https://community.element14.com/products/manufacturers/kemet/KEMET Electronics Corporation, a YAGEO company en-USTelligent Community 12https://community.element14.com/products/manufacturers/kemet/w/documentsThu, 21 Aug 2025 15:55:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:e8c94635-8f55-4d71-96ce-e7c035df8b1chttps://community.element14.com/products/manufacturers/kemet/b/blog/posts/introducing-kemet-s-advanced-smd-capacitors-enhanced-safety-stability-and-versatility-for-automotive-medical-and-industrial-applicationsFri, 09 Aug 2024 07:56:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:ef69a711-7e72-4d5b-9b2b-9369fdf79a4cjaskoskaivaKemet is expanding its SMD capacitor product portfolio with KEMET's new “across the line” SMP255 capacitor series in safety class X2 and the optimized “line to ground” SMP253E series of RFI suppression capacitors (safety class Y2). The capacitors impress with their vibration resistance in accordance with IEC 60068 2-6/2-27, their very long service life, a safe failure mode and their power stability. The capacitors achieve the highest safety standard by using epoxy-impregnated paper as a dielectric. In addition, excellent self-healing properties minimize the risk of short circuits, and the use of advanced materials also ensures maximum tightness and therefore particular stability against ionization, corona effect, and partial discharge. Surface Mount Technology (SMT) enables reduced assembly time, saves space on the PCB and reduces parasitic effects typical of Through-Hole Technology (THT). The capacitors are lead-free and RoHS-compliant, as well as THB-tested and AEC-Q200-certified. This makes them ideal for applications in the automotive sector, such as in infotainment and comfort equipment or safety systems, but they are also ideal for use in the medical and industrial sectors. SMP255 Class X2 Key Benefits SMP255 Class X2 “across the line capacitor” Cap. Range: 10 nF – 150 nF​ ​ Rated Voltage: 310 VAC​ Max. Recommended DC Voltage: 630 VDC​ Automotive Grade (AEC–Q200)​ High Impulse Voltage and dV/dt (1,200 V/µs)​ High Vibration Withstand (IEC 60068 2-6/2-27)​ ​ THB Grade IIB (85°C, 85% RH, 500 hours)​ ​ Long Life and Performance Stability SMP253 Class Y2 Key Benefits SMP253 Class Y2 “line to ground capacitor” Cap. Range: 1.0 nF – 4.7 nF ​ Rated Voltage: 300 VAC ​ Max. Recommended DC Voltage: 1,500 VDC ​ Safe Failure Mode ​ Automotive Grade (AEC–Q200) ​ High Impulse Voltage and dV/dt (2,000 V/µs) ​ High Vibration Withstand (IEC 60068 2-6/2-27) ​ THB Grade IIB (85°C, 85% RH, 500 hours) at 300 VAC or 1,000 VDC Curious to find out more: KEM_F3143_SMP255_X2_310_125C.pdf (kemet.com) KEM_F3142_SMP253_Y2_300.pdf (kemet.com)y2Film Capacitorsx2smdhttps://community.element14.com/products/manufacturers/kemet/m/managed-videos/149482Tue, 11 Jun 2024 11:23:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:945cbbed-12b5-4192-9b62-7ff7d4582ca1jaskoskaivahttps://community.element14.com/products/manufacturers/kemet/b/blog/posts/how-to-use-k-lem-predicting-service-life-of-kemet-metallized-film-capacitors-in-harsh-environmentsTue, 11 Jun 2024 09:20:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:99e72b55-4060-431b-a1af-af693f0992cfjaskoskaivacommunity.element14.com/.../Kemet-K_2D00_LEM-Tutorial.mp4Film Capacitorskemethttps://community.element14.com/products/manufacturers/kemet/b/blog/posts/on-board-chargerFri, 14 Oct 2022 15:45:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:4f1bd574-6bb4-4e74-9a6d-54ebf8a2b8dbjakemichelsAs drivers begin to look to electric cars for the future, engineers have to consider various ways to replenish the battery systems. Considering it only takes a few minutes to replenish the current internal combustion engine, many EV systems are looking for better, faster ways to get back on the road. Currently many EV systems use what is called an On-Board Charger to replenish the battery. This kind of system is preferred, as it takes in readily available AC power from the grid and convert it into DC power for the battery. Considerations about it's size, weight, energy efficiency, and cost all need to be taken into consideration when designing the On-Board Charger (OBC). There are four stages in a OBC; EMI Filter/Input Stage, Power Factor Correction Stage, DC-DC Conversion Stage, and Output Filtering Stage. Throughout this article we will discuss the various stages and what components are in each stage. Shown above is the architecture for a basic OBC that is supplied by 3-Phase AC power. Similar versions of this architecture would be used in a single phase application. Using this 3 phase architecture allows for a rapid charging period and higher