Ceramic Capacitor
Todays deals on Ceramic Capacitor?
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7200 Kemet Ceramic Chip Capacitors C1210N104K5XSC __J35 $2,499.99 |
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35000PCS MONOLITHIC CERAMIC CAPACITOR 50V-22PF 5% $750.00 |
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265,000/PCS SURFACE MOUNT RESISTORS/CERAMIC CAPACITORS $700.00 |
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0805 NPO 220pF 5% 100volt MLCC Ceramic Capacitors 136k pcs PRICE REDUCED $600.00 |
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4000x KEMET C0805C820J5GAC Ceramic Multilayer Capacitor New $600.00 |
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More Than 70,000 Assorted SMD Tape & Reel Ceramic & Aluminum Capacitors New $600.00 |
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LOT Capacitor Ceramic Disc CDM CM RMC SEE PHOTOS $416.00 |
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9999 High Voltage CERAMIC CAPACITOR 220pF 2KV 2000V 221 $319.99 |
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9,000 PCS MURATA CERAMIC MONO CAPACITORS! 4.7uF 25V $300.00 |
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7500 Piece Reel NIC 470 PFD 100 Volt Ceramic Capacitors NCMA10NPO471J100TR New $300.00 |
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Monolithic Ceramic Capacitor Z5U Temp Rated Coefficient Quantity 1000 Per Bag $299.99 |
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1000PCS 1210 107M 100UF 6.3V 20% X7R SMD Ceramic Capacitor $258.00 |
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GRM21BF50J106ZE01L,Ceramic Capacitors, 10uF, 6.3V, 0805 $250.00 |
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50,000 AVX SURFACE MOUNT CERAMIC CAPACITORS-.001uF 50V $250.00 |
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Reel of 2500: ATC 50 WVDC 1000pF BX Ceramic Capacitors $222.22 |
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4994PCS CERAMIC DISC CAPACITOR Series DN 250V-330PF 10% $200.00 |
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1C10Z5U473M050B CERAMIC CAPACITOR 50V 0.047UF-14000PCS $200.00 |
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50x 30KV 10nF 0.01uF 103 High Voltage Ceramic Capacitor $199.99 |
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50x 30KV 10nF 0.01uF 103 High Voltage Ceramic Capacitor $199.99 |
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50x 20KV 10nF 0.01uF 103 High Voltage Ceramic Capacitor $199.99 |
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50x 20KV 10nF 0.01uF 103 High Voltage Ceramic Capacitor $199.99 |
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50X 103 30KV 10nF 0.01uF High Voltage Ceramic Capacitor $199.99 |
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Mil-Spec Ceramic Capacitor Lot Part # 441-0763-009AD $199.95 |
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2500 pcs C1206C103J3GACTU Ceramic Chip Capacitor Rohs $199.00 |
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Lot 500 Vishay Ceramic Disc Capacitors 440LD22UPA1-R 2200pF $0.4/pc $199.00 |
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5,000 PCS MURATA CERAMIC DISK CAPACITORS .0022UF 250VAC $175.00 |
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1mf 250V Ceramic SMD AVX Capacitor / 2225PC105KAT1A / 1,000 pieces $175.00 |
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50pcs 30KV 3300PF 332 High Voltage Ceramic Capacitor $159.99 |
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50pcs 30KV 3300PF 332 High Voltage Ceramic Capacitor $159.99 |
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30000 PCS CERAMIC CAPACITOR 0.1uf 50V 104 100nf $155.99 |
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HUGE CAPACITOR LOT (1100+) ELECTROLYTIC CERAMIC SM $150.00 |
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CERA-MITE 5µF±5% 5000VDC Ceramic Capacitor 226M504X55K0 $150.00 |
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Capacitor 500 Volt 470pF Ceramic DM15 471G Radial x 500 $149.99 |
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900 muRata 4.7uF 50V SMT Ceramic Capacitors $149.99 |
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20000 PCS CERAMIC CAPACITOR 0.001uf 50V 102 1nf $146.49 |
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100pcs 30KV 470PF 471 High Voltage Ceramic Capacitor $139.99 |
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100pcs 30KV 470PF 471 High Voltage Ceramic Capacitor $139.99 |
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Samsung .1uf 50v SMD 0805 Ceramic Capacitor (15000 pcs) $139.99 |
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1000pcs 3KV 5PF 5J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 47PF 47J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 39PF 39J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 33PF 33J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 27PF 27J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 22PF 22J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 15PF 15J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 10PF 10J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 1000PF 102K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 820PF 821K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 680PF 681K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 560PF 561K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 470PF 