Search Results for uses of non-magnetic materials
Non Magnetic RF Connectors | Features and Benefits | SV Microwave
SV Microwave’s non-magnetic RF connectors provide high-performance, reliable solutions for a variety of medical, aerospace and quantum computing applications.
Non-Magnetic RF Connectors
Non-magnetic RF connectors are specialized connectors designed to resist magnetic fields, ensuring that they do not interfere with sensitive electronic equipment or components. Amphenol RF offers a variety of non-magnetic connectors and adapters constructed from non-ferrous materials and platings.
NON-MAGNETIC SMP SOLUTIONS - Amphenol RF
Non-Magnetic SMP options are ideal for sensitive applications such as medical, aerospace and quantum computing. FEATURES & BENEFITS • 50 Ohm impedance • Reliable electrical performance up to 40 GHz • Available in various detent types: smooth bore, limited and full detent • Engineered from non-ferrous materials and platings
SMPM Product Series Solutions Guide Catalog - Amphenol RF
Non-magnetic SMPM connectors offer a compact and reliable solution for high-frequency signal transmission without the presence of magnetic materials in their construction. They find extensive use in industries such as medical devices, aerospace and military,
Non-Magnetic RF Interconnects - SV Microwave
• Non-magnetic materials and plating • Manufactured to maintain non-magnetic integrity • Low susceptibility (10^-5 Max) and no field distortion • Custom Ø.047” or Ø.085” cable assemblies upon request • SMA solutions for robust threaded connections • SMPM solutions for high-speed, high-density applications
Solderless PCB Connectors - SV Microwave
Available in both non-magnetic and stainless steel finishes, it solves the issue created by compression mount connectors when fixturing to soft, high-frequency, dielectric material. Standard compression mount connectors have a fixed center pin that may cause trace deformation damage (Figure 3).
Non-Magnetic - アンフェノールジャパン株式会社
Non Magnetic Connectors - Developed for use in MRI and other medical application - Designed to carry 50Ω RF signals within the magnetic imaging field of MRI equipment where a high signal-to-noise ratio (SNR) is required. - Manufactured under strict quality procedures to ensure absolute permeability. - 100% tested for magnetic permeability.
N connectors | Amphenol Global Search | Amphenol
Non-magnetic SMPM connectors offer a compact and reliable solution for high-frequency signal transmission without the presence of magnetic materials in their construction. They find extensive use in industries such as medical devices, aerospace and military, where avoiding magnetic interference is critical for equipment functionality and safety.
Temposonics II
1. The magnet must not contact ferromagnetic materials (such as iron or steel). Clearances are required between the surface of the magnet and ferromagnetic material, as shown. Non-ferrous material (such as copper, brass, or 300 series stainless steel) may contact the magnet without affecting transducer performance. 2. Standard Null Space is 2 ...
ROHS COMPLIANT PLATINGS - Amphenol Aerospace
Amphenol Aerospace offers Durmalon and Black Zinc Nickel as RoHS compliant alternatives to Cadmium. Durmalon is Amphenol’s Answer to EU RoHS/ELV/Cadmium Free Restrictions. Commercial, industrial & military markets are rapidly moving away from restricted materials such as Cadmium (Cd) & Hexavalent Chromium (Cr(VI)).
Plating for RF Connectors | Standard Plating Finishes - SV Microwave
SV’s standard plating options can increase durability, solderability, and connectivity but they can also offer atypical benefits like non-reflective and non-magnetic properties. SV's most popular plating finishes include: 1. Gold over nickel. 2. Gold over copper. 3. Passivation. 4. Non-reflective black chrome
SPECIFICATIONS ELECTRICAL FREQUENCY RANGE - XMA Corp
MATERIAL OUTER CONDUCTOR STAINLESS STEEL NON MAGNETIC, PASSIVATED FINISH. BERYLLIUM COPPER, GOLD PLATED FINISH. TEFLON. MARKING PART LOOKS LIKE PRODUCT IMAGE ABOVE. PART MARKING ORIENTATION AND FORMAT AS SHOWN. MARKING TO BE AS LARGE AS POSSIBLE, CLEAR, AND READABLE. REPLACE "X-dB" WITH PART NUMBER SPECIFIED ON WORK ORDER.
SMP Connectors - RF Connectors - Amphenol RF
Amphenol RF offers a broad range of radio frequency SMP Connectors including industry standard designs and highly engineered Amphenol RF proprietary interfaces. Check product specs & datasheets for a wide selection of SMP Connectors at Amphenol RF online.
Cranes in Steelmaking and How They are Powered - TPC Wire
Here are the cranes used in the steel industry and the industrial power cables they require. Also referred to as electromagnetic cranes, these cranes are used to handle and move metals like steel and iron. Magnet cranes can be found mostly in recycling plants and scrap yards.
CUSTOM RF SOLUTIONS - Amphenol RF
coaxial cable and combination of RF and non-RF connectors including FAKRA and HSD automotive interconnect. Dimensional or feature adjustments can be made to standard off-the-shelf connectors to meet the specific mechanical or electrical requirements of your application.
Scalable Quantum Computer Multicoax Cabling - Amphenol CS
Amphenol Ardent Concepts’ high density (2.54 mm pitch) TR Multicoax™ bridges room temperature electronics to Hermetic Feedthrough for massive lane scale up. We offer multiple internal coaxial cabling options including: low outgassing flexible, CuNi semi-rigid, and non-magnetic.
Cable Connectors - SV Microwave
SV Microwave offers a comprehensive range of cable connectors designed for optimal RF performance. SV’s cable connectors are designed to work with a wide array of both flexible and custom semi-rigid cable types, both inside and out of the box. SV Microwave offers connectors compatible with a wide range of cable types.
RF Connectors for Low-PIM Applications - Amphenol RF
Low PIM connectors are made from high-quality materials that minimize the potential for PIM. These materials include non-ferrous metals and alloys, which are less likely to contribute to intermodulation products.
II - Temposonics
1. The magnet must not contact ferromagnetic materials (such as iron or steel). Clearances are required between the surface of the magnet and ferromagnetic material, as shown. Non-ferrous material (such as copper, brass, or 300 series stainless steel) may contact the magnet without affecting transducer performance. 2. Standard Null Space is 2 ...
Magnetostrictive Linear Position Sensors R-Series V ... - Temposonics®
Install the magnet using non-magnetic material for mount-ing device, screws, spacers etc.. The magnet must not grind on the sensor rod. Alignment errors are compensated via the air gap. • 2Permissible surface pressure: 40 N/mm (only for ring magnets and U-magnets) • Fastening torque for M4 screws: 1 Nm; use washers, if necessary NOTICE