efficiencies. {tabbedtable}City Information EMI Filter The first stage of the OBC is the EMI filter. During this stage AC power is filtered to remove any unwanted noise from the typical AC sine wave that is expected. This noise is caused by a wide variety of different things including electric motors, cellular networks, transformers, and other variables traveling throughout the grid. In order to protect the other OBC stages, the EMI filter limits voltage and current spikes that can be harmful. Most commonly these filters are made up of X & Y Safety Capacitors, Common Mode Chokes, & AC Harmonic Filter Capacitors. Many household devices contain EMI filters internally similar to this design (typically single-phase variations) in order to protect the components and the user. Shown in the figure below is the waveform before and after the EMI Filter. This can reduce the amount of filtering needed in further stages. Power Factor Correction The second stage of the OBC is the Power Factor Correction Stage. Power Factor is a calculated ratio comparing the power input to the device to the power output from the device. This is an important value in terms of efficiency, however it also can cause issues to the grid, components, and user if not done properly. Poor power factor can be caused by two things, displacement or distortion. In each case, the voltage and current values must be adjusted in order to maximize the operating power of the circuit. This can be done actively or passively. Displacement occurs when the circuits voltage and current sine waves are out of phase of one another. Another way to look at this would be to look at the power equation P=IV . If the peak voltage value is not at the peak current value in time, then the circuit is not achieving the maximum power it could. The graphs below demonstrate the differences in peak power when voltage and current are out of phase. Distortion on the other hand is described as changes in the waveforms original shape. This is often caused by non-linear circuits, rectifiers, etc. In order to correct both of these losses, a Power Factor Correction stage must be implemented. Both active and passive methods can be used. In the case of the shown circuit, switches convert the incoming waveform into a DC waveform. In order to smooth the switching behaviors of the device, both capacitors and inductors are used in conjunction of one another to buffer the abrupt switching pattern. Shown below is an example waveform outputted by the switching performance of the PFC stage (waveform shown in red). To create a smoother signal, passive components are used to create the black waveform. Once completed this stage creates a ripple voltage that can be filtered out in a later, more refined stage. DC to DC Converter In the DC-DC Converter stage, input DC power comes in from the Power Factor Correction Stage and then is stepped up or down depending on the battery system that will be implemented. In the case of most EVs, this voltage is stepped into the range of 400-1000 VDC. The step up/down voltage occurs at the transformer in the center of the circuit. The surrounding active devices work in conjunction to perform more power factor corrections caused by the transformer. Output Filter In the fourth and final stage of the OBC, an output filter is placed on the end of the stages in order to finely filter out any remaining harmonics. This is down with a simple RLC circuit in a passive context. Then the newly adjusted power charges the battery of the device, in our case a battery in an electric vehicle. Specific components are used to handle the extreme power conditions that occur in an electric vehicle output filter. Special power resistors, high voltage capacitors, and high power inductors are designed to be able to not only withstand the electrical characteristics, but the physical characteristics required in vehicle operation. Vibration resistance, temperature and humidity requirements, and space constraints are just a few of the characteristics engineers use to select components on an OBC. Uniquely, YAGEO Group offers the entire portfolio of passive components required in designing an on-board charger. Listed below are products designed specifically for each stage of the OBC. For more information about YAGEO Group's Power conversion components visit: https://www.kemet.com/en/us/applications/power-conversion.html Series Application {filter}OBC Stage R53 X Safety Capacitors EMI R41, R41B, R41T Y Safety Capacitors EMI SCF-XV, SCR-XV, SCT-XV KEMET Chokes EMI LS12 2TU Pulse Chokes EMI C44P-R, C4AF AC Harmonic Filter Capacitors EMI PMT9085, PM2190, PM2185, PM2180, PM2155 Isolation Transformers PFC CT Series