471K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 4700PF 472M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 330PF 331K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 3300PF 332M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 270PF 271K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 2200PF 222M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 1800PF 182K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 1000PF 102K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 1KV 220PF 221K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 1KV 0.01UF 103M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 22PF 22J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 470PF 471K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 15PF 15J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 1000PF 102K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 2200PF 222M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 1KV 220PF 221K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 3300PF 332M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 1800PF 182K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 680PF 681K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 39PF 39J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 27PF 27J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 270PF 271K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 10PF 10J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 4700PF 472M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 1000PF 102K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 560PF 561K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 1KV 0.01UF 103M High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 47PF 47J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 330PF 331K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 33PF 33J High Voltage Ceramic Capacitors $139.99 |
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1000pcs 2KV 820PF 821K High Voltage Ceramic Capacitors $139.99 |
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1000pcs 3KV 5PF 5J High Voltage Ceramic Capacitors $139.99 |
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100pcs 20KV 1500PF 152 High Voltage Ceramic Capacitor $129.99 |
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100pcs 20KV 1500PF 152 High Voltage Ceramic Capacitor $129.99 |
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(540) NEW KEMET FIXED CERAMIC CAPACITORS C1825C224K5RAC $129.95 |
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100pcs 30KV 330PF 331 High Voltage Ceramic Capacitor $124.99 |
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100pcs 30KV 330PF 331 High Voltage Ceramic Capacitor $124.99 |
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50pcs 30KV 2200PF 222 High Voltage Ceramic Capacitor $119.99 |
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50pcs 30KV 2200PF 222 High Voltage Ceramic Capacitor $119.99 |
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100pcs 10KV 4700PF 472 High Voltage Ceramic Capacitor $116.99 |
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100pcs 20KV 1000PF 102 High Voltage Ceramic Capacitor $116.99 |
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100pcs 10KV 4700PF 472 High Voltage Ceramic Capacitor $116.99 |
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100pcs 20KV 1000PF 102 High Voltage Ceramic Capacitor $116.99 |
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5 Reels Through Hole Ceramic Capacitors Meritek .1 .01 $115.99 |
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100pcs 30KV 220PF 221 High Voltage Ceramic Capacitor $109.99 |
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100pcs 20KV 820PF 821 High Voltage Ceramic Capacitor $109.99 |
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100pcs 30KV 220PF 221 High Voltage Ceramic Capacitor $109.99 |
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100pcs 20KV 820PF 821 High Voltage Ceramic Capacitor $109.99 |
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New 4000 Kemet SMD Ceramic Chip Capacitor C0603C331J5GA $108.88 |
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.1UF 50V Ceramic Disk Capacitors 500/Bag Titacon CK130 $100.00 |
Ceramic Capacitor Questions
Advanced Technical Ceramics – A Comprehensive History and Guide
Introduction
Have you ever wondered about the myriad materials from which stuff is made that we come across in our daily life? The numerous materials which have unique characteristics and which are used for making various articles used in everyday life- these materials attract the attention of the young inquisitive minds in engineering classrooms all over the world.
Today, let me introduce you to the world of “CERAMICS”.
“Ceramics” are the materials which are often misunderstood as materials used merely for pottery and decorative objects. Even though the word ceramic is derived from the Greek word “Keramos”, meaning potter’s clay or pottery, what many people don’t realize is that ceramics play an important role almost everywhere you see and many times in places that you can’t.
Besides the everyday objects of glassware and floor tiles, the ceramics of today are critical in helping computers and other electronic devices operate, in medical devices for improving people’s health in various ways, in providing global telecommunications, and in protecting soldiers and vehicles during combat.
