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In the realm of electronic components, the unassuming Multilayer Ceramic Capacitor (MLCC) has played a pivotal role for decades. As technology continues to advance, so do the applications of these tiny powerhouses. In 2023, Multilayer Ceramic Capacitors have found their way into an astonishing array of cutting-edge technologies, enabling everything from 5G connectivity to space exploration.

1. 5G Revolution
The rollout of 5G networks has brought about unprecedented advancements in communication speed and connectivity. MLCCs, with their high capacitance and compact size, have become essential components in the construction of 5G infrastructure. These capacitors are used in base stations, antennas, and other network equipment to stabilize power distribution and filter out unwanted frequencies, ensuring seamless and reliable connections for users.

2. Electric Vehicles (EVs)
The automotive industry has experienced a paradigm shift towards electric vehicles, and MLCCs have emerged as indispensable elements in this transformation. With their ability to store and discharge energy rapidly, MLCCs are used in EVs for regenerative braking systems, ensuring efficient energy recovery. Additionally, these capacitors help manage power distribution within the vehicle's complex electrical system, contributing to enhanced overall performance and safety.

3. Internet of Things (IoT)
The IoT landscape has grown exponentially, connecting an ever-increasing number of devices. MLCCs facilitate the miniaturization of IoT devices, providing stability to power supplies, filtering out noise, and supporting efficient energy usage. From smart thermostats to wearable health monitors, these capacitors enable devices to communicate seamlessly and process data with precision.

4. Renewable Energy
As the world pivots towards sustainable energy sources, MLCCs have found their way into renewable energy systems. Wind turbines and solar panels rely on sophisticated electronics to capture, store, and distribute energy. MLCCs help stabilize power conversion and conditioning circuits, ensuring a consistent energy flow into the grid.

5. Space Exploration
The realm of space exploration demands components that can withstand extreme conditions while delivering peak performance. Multilayer Ceramic Capacitors have proven their mettle in this arena by being used in satellites, spacecraft, and exploration rovers. Their ability to endure wide temperature ranges, radiation, and mechanical stress makes them vital for critical systems in outer space.

6. Medical Devices
Advancements in medical technology have led to the development of intricate and compact medical devices. MLCCs contribute to the reliability and efficiency of these devices by providing stable power supply filtering and energy storage. From portable diagnostic tools to implantable devices, these capacitors help drive progress in medical science.

Multilayer Ceramic Capacitors have come a long way from their humble beginnings, evolving into indispensable components across various industries in 2023. As technology continues to evolve, the demand for these capacitors is poised to increase further, driving innovations and enabling the seamless functioning of devices that power our modern world. Whether it's high-speed communication, sustainable energy, space exploration, or healthcare advancements, MLCCs are the unsung heroes that make it all possible.

Kingtronics takes pride in presenting premium multilayer ceramic capacitors crafted from high-purity ceramics. Our dedication lies in enhancing our products further through the promotion of miniaturization, increased capacitance, and elevated functionality. The extensive array of items in our collection ensures that you will discover the ideal capacitor for every conceivable application.

There are many factors that need to be considered when selecting capacitors. The following discusses the capacitor selection elements of MLCC.

MLCC selection: Just meeting the parameters is not enough.
The general decision-making logic for purchasing a product is: whether it can be used, whether it is easy to use, whether it is durable, and the price. In fact, this logic can also be applied to the selection process of MLCC: firstly, the MLCC parameters must meet the circuit requirements, and secondly, whether the parameters and media can make the system work in the optimal state; Besides, is there any defective product in the incoming MLCC and how reliable is it; Finally, is there an advantage in price and is the supplier's cooperation timely. Many design engineers do not attach importance to passive components, thinking that only theoretical calculation of parameters is sufficient. In fact, the selection of MLCC is a complex process, and it is not simply satisfying the parameters.

Selection Elements
-Parameters: capacitance value, tolerance, withstand voltage, operating temperature, size
-Material
-DC bias effect
-Failure
-Price and Supply

The performance of different media determines the different applications of MLCC
-C0G capacitors have high temperature compensation characteristics and are suitable for use as bypass capacitors and coupling capacitors
-The X7R capacitor is a temperature stable ceramic capacitor, suitable for industrial applications with low requirements
-The Z5U capacitor is characterized by its small size and low cost, making it particularly suitable for application in decoupling circuits
-Y5V capacitor has the worst temperature characteristic, but its capacity is large, which can replace the low capacitance Aluminum electrolytic capacitor

MLCC commonly uses different media specifications such as C0G (NP0), X7R, Z5U, Y5V, etc. Different specifications have different characteristics and applications. The main difference between C0G, X7R, Z5U, and Y5V is their different filling media. Under the same volume, the capacity of capacitors composed of different filling media varies, resulting in different dielectric losses and capacity stability. Therefore, when using capacitors, different capacitors should be selected based on their different functions in the circuit.