KEMET Current Sensors PFC ALC70, ALS70, ALC80, ALS80 Electrolytic DC-Link Capacitors PFC C4AQ, C4AQ-M, C4AQ-P Film DC-Link Capacitors PFC R76, R76H Film Snubber Capacitors PFC KONNEKT KC-Link Automotive C0G Ceramic DC-Link Capacitors PFC AC, PU, AT, RV, AT, AH Power Resistors PFC R73, R75, R75H, R76, R76H Film Snubber Capacitors DC-DC KONNEKT KC-Link Automotive C0G Ceramic Snubber Capacitors DC-DC PMT9085, PM2190, PM2185, PM2180, PM2155 Isolation Transformers DC-DC R73, R75, R75H, R76, R76H Film Resonant Capacitors DC-DC SMD Auto C0G HV, SMD Auto C0G HV Flex Ceramic Resonant Capacitors DC-DC ALC70, ALS70, ALF70, AAR70, ALC80, ALF80, ALS80 Electrolytic Output Filter Capacitor Output C4AQ Film Output Filter Capacitors Output AC, PU, AT, RV, AT, AH Power Resistors Outputapplicationsevelectric vehiclesPower Factor CorrectionOBCOn-Board Chargeremi filterpassive_bloghttps://community.element14.com/products/manufacturers/kemet/w/setupWed, 13 Oct 2021 10:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:4ba94b13-583b-4996-b838-1da7761625caMattThis document area is where you can create or edit the items that are used to populate your group's home page. The "Main Group Widget" document stores the content that displays in the main top/middle of the page The "Group Intro Widget Content" is where you can upload your logo, and insert a statement about your company, who you are, what you do, etc. The "Featured Video Widget" is where you can insert a video file (YouTube, or other) that will appear on your home page - it can play in situ or - depending on the video type you insert, like YouTube for example - visitors can also click to view the video in full screen, or go to the main video display page. Any additional content you create here, if you click to "feature" it will appear in the featured content carousel directly below your main content section. There is an example Featured Content item here you can edit, copy, etc.https://community.element14.com/products/manufacturers/kemet/w/setup/20874/featured-videoWed, 13 Oct 2021 10:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:baf4dd5e-5b31-4c88-9b41-275631ed4d3aMattgroup_featuredVideohttps://community.element14.com/products/manufacturers/kemet/w/setup/20875/group-intro-widget-contentWed, 13 Oct 2021 10:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:89596a9f-d7a0-4bae-9e54-b958d2180053MattWelcome to the KEMET Electronics page on element14. Here you can find things such as our latest news, training videos, and product details. Additionally, you can engage with us in our forums.group_introhttps://community.element14.com/products/manufacturers/kemet/w/setup/20876/main-group-widgetWed, 13 Oct 2021 10:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:45f2cf6b-5e70-4367-8858-4af365e6111dMattKEMET Electronics Corporation is a leading global supplier of electronic components. We offer our customers the broadest selection of capacitor technologies in the industry, along with an expanding range of electromechanical devices, electromagnetic compatibility solutions and supercapacitors. Our vision is to be the preferred supplier of electronic component solutions for customers demanding the highest standards of quality, delivery and service.group_mainhttps://community.element14.com/products/manufacturers/kemet/w/setupWed, 13 Oct 2021 10:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:33deb2d9-02fb-489f-a1ce-d31ed2f9575fhttps://community.element14.com/products/manufacturers/kemet/m/managed-videosMon, 11 Oct 2021 20:35:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:a5128fb1-a69e-4018-a349-e998f322f682https://community.element14.com/products/manufacturers/kemet/w/documents/3896/can-t-find-any-mlcc-s-kemet-s-film-smd-can-save-your-dayWed, 06 Oct 2021 21:43:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:1b4cab66-b577-4ace-ba61-d70c03a72ac7nikhilstephenCan't find any MLCC's? KEMET's Film SMD can save your day from Nick StephenFilm Capacitorsceramic capacitorshttps://community.element14.com/products/manufacturers/kemet/w/documents/3690/what-does-cots-mean-at-kemetWed, 06 Oct 2021 21:39:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:c51f8a49-6fc7-4fb5-95e3-a0a4c9c21627mlhopCOTS means Commercial-Off-the-Shelf. OK, let us explain. KEMET’s dielectric offerings are expansive with different variations of ceramic, tantalum, film and aluminum-based capacitors. In addition to these varieties, we also offer multiple product grades to fit your needs: commercial, automotive, commercial-off-the-shelf (COTS), military, space and custom. Many people are familiar with most of these classifications but there is still some confusion on what exactly a COTS