C. Offers a low impedance of 350 mOhm and supports a ripple current of 300mA at 120Hz. Working Principle of EEE-FK1J101P Operates by storing and releasing electrical energy through an electrostatic field between conductive plates and an insulating material. Size, Shape, and Packaging of EEE-FK1J101P Measures 0.394" in diameter and 0.413" in height, with a tailored surface mount land size of 0.406" L x 0.406" W. Comes in Tape & Reel (TR) packaging for automated assembly processes. Core Technical Parameters of EEE-FK1J101P Designed for a broad operating temperature range from -55°C to 105°C, ensuring performance in diverse environments. The component is packaged as a radial, can - SMD for surface mount applications and is polarized. Reliability and Longevity of EEE-FK1J101P Demonstrates excellent durability with a lifespan of 2000 hours at 105°C under operating conditions. Built to withstand the rigorous demands of automotive environments. Precautions for Use of EEE-FK1J101P Observe proper orientation due to its polarization to prevent damage. Adhere to the specified voltage and temperature ranges for optimal performance and longevity. Practical Application Areas of EEE-FK1J101P Ideally suited for a variety of general-purpose applications within the automotive sector, including power regulation and filtering. Substitutes and Equivalent Products for EEE-FK1J101P Equivalent products should match the EEE-FK1J101P's capacitance, voltage rating, and environmental tolerance for similar applications. Specific alternatives may vary based on the application's precise requirements. MORE--> 📖▶️: https://lnkd.in/gh3qXgTg

As electronics continue to miniaturize, component manufacturers must create capacitors with smaller footprints. Learn how MLCC case sizes are designated and standardized and the various sizes available today. https://hubs.ly/Q02gsqp70

The ECA-1VHG222 is a high-quality aluminum capacitor from Panasonic's NHG series, designed for general-purpose applications. Brand and Manufacturer Brand: Panasonic Manufacturer: Panasonic, specializing in capacitors among other electronic components. Features The ECA-1VHG222 offers a capacitance value of 2200µF with a tolerance of ±20%. It is designed to operate effectively within a voltage rating of 35V. This model is polar, indicating a specific orientation when installed. Packaged in bulk for convenient handling and deployment. Working Principle Aluminum capacitors like the ECA-1VHG222 store electrical energy electrostatically, featuring an aluminum electrolytic build for efficient operation. Size, Shape, and Packaging Diameter: 0.630" (16.00mm) Height - Seated (Max): 1.063" (27.00mm) Lead Spacing: 0.295" (7.50mm) Packaging: Bulk Mounting Type: Through Hole Case: Radial, Can Core Technical Parameters Capacitance: 2200µF Voltage Rating: 35V Tolerance: ±20% Operating Temperature Range: -55°C to 105°C Lifetime at Temperature: 2000 hrs at 105°C Ripple Current: 1.26A @ 120Hz Reliability and Longevity The ECA-1VHG222 is designed for a lifetime of 2000 hours at 105°C, demonstrating Panasonic's commitment to reliability and longevity in their capacitor offerings. Precautions for Use Ensure correct polarization upon installation. Operate within the specified temperature range and voltage limits to avoid premature failure. Practical Application Areas This capacitor is suitable for a wide range of general-purpose applications, including but not limited to consumer electronics, power management systems, and industrial machinery. Substitutes and Equivalent Products Equivalent products or substitutes for the ECA-1VHG222 should match its capacitance, voltage rating, size, and temperature specifications for compatibility in intended applications. 📖▶️: https://lnkd.in/gEuAY8d9

"🔌 Powering Innovation in Electronics with Precision Brass Components 📲💡 At Pixon Metal, we specialize in high-quality brass components that are essential to today’s electronic devices. From brass pins and connectors to terminals, our components are engineered for reliability, ensuring seamless connections in circuits and electronic boards. As technology advances, our commitment to precision manufacturing ensures your electronics run efficiently and sustainably. Whether it's for consumer electronics, telecommunications, or industrial electronics, our brass components provide the durability, conductivity, and corrosion resistance essential for performance. #PixonMetal #Electronics #BrassComponents #PrecisionEngineering #ElectronicManufacturing #Innovation #ElectronicsIndustry #BrassConnectors #CircuitBoard #ElectronicComponents #Reliability #TechSolutions #ElectronicsManufacturing #HighQuality #Durability #Technology #ManufacturingExcellence #SustainableManufacturing #BrassPins #Conductivity #CorrosionResistance #IndustrialComponents #ElectronicParts #ModernManufacturing #BrassIndustry #TechnologyInnovation #ElectricalEngineering #ComponentManufacturing #SustainableTech #ElectronicsSupplier #TechIndustry"

