Taiyo Yuden expands MLCC production in Malaysia

Japanese manufacturer Taiyo Yuden, will invest MYR 680 million (EUR 140 million) to expand its multilayer ceramic capacitors manufacturing facility in Kuching, Malaysia as the company is looking to increase its production capacity in the ASEAN region.

Source: Evertiq – Taiyo Yuden expands MLCC production in Malaysia

Component sales forecast: Stable as she goes

Several research firms describe the electronics market environment as “stable” entering the all-important calendar Q4. Lead times, for example, have leveled out, according to LevaData and the ECIA, and demand shows no sign of abating. However, logistics experts continue to point to seemingly endless backups at international seaports and retailers are bracing for holiday shipping delays.

Source: Component sales forecast: Stable as she goes :: EPS News | MyNewsletterBuilder

Demand Patterns Shifting for MLCCs

Industrial, medical, and military demand for high quality, high-voltage multi-layer ceramic capacitors (MLCCs) has been hit hard by a shift in production by the world’s largest MLCC manufacturers who are focusing on a seemingly insatiable demand for smaller, lower voltage – and in some way – lower performance MLCCs. This demand has been fueled by the global growth of 5G networks and continued advancements in smart phones and mobile devices who are consuming significantly more MLCCs per device.

Source: Demand Patterns Shifting for MLCCs

Component Shortages to ‘Last Well Into 2022,’ Execs Predict

The challenges related to semiconductor and other component shortages will be with us for a considerable time, according to more than a dozen manufacturing executives. We asked these decision-makers and their partners about  current issues; the impact of shortages; how long the scarcity will last and how they are protecting themselves from counterfeit goods. We also asked what they see as a long-term solution for the severe boom-bust cycles typical of the electronics industry.

Source: Component Shortages to ‘Last Well Into 2022,’ Execs Predict

Passive Electronic Components: Global Market Update

Capacitor, resistor and inductor markets all showed signs of increased demand in August, with lead times for all three product lines reaching new heights. Lead times increased again in August 2021 by 2.1 percent. This follows a 3.4 percent month-to-month increase in July 2021, which has subsequently taken capacitor demand and lead times back to levels where MLCC shortages were dictating supply and demand back in 2019.

Source: Passive Electronic Components: Global Market Update, August 2021 | TTI, Inc.

Demand from 5G Handsets, BEVs is Increasing Lead Times for Passives 

Lead times are increasing for multiple types of passive electronic components in 2021.Figure 1 below is from Paumanok’s latest market research report titled “Passive Electronic Components: World Market Outlook: 2021-2026.” It reveals that we are about to enter a new level of value in the passive component supply chain.  The index, which follows 53 types and configurations of passive component (capacitors, resistors and inductors) show a spike in lead times reminiscent of recent spikes that demonstrated shortages and price increases.

Source: Demand from 5G Handsets, BEVs is Increasing Lead Times for Passives | TTI, Inc.

COTS Automotive Capacitors Procurement for SME Space Hardware Manufacturer

There is an on-going interest from space industry to accommodate commercial EEE components in space systems. The attention is especially paid to automotive grade components that comply to AEC-Q200 automotive qualification standards. Capacitors are the most critical EEE passive components for space applications due to their various number of applications and performances’ reliability.

Source: COTS Automotive Capacitors Procurement and Evaluation Case Study for SME Space Hardware Manufacturer; ESA ESCCON 2021 EPCI Report – Passive Components Blog

Earthquake in Japan affects the electronic components supply chain 

On the evening of the 13th, an earthquake measuring 7.3 on the Richter scale occurred in the northeastern region of Japan, which affected the production of manufacturers such as Murata, Renesas, and Shin-Etsu. Among them, Murata’s factories in Fukushima and Miyagi have suspended operations; Renesas estimates that it will take a week to resume normal production.

Source: Earthquake in Japan affects the electronic components supply chain – SemiMedia

Murata Announced Completion of New Raw Ceramic Manufacturing Plant 

Murata Manufacturing Co., Ltd.’s production subsidiary Okayama Murata Manufacturing Co., Ltd. (Setouchi City, Okayama Prefecture) has been expanding its welfare and energy buildings Construction of a new production building was initiated in December 2019 and was just recently completed. A ceremony was held for the new production building on January 20, 2021.

Source: Murata Announced Completion of New Raw Ceramic Manufacturing Plant – Passive Components Blog

MLCC supply is beginning to tighten

As lead times grow, expect the MLCC market to tighten throughout 2021. By TTI’s vice president of product and supplier marketing, Jeff Ray.After a prolonged lull during 2019 and most of 2020, the supply of MLCCs is beginning to tighten. Lead times are extending across many case sizes and suppliers, both in commercial and automotive-grade components.

Source: MLCC supply is beginning to tighten | Latest Articles News

Empower Announces Configurable Capacitor Technology Platform

Empower Semiconductor, the world leader in Integrated Voltage Regulators (IVR), today announced a breakthrough with the highest performance, most configurable, and smallest commercially available range of capacitors. E-CAP™ is a vastly superior performing capacitor, far exceeding the semiconductor industry’s previously leading Multi-Layer Ceramic Capacitors (MLCC).

Source: Empower Announces E-CAP™: The Highest Performance, Smallest Size, and Most Configurable Capacitor Technology Platform – Passive Components Blog

Electromagnetic Capacitors Are Believed to Store Energy as Much as Gasoline

The Neutrino Energy Group continues to innovate new neutrino-based energy technologies that will take the pressure off of potentially problematic sustainable energy sources. At the same time, top energy scientists are proposing new methods for storing electricity in electromagnetic capacitors, which eliminate battery waste and last indefinitely. In the near future, these technologies will combine to usher in a new era of global energy that is both fully renewable and truly clean.

Source: Electromagnetic Capacitors Are Believed to Store Energy as Much as Gasoline – Passive Components Blog