classification represents. What are COTS parts? For certain applications, you may want a higher reliability part that exceeds the performance and reliability characteristics of our standard commercial parts. Auto-graded parts offer capacitors certified to the AEC-Q200 standard but does not offer the ability to have parts “up-screened”. Military and space grade parts are certified to various military standards and considered more reliable but come at a premium price. With failure rated designs, additional screening options and a more affordable price, our commercial-off-the-shelf, or COTS, parts offer a happy medium. The COTS option is available for both ceramic and tantalum-based dielectrics. These part series are produced with the same materials sets and manufacturing processes as our commercial and automotive-grade parts. A series of tests and inspections are used to provide accelerated conditioning and 100% screening to eliminate failures. Each series of parts also has additional screening and conditioning options unique to that series to improve reliability and performance. Ceramic COTS KEMET has been manufacturing and selling ceramic capacitors for decades and has been continuously expanding its portfolio: more dielectrics, higher capacitance, etc. Wth the introduction of the COTS products, we have been able to further expand the product portfolio to better fit your needs. We currently offer our COTS products in the X7R and C0G dielectrics with three distinct series: standard COTS, high-voltage industrial and high-voltage military-equivalent. All parts are designed and tested to a military standard or DLA drawing with a maximum PDA of 8%. All COTS testing includes voltage conditioning and post-electrical testing per MIL-PRF-55681. Tantalum COTS for higher capacitance requirements, polymer capacitors are an excellent fit due to their volumetric efficiency. KEMET offers both tantalum with a MnO2 cathode and with our conductive polymer technology, which among other things offers longer operational life and high ripple current capabilities. These parts come with a multitude of packaging options varying from termination style (standard, facedown, etc.), construction (standard, multiple anode, etc.) and termination materials (tin, tin-lead, gold, etc.) to fit your needs. Like their ceramic counterparts, these parts are all spec’d to a DLA drawing or military standard. They are also tested to meet a specific failure rate that you select and can have additional surge current testing performed per MIL-PRF-55365. KEMET also has two exclusive patented testing options available for select KEMET COTS tantalum capacitors to improve reliability and performance: F-Tech and Simulated Breakdown Screening (SBDS). F-Tech is a manufacturing process that eliminates hidden defects in the tantalum dielectric by minimizing oxygen and carbon content in the anode, providing a stronger mechanical connection between anode and lead wire and significantly enhancing capacitor robustness. SBDS provides additional dielectric testing by identifying hidden defects. This is done through a nondestructive technique to simulate the breakdown voltage. These two tests, while at an additional cost, helps create a robust part that minimizes risk of failure. Conclusion More and more applications are requiring high reliability parts to minimize instances of failures.polymer capacitorstantalum_capacitorscotsaccelerated testingcommercial gradetantalumindustrial gradePolymer AluminumTantalum Capacitorsceramic alternativeceramic capacitorsmlcc shortagehttps://community.element14.com/products/manufacturers/kemet/w/documents/1029/polymer-capacitors-for-automotive-applicationsWed, 06 Oct 2021 20:42:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:a915b14c-e9c9-4753-8420-09fc86fddadfFormer MemberUltra Low ESR, High Capacitance retention and AEC-Q200 qualified KEMET introduced its T598 High Humidity/High Temperature Series, the first polymer electrolytic capacitor that meets all of the requirements of the Automotive Electronics Council's AEC-Q200 specification for passive components. Building on the success of the T591 Series, KEMET further refined the design, materials and manufacturing to ensure the T598 Series delivers higher stability and endurance under harsh conditions. These improvements result in a design that exceeds the humidity bias testing requirements of 85 degrees Celsius with 85% relative humidity in addition to delivering stable electrical performance at 125 degrees Celsius. "In 1999, KO-CAP offered engineers a breakthrough in high capacitance, low ESR and long lifetime capacitors, since this time, designers have utilized polymer electrolytic