Introduction of DSCC 93026 qualified Wet Tantalum Capacitors
Exxelia has received the qualification by the Defense Supply Center Columbus (DSCC) as an approved provider of WT84 wet tantalum capacitors under the drawing DSCC 93026.
Exxelia’s range of wet tantalum capacitors WT84 is now fully qualified to DSCC 93026 drawing for voltages from 25V up to 125V. Available in all case sizes (T1, T2, T3, T4) the family is housed in a hermetically sealed tantalum case and is designed to withstand the most stringent environmental constraints. Thanks to the continuous improvements conducted in the manufacturing processes combined with the high purity tantalum powder used by Exxelia, DSCC 93026 provides the highest capacitance per unit volume. In addition, compared to conventional wet tantalum capacitors, DSCC 93026 features much lower ESR and higher ripple current.
DSCC 93026 is qualified for capacitance values range from 10µF up to 1800µF at voltages from 25V up to 125V, and with operating temperatures of -55°C to 125°C. The series is ideal for use in high-reliability defense, avionics, radars and power supply applications requiring high capacitance or high energy storage.
DSCC 93026 is available now for order.
A “Game Changer” Rectangular Aluminum Electrolytic Capacitor, Called Cubisic SLP
Cubisic SLP is the new rectangular aluminum electrolytic capacitor from EXXELIA, a world leader in manufacturing and designing capacitors. Their products are known for their high performance and reliability, which has made them the choice of many of the world's leading avionics engineering companies. However, they were looking for a new, more reliable capacitor that could withstand even greater vibration and altitude than any previous capacitor. They needed a stronger, more reliable product with a life expectancy that matched the customers' projects. Product description : Cubisic SLP is among the industry's first aluminum electrolytic capacitors designed with flat technology. The result is a lighter, smaller rectangular shape with increased surface area, which improves its capacity. As a result, it can accommodate more energy at almost any altitude or vibration level. This makes Cubisic SLP ideal for applications where added durability is required, such as cockpits and power generation functions on aircrafts, along with being well-suited for radars and laser systems in up to 50G vibration conditions and 92K feet altitude resistance. ✅ Low profile printed circuit mounting ✅ Possible mounting with 45 x 12 bracket (A691057) ✅ Possible thermal dissipation per conduction through a lower and upper surface ✅ Switch mode power supplies, impulse current ✅ Withstands more than 92,000 feet altitude ✅ Sleeve optional Cubisic SLP comes in three sizes, is made with high-quality aluminum foil and impregnate with electrolyte. It has 2 terminals: anode, cathode. What makes Cubisic SLP so different? An example of one of the advantages of this technology is that designing a capacitor with a traditional cylindrical shape, means that 2/3 of its volume is empty, compared to this new flat design. As a result, more capacitors are packed into the same volume, thus increasing the density. What’s a Rectangular Aluminum electrolytic capacitor, and why is that important? What’s, a Rectangular Aluminum electrolytic capacitor : In short (no pun intended), a rectangular electrolytic capacitor is one of those components that keeps your electronics running safely, your ship floating, and your aircraft operating properly. A Rectangular electrolytic capacitor is a component that essentially stores electrical energy in the form of an ‘electrolyte’. It’s made up of three layers: two aluminum sheets separated by an electrolyte solution and encased in a steel or porcelain container. And as the name implies, it’s shaped like a rectangle. It's widely used in different industries because of its reliable and cost-effective protection, which makes it the go-to component for many commercial, industrial, and aerospace uses. Rectangular aluminum electrolytic capacitors are mostly used in military aircrafts, missiles, and nautical transportation, as well as space navigation systems. In these applications, reliability is crucial for the safety of millions of people, so it is essential to choose a reliable product that offers high performance and quality. So if you find yourself with any of those use cases and/or engineering projects on your hands that require high performance and quality under extreme environments, look no further than this capacitor! Why is that important? As an example, when a military fighter jet accelerates, it can experience up to three times the force of gravity. While this is an impressive feat, consider what it does to the components in the vehicle. One such component is a capacitor. While it might seem like just a small piece of circuitry, capacitors are responsible for a variety of functions in your fighter jet, including: > Powering the radar antenna > Controlling engine performance > Controlling flight-related functions like fuel injection and landing gear operation This is because of the way they deal