The UWT1C101MCL1GB is a high-performance aluminum capacitor designed by Nichicon, showcasing excellence in energy storage and pulse power applications. Brand and Manufacturer Produced by Nichicon, a leader in the capacitor industry, this model belongs to the UWT series, renowned for its reliability and efficiency. Features Offers a capacitance of 100µF with a tolerance of ±20%, suitable for a wide range of electronic circuits. Engineered for surface mount applications, facilitating easier integration into PCB designs. Polar design ensures correct installation and functionality within circuits. Working Principle Operates by storing electrical energy in an electrostatic field, utilizing aluminum plates separated by an electrolyte, enabling efficient energy management in electronic devices. Size, Shape, and Packaging Dimensions: Diameter 0.248" (6.30mm), Height 0.213" (5.40mm), ensuring compactness for space-sensitive applications. Packaged in Tape & Reel (TR) for automated assembly processes, enhancing manufacturing efficiency. Core Technical Parameters Voltage Rating: 16V, allowing for use in low to medium voltage applications. Operating Temperature Range: -55°C to 105°C, suitable for diverse environmental conditions. Lifetime @ Temp.: 1000 hours at 105°C, indicating durable performance under high-temperature operations. Ripple Current: 60mA, depicting its ability to handle fluctuating currents with minimal distortion. Reliability and Longevity Designed for a long operational life, withstanding up to 1000 hours at 105°C, ensuring consistent performance over an extended period. Precautions for Use Ensure proper polarization during installation and operate within the specified temperature and voltage ratings to maintain reliability and longevity. Practical Application Areas Ideal for general-purpose applications, including but not limited to power supply filtering, audio equipment, and other electronic devices requiring stable capacitance. Substitutes and Equivalent Products Equivalent products may include capacitors from other manufacturers with similar capacitance, voltage ratings, and size specifications, offering alternatives for diverse application needs. MORE--> 📖▶️: https://lnkd.in/guABwj7M

Not All Resistors Are Created Equal: Resistors are essential components in electronics, controlling current flow. But did you know that their performance can change depending on the frequency of the signal? Axial Resistors: Workhorses for Lower Frequencies Axial resistors, with their familiar cylindrical body and leads for through-hole mounting, are ideal for many applications. However, their lead inductance starts to affect their performance at higher frequencies, typically above 400 MHz. This means they begin to oppose changes in current more than their designated resistance, impacting circuit behavior. SMT Resistors: Champions for High Frequencies Surface-mount technology (SMT) resistors, like the common 0603 package, are designed for surface mounting on PCBs. Their smaller size reduces lead inductance, making them suitable for higher frequencies up to around 2 GHz. At these frequencies, SMT resistors perform much closer to their ideal resistance compared to axial resistors. In Short: Choose the Right Resistor for the Job For low-frequency applications, both axial and SMT resistors work well. But when dealing with higher frequencies, SMT resistors are the clear choice due to their superior performance. Below you can see the behavior of different types of resistors with frequency . The graph shows how the impedance of axial resistors deviates from the ideal resistance at higher frequencies, while SMT resistors maintain a more consistent performance. ⚠️ watch out for your resistor ⚠️ #Thamer_HW_Expert

Smart gateways are widely used in smart homes, smart cities, industrial automation and other fields, and are the core components for realizing the intelligence and automation of the Internet of Things.     PCBA Manufacturing in Smart Gateways Mainly Involves the Following Key Links:  1. Design and Prototype Development The PCB design of the smart gateway needs to cover many factors such as signal integrity, electromagnetic compatibility, and power consumption management. In addition, during the design process, its compatibility with multiple communication protocols must be ensured.      2. Components Selection and Welding Due to the complexity and high requirements of the smart gateway functions, the selection of its components must be cautious. The selection of high-performance components such as microprocessors, wireless communication modules, memory and sensors will directly affect the functionality, power consumption and cost of the smart gateway. In the PCBA manufacturing process, surface mount technology (SMT) is a key process, which uses automated equipment to accurately place components on the PCB surface and uses a reflow soldering process to connect them, ensuring the firmness of each component and good electrical performance.      3. Testing and Verification After the PCBA manufacturing of the smart gateway is completed, its various components and functional modules must undergo rigorous testing and verification to ensure the stability of its operation. Specifically, it includes circuit integrity test, signal transmission test, wireless communication performance test and thermal management test. These tests are designed to ensure that the smart gateway can operate stably in various operating environments and guarantee the reliability of its data processing, communication and control functions. In addition, functional testing also includes firmware loading and verification to ensure that the smart gateway can successfully connect and interact with external devices and networks.      4. Mass Production and Quality Control With the increasing market demand for smart gateways, PCBA manufacturing has gradually entered the stage of large-scale production. In this process, automated production equipment, such as automatic placement machines and wave soldering machines, have been widely used. At the same time, strict quality control processes are essential, including automated testing methods such as online inspection (AOI) and functional testing (ICT) to ensure that each PCBA meets design specifications and has high reliability. And through a complete production monitoring and quality tracking system, defects in the production process can be discovered and corrected in a timely manner, thus ensuring the consistency and performance stability of the final product.    Web site: www.Greathomepcb.com #PCBDesign #FlexPCB #RigidPCB #ElectronicsManufacturing  #PCBA #TechInnovation #Electronics #FlexibleElectronics