capacitors in space-constrained or high performance applications. Now that KO-CAPs meet all of the AEC-Q200 requirements, engineers can incorporate these innovative capacitors into automotive and other harsh environment applications. The T598 Series is available today in capacitances of up to 330 microfarads and rated voltages up to 16 volts. The qualification test plan is in accordance with AEC-Q200 and these products are manufactured in an ISO TS 16949 certified facility. This series is available for Production Part Approval Process (PPAP), Part Submission Warrant (PSW) and Change Control Notification. Typical applications include decoupling and filtering of DC-to-DC converters in automotive infotainment and advanced driver assistance, as well as industrial and telecom applications where harsh conditions such as high humidity and temperature are of concern. For more information, please visit www.kemet.com/T598 . For information about ESR and capacitance performance across rated temperature and voltage, models are available in KEMET's WebSPICE at webspice.kemet.com .capacitoraec-q200ap:car_infotainment_systemautomotiveripple_currenthttps://community.element14.com/products/manufacturers/kemet/w/documents/1030/polymer-capacitors-for-high-reliability-applications-reliability-assessment-methodWed, 06 Oct 2021 20:42:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:971bed60-0658-4a8b-b80a-998a4dd96803Former MemberPolymer technology is changing dramatically the capacitance landscape in what concerns electronic design. Still not evident to every engineer, the passive component, as we know, is usually one of the last concerns. But, spending some time about “what’s different”, engineers are understanding that this new technology offers new possibilities of Ripple Capability (2 to 3 times Higher than Standard Tantalums), higher capacitance in a frequency range above 100kHz and opens the possibility for new derating rules. These arguments may represent a lower cost of ownership and enable an effective downsizing of the case sizes used and board space. Until today, when a customer was looking for an ultra-low ESR solution with a certain grading level, wouldn’t see polymer capacitors as a possible choice. These capacitors were not suitable to apply the existing MIL-PRF-55365 Weibull Failure Rate Estimates. The model would require extended testing hours in order to get the first parts failing, so, not applicable. KEMET developed one method that makes possible to grade the capacitors. The purpose of this post is to briefly describe the method employed to assess lot reliability for KEMET’s T540 and T541 Series. The objective of this method is to assess reliability levels corresponding to 0.1 Percent Per 1,000 Hours, 0.01 Percent Per 1,000 Hours and 0.001 Percent Per 1,000 Hours. The essence of the method is to test a significant representative sample of each manufacturing lot ordered with this feature under accelerated voltage and/or temperature conditions to obtain the necessary unit hours with an Accept/Reject (A/R) Number of 1/2 to demonstrate the claimed reliability level. The acceleration factors are predetermined for each design based on testing conducted under multiple conditions of temperature and voltage. The assessed reliability is equivalent to steady state operation at +85°C and full rated voltage as are the MIL-PRF-55365 Weibull Failure Rate Estimates. The procedure is as follows: Randomly select sample of predetermined size (at least 100 capacitors). Mount components with an additional reflow (two (2) total reflows) to test boards using conditions per IPC/J-STD-020D that are consistent with the capacitor terminal finish. Life test components using pre-determined conditions of time, temperature and voltage. Count failures at the end of the test to demonstrate that the desired reliability level is achieved based on the A/R of 1/2. This feature is an option already available in the T540 and T541 Series. To order with a B, C or D Level, please consider the ordering info in the product catalog. Attachments: community.element14.com/.../Evaluation-of-Polymer-Counter_2D00_Electrode-Tantalum-Capacitors-for-High-Reliability-Airborn-Applications.pdf Evaluation of Polymer Counter-Electrode Tantalum Capacitors for High Reliability Airborn Applications.pdf community.element14.com/.../New-High_2D00_Reliability-Assessment-Practices-for-Tantalum-Polymer-Capacitors.pdf New High-Reliability Assessment Practices for Tantalum Polymer Capacitors.pdfapplicationscapacitorskemetTantalum Capacitorsreliability/highpolymerultra_low_esrhttps://community.element14.com/products/manufacturers/kemet/w/documents/1037/kemet-introduces-gold-plated-terminations-for-high-temperature-200-c-applicationsWed, 