with heat buildup, which is an issue with capacitors in high-performance vehicles, especially on aircrafts where rapid acceleration can cause significant damage to any component. That's helpful in the cockpit, where the controls are exposed to this kind of force; a control that has to withstand up to three times the force of gravity will last longer than one that isn't designed for this. In other places on a military jet—such as power generation functions—the same principle applies: if something is going to be exposed to extreme forces (like vibration or acceleration), it needs to be strong enough not to break easily. That's why these capacitors are a great choice: they can handle extreme conditions without losing their effectiveness over time. That's why Exxelia takes the time to test every single capacitor we sell to our customers. How does its ability to withstand varying vibration levels and altitudes make a difference to the aerospace industry? What makes a rectangular aluminum electrolytic capacitor so effective for aerospace companies? The answer: They're made from high-quality material—pure and simple. But the difference between standard capacitors and those for the aerospace industry goes far beyond that. For the aerospace industry, the ideal capacitor would endure extreme temperatures, have a wide range of voltage tolerances, and withstand varying vibration levels, all while maintaining its effectiveness at an altitude of 19,000 meters—which is where Cubisic SLP comes in. As an electrolytic capacitor with an expanded operating temperature range and a very high resistance against vibration and altitude changes, this product has been able to make a huge difference in how well aircrafts can stay in control. Not only does it help prevent power outages, but also it helps avionics to stay functional when they are subjected to drastically changing conditions. Cubisic SLP capacitors are designed to handle extreme environments, which makes them incredibly versatile—and incredibly useful. From aeronautics to medicine, these capacitors can help your projects meet just about any challenges. Where can I find out more about EXXELIA’s Cubisic SLP range? 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July 14: When our components take flight aboard iconic aircraft
The Rafale, flagship of French aviation The Rafale, a French multipurpose combat aircraft, is a symbol of air power. Exxelia is proud to be the preferred supplier of electronic components for this exceptional aircraft. Thanks to our expertise in high-performance components, the Rafale is able to deploy its maximum power during critical missions. Whether in the air or on the ground, Exxelia components guarantee the reliability and exceptional performance of the Rafale. Exxelia is onboard with Film & Tantalum capacitors, Ceramic capacitors, High voltage capacitor block, Electrolytic aluminum capacitors, Magnetic components, Slip Rings & potentiometers, Miniature filters & Resistors. The Alpha Jet, ambassador of French excellence The Alpha Jet, an advanced training aircraft used by several air forces around the world, is another example of aircraft that carry Exxelia components. With its maneuverability and versatility, the Alpha Jet is a preferred choice for pilot training and reconnaissance missions. Exxelia contributes to the reliability of this aircraft by supplying state-of-the-art electronic components for aeronautics, thus guaranteeing its proper functioning and safety. Our miniature capacitors with a high capacitance value from the CNC series range equip the Aphajet https://exxelia.com/en/product/detail/2/cnc-series The F-16, international cooperation When we talk about the national holiday of July 14, it is also important to highlight the international partnerships that strengthen our aeronautical industry. The F-16, a multipurpose combat aircraft developed in collaboration with the United States, is a striking example of this cooperation. Exxelia supplies essential components for the F-16, thus contributing to the success of this strategic alliance. The Tiger Helicopter: Air Force in Action The Tiger helicopter embodies the power and versatility of combat helicopters. Whether for reconnaissance, fire support or anti-tank missions, the Tiger is a reference in terms of operational performance. Exxelia contributes to the reliability of this aircraft by supplying state-of-the-art electronic components for defense. The A400M, a giant of the air The A400M multipurpose military transporter is another aircraft that proudly incorporates Exxelia components. Designed for tactical, strategic and logistical transport missions, the A400M is a major asset for air forces. We equip the engine control & monitoring unit (EPMU), but also the MTU Aeroengines with our PET PM 90R2 47uF 20% 200V polyester film capacitors and the ICM Interconnection module - Transient filter design with C Series C48K high voltage ceramic capacitors (C480YCW 10nF 10% 500V - C280YCW 100nF 10% 500V). Custom design film : optimized characteristics and integration SPT1221W 300nF 10% 630V (SMD) SP2983W 100uF 5% 500V SP3012W 4,7uF 10% 500V (THT)