Ceramics are generally defined as inorganic, non-metallic materials that are made from powdered chemicals. They are typically crystalline in nature (their atoms are arranged in a systematic manner) and are compounds formed between metallic and non-metallic elements such as aluminum and oxygen (alumina, Al2O3), calcium and oxygen (calcia, CaO), silicon and nitrogen (silicon nitride, Si3N4), and so on.
Various “advanced ceramic” products are manufactured by combining high-purity chemicals into desired shapes and then heating them to very high temperatures. The shaped ceramic products thus made can have many desirable properties such as heat resistance, hardness, strength, low electrical conductivity, and unique electro-mechanical characteristics. Thus advanced ceramics are ceramics which are made by tightly controlled methods and therefore they exemplify an “advancement” over the general definition. As a consequence of these refined methods, a new class of ceramics called “advanced ceramics” is born.
Long lasting and harder than steel, advanced ceramics may be found in aircraft engines, automotive engines, cutting tools used for making metal products, the skin of space shuttles, knives, bullet proof armor, artificial hip-joints, computers and microelectronics.
History
One of the first uses of advanced ceramics was for corrosion-resistant stoneware vessels in the chemical industry as early as the 1750s.Then came porcelain, which was first used in dentistry in the 1850s. With the invention of electric light in the 19th century, ceramic materials based on porcelain for electrical insulation were developed.
This was followed by the blooming of the radio and television broadcasting industry in the 20th century, which needed special heat resistant materials that could withstand the high-frequency electromagnetic fields. As a result, electro-ceramics such as steatite were developed. Subsequently, other electro-ceramics such as magnetic ceramics (ferrites) were developed, followed by capacitor ceramics (titanates) and electro-mechanical ceramics (piezoelectric ceramics). In the later part of the 20th century, the need for protecting tiny transistors and ICs from ambient conditions led to the development of ceramic packaging materials which facilitated further miniaturization.
Concurrent with the development of electro-ceramics, another sub-class of advanced ceramics which came to be called structural ceramics progressed, which had high structural and chemical integrity characterized by properties such as extremely high hardness, stiffness, and heat and chemical resistance. These structural ceramics found applications in various industries, for example in the space industry as heat and wear resistant tiles and nose cones on space shuttles, in the aerospace industry as bearings and turbine rotors, in the chemical industry as chemical resistant seals and conduits, in the defence industry as bullet-proof vests and armor plates for vehicles, in the biomedical industry as hip-joints, knee-joints and orbital implants, and so on.
Further Developments
As ceramic technology has rapidly progressed over time, the definition of advanced ceramics has expanded to include a much wider range of compositions used in a large variety of applications. In broader terms advanced ceramics also include glass (which has a non-crystalline or amorphous random atomic structure), enamel (a type of glassy coating), glass-ceramics (a glass which is partly crystallized), and inorganic cement-type materials (cement, concrete, plaster and lime).
Advanced ceramics include yet another sub-class of ceramics called refractories. Refractories are critical materials which reduce heat losses from industrial ovens, also called kilns, and at the same time they resist very aggressive conditions including chemical and acid attack, very high temperatures (up to 3200°F), abrasion, mechanical impact, and more. These refractory ceramics enable manufacturers of commodities such as metals, alloys, cement, glass, etc to operate efficiently and profitably. Thus they play a very important role in growing the global economy.
Advanced ceramics continue to be developed even further; new ceramics and their combinations are constantly being improved and newer products are continually being introduced in various industries.
The progress in advanced ceramics is so rapid that the advanced ceramics of today are strikingly different from those made even a few years ago. Ceramic engineers eagerly anticipate further rapid developments of newer ceramic materials and their combinations that will find even more exciting applications in the future.
Want to know more about advanced technical ceramics, how they are made and their various uses? Interested in following the latest developments of these materials? Interested in getting information and technical advice in this field? Just visit http://www.ceramics411.com
About the Author
Want to know more about advanced technical ceramics, how they are made and their various uses? Interested in following the latest developments of these materials? Interested in getting information and technical advice in this field? Just visit http://www.ceramics411.com
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