MLCC can be applied on Cellular telephone,Computers,DSC,DVC,GPS.. 
Our LKT & HKT series MLCC now can support much better price and L/T about 3~5 weeks!
Welcome share us inquiry to check our best for you!

Kingtronics produce multilayer ceramic capacitors (MLCC), include through-hole (leaded capacitors) ceramic capacitors and surface mount ceramic capacitors (chip type).

Kingtronics’ MLCC have good reputation in the market, with our product you can enjoy top quality product with competitive price and fast lead time!

Contact our Sales to enjoy above benefit now!

With the changing economic landscape and evolving consumer behavior, industries will continue their path of digital transformation. This means that the demand for semiconductors will increase. This prompts chipmakers and governments worldwide to work hard in closing the gap.

TSMC, the world’s leading semiconductor foundry, has pledged to invest $100 million to increase capacity over the next three years. Samsung and SK Hynix have teamed up with the South Korean government and spent $451 billion for the same venture.

Members of the European Union have their plans as well. The UK government is yet to reveal what they are precisely, but the idea is to help the local chip sector grow its capacity in their supply chains.

Both private and public sectors are determined to end the chip shortage. However, many challenges (policy making, local and international covid restrictions, etc.) need to be addressed before things get going.

Industry experts were optimistic at first, expecting the chip supply to recover by the end of 2021. Historically, demand for semiconductors declines every fourth quarter of the year, which should give chipmakers a chance to catch up.

That is not the case so far. It appears that the decrease in demand is not big enough for foundries to make a significant dent in the current imbalance.

They were forced to revise their initial opinion, and they now fear that the chip shortage could last until next year, maybe even until 2023.

Radial type Aluminum Electrolytic Capacitors widely use in the electronic industry.Include automotive power, industrial LED lighting, telecom infrastructure and many.

Kingtronics produce and sell a wide variety of Aluminum Electrolytic Capacitors with long life, low Impedance and excellent performance options.

Following are some cross reference of Radial type Aluminum Electrolytic Capacitors.

Kingtronics’ Radial & Chip MLCC enjoy good reputation of price and high quality on the market, and our parts can replace below brands with very competitive L/T,  about 3~5 weeks!

Below are the cross table, welcome your inquiry to let us help you reduce costs!

MLCC Cross Reference

Multilayer ceramic capacitors (MLCC) is one of Kingtronics hot product series. And we have good lead time support now.

Multilayer Ceramic Capacitor is widely used in the market. Such as Automotive, Towel Dispenser, Power supply, Broad casting system, IO Controller, etc.

Kingtronics MLCC Factory video: https://youtu.be/7J2jbfXuoc4

Contact us and get the best offer now.

Kingtronics produce excellent performance options of Aluminum Electrolytic Capacitors, including Axial Type, Radial Type, Snap-in Type, Screw Type, Lug Type and SMD Chip Type.

Our company has updated a more detailed new e-cap catalog, the new catalog contains detailed series names, product items, and specifications, here is the link for your reference, welcome to request new catalogue or E-cap sample from us, looking forward for your e-cap inquiry to support you best. 

Kt Kingtronics - Aluminum Elec. Capacitors Leaflet: http://www.kingtronics.com/pdf/Kingtronics-Aluminum-Electrolytic-Capacitor-Leaflet.pdf

Kingtronics product video for Snap in，Screw， Lug，Radial，Axial and SMD Aluminum Electrolytic Capacitors: https://www.youtube.com/watch?v=dOTQpigQKgc

In the use of chip MLCC, many customers will encounter capacitor cracking, short circuit, burning and other phenomena, so how to deal with these phenomena?
First of all, we need to know the causes of these phenomena.

A. Crack (refers to the crack on the capacitor that causes the product to fail to work normally). This phenomenon is generally caused by low resistance.
The reasons are as follows.

1. PCB is mostly open circuit after external force.
2. If the non-capacitor body is impacted by external force, it may have short circuit or low resistance.
3. Too high applied stress voltage will lead to MLCC capacitor failure, generally short circuit or low resistance, but this kind of phenomenon should not be much in the case of sufficient allowance.

In this case, it is generally necessary to check whether the product will be vibrated or shaken when working, and then check whether the product capacity meets the requirements.
B. Short circuit burn out (refers to the damage of the capacitor in the PCB board, resulting in the failure of the product to continue to work).

The reasons for this phenomenon are as follows.
1. The model of capacitor package is not big enough;
2. Insufficient reserved allowance;
3. The voltage withstand is too low or the product current is too high.

If this happens, we need to replace the chip capacitor model and check the specific reason. Then choose to replace the chip capacitor capacity or model.
If you can't find a suitable model to replace, you can use the capacitors in parallel or series to solve the problem.

Kingtronics can support you with qualified chip MLCC.
Welcome to share us your demand !