06 Oct 2021 20:42:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:fcb60ab3-19fe-4233-9200-6c31e03cbd76Former MemberSeveral Gold Thickness Options Available to Accommodate Alternative Attachment Methods GREENVILLE, S.C. , Sept. 24, 2015 / PRNewswire / -- KEMET Corporation (NYSE: KEM), a leading global supplier of electronic components, introduced a series of gold plated termination options to its high temperature 200 degrees Celsius ceramic capacitor product lines. Gold terminations were developed to accommodate mission critical, high reliability and high temperature applications where the use of pure tin and tin-lead plating may compromise long term performance and RoHS initiatives, respectively. Available on surface mount HT 200 degrees C Series and HV-HT 200 degrees C Series C0G dielectric product families, gold terminations eliminate concerns associated with high temperature reliability as well as long term storage. Thickness offerings range from 1.97 micro-in to greater than 100 micro-in. Furthermore, these options facilitate assembly by wire bonding, conductive adhesive (epoxy bonding) as well as most soldering attachment methods while ensuring improved long term performance and reliability. "KEMET's new gold termination options further the company's commitment to supporting customers with increasingly higher temperature requirements," said Reggie Phillips , KEMET Product Line Manager. "Our patented base metal electrode dielectric technology combined with gold termination translates to a lead-free, RoHS and REACH compliant product capable of continuous and reliable operation up to 200 degrees Celsius." For more information, please visit www.kemet.com/Hi-Temp-Ceramic . About KEMET KEMET Corporation is a leading global supplier of electronic components. We offer our customers the broadest selection of capacitor technologies in the industry, along with an expanding range of electromechanical devices, electromagnetic compatibility solutions and supercapacitors. Our vision is to be the preferred supplier of electronic component solutions demanding the highest standards of quality, delivery and service. KEMET's common stock is listed on the NYSE under the symbol "KEM." Additional information about KEMET can be found at http://www.kemet.com . Cautionary Statement on Forward-Looking Statements Certain statements included herein contain forward-looking statements within the meaning of federal securities laws about KEMET Corporation's (the "Company") financial condition and results of operations that are based on management's current expectations, estimates and projections about the markets in which the Company operates, as well as management's beliefs and assumptions. Words such as "expects," "anticipates," "believes," "estimates," variations of such words and other similar expressions are intended to identify such forward-looking statements. These statements are not guarantees of future performance and involve certain risks, uncertainties and assumptions, which are difficult to predict. Therefore, actual outcomes and results may differ materially from what is expressed or forecasted in, or implied by, such forward-looking statements. Readers are cautioned not to place undue reliance on these forward-looking statements, which reflect management's judgment only as of the date hereof. The Company undertakes no obligation to update publicly any of these forward-looking statements to reflect new information, future events or otherwise. Certain risks and uncertainties that could cause actual outcome and results to differ materially from those expressed in, or implied by, these forward-looking statements are described in the Company's reports and filings with the Securities and Exchange Commission. Contact: Dr. John C. Boan Vice President, Marketing johnnyboan@kemet.com 954.766.2813ceramicmlcccapacitorsdrillingdown-holeterminationstemperatureenvironmentsvoltageoilgoldhighharshceramic capacitorshttps://community.element14.com/products/manufacturers/kemet/w/documents/697/ac-line-filtersTue, 05 Oct 2021 14:03:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:cf27c846-a4db-44a7-8ffc-d75916fea2c1migration.userhttps://community.element14.com/products/manufacturers/kemet/w/documents/698/actuatorsTue, 05 Oct 2021 14:03:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:f9e5e5bd-a4ed-4bd9-9d8d-f487c31eaaf1migration.userhttps://community.element14.com/products/manufacturers/kemet/w/documents/699/aluminum-electrolytic-capacitorsTue, 05 Oct 2021 14:03:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:ed458758-fde7-4f50-a4d4-4099151ee89fmigration.user