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SMD quartz crystals in metal packages are used in particular where a very low resonance frequency or a very low resonant resistance is required. The SMC crystal series for SMD mounting can be produced according to customer-specific specifications. • Wide frequency range available, • Metal housing, • Low resonant series resistance, • Wide operating temperature ranges up to +125°C, • AEC-Q200 qualified versions available, • Typical applications include industrial, consumer, and automotive electronics, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

The JXS series is our preferred crystal series for various consumer and industrial applications. • High frequency stability down to ± 10ppm, • Wide frequency range available (16.0MHz, 19.2MHz, 20.0MHz, 24.0MHz, 26.0MHz, 30.0MHz, 32.0MHz, 38.4MHz, 40.0MHz, 48.0MHz), • Recommended standard package sizes 1210, 1612, 2016, 2520, 3225 and 5032, • Wide operating temperature ranges up to +125°C, • AEC-Q200 qualified versions available, • HMR versions available (3000 G shock resistance), • Typical applications include ZigBee, Bluetooth, WLAN, ISM band applications, GSM, DECT, and other wireless standards, • EMC shielding possible, as the metal lid can be grounded, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

Jauch offers the dedicated JXS –WA crystal series especially for wireless applications. • Application range: Wireless applications, Internet of Things (IoT) and Industrial (IIoT), Bluetooth / Bluetooth Low Energy (BLE) / Bluetooth Smart, ZigBee, ISM, WiFi / WLAN, LPWAN & more Telecommunication, Wearables, • 22 special frequencies for many RF-transceivers and RF-ASICs, (16.0 / 19.20 / 20.0 / 24.0 / 25.0 / 26.0 / 27.120 / 30.0 / 32.0 / 37.40 / 38.40 / 40.0 / 48.0 / 52.0 / 54.0 / 55.20 / 59.970 / 60.0 / 62.50 / 64.0 / 76.80 / 80.0 MHz), • Tight frequency tolerance, • High frequency stability in temperature ranges, • Lowest equivalent series resistance (ESR), • Lowest aging, • Small ceramic / metal packages 2016, 2520 and 3225, • EMI shielding possible, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

SMD Tuning Fork Quartz Crystals offer a variety of standardized for use in industrial, telecommunications and consumer applications. Jauch Tuning Fork Crystals are available in multiple packages and are produced on modern manufacturing equipment using an advanced photolithographic processes. • High frequency stability up to ±10ppm, • Various standard packages (ceramic, metal or plastic) are available, • Operating temperature range up to +125°C, • AEC-Q200 qualified version available, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

SMD Inductive Wound Component Solutions Material Options Standard Ferrite Core Inductors Cost-effective for general use Inductance Range: 1µH to 10mH Good for frequencies up to 1 MHz Ideal for economic, high-volume designs High-Current Ferrite Core Inductors Designed for power handling Inductance Range: 0.1µH to 100µH High saturation current capabilities Best for power converters and motor drives Iron Powder Core Inductors Low core losses at higher frequencies Inductance Range: 0.1µH to 1mH Excellent DC bias performance Suitable for high-efficiency power supplies Composite Core Inductors Superior thermal performance Inductance Range: 0.1µH to 10µH High stability under load Best for compact, high-density designs Package Types Standard SMD: Compact and versatile for general applications Shielded SMD: Reduced electromagnetic interference (EMI) Power Inductors: Optimized for high current and energy storage Custom Designs: Tailored for specific performance and size requirements Key Applications Standard Ferrite Core Inductors General-purpose circuits EMI filtering Signal conditioning High-Current Ferrite Core Inductors DC-DC converters Motor control circuits Power amplifiers Iron Powder Core Inductors Buck/boost converters Input/output filtering High-frequency power supplies Composite Core Inductors Portable electronics High-density power modules Automotive power systems Performance Features Wide inductance range for versatile applications Low DC resistance for improved efficiency High Q factor for signal integrity Temperature ratings up to 200°C for demanding environments Quality Assurance Full electrical and magnetic testing Dimensional accuracy and reliability checks Compliance with RoHS and REACH standards Contact us for technical support, specifications, or design assistance. Email: sales@emtl.co.uk

Introducing SN100C: The Gold Standard in Silver-Free, Lead-Free Solder Elevate your manufacturing with SN100C, an innovative tin–copper alloy delivering unmatched performance, reliability, and cost efficiency in lead-free soldering. Developed by Nihon Superior and proven since 1999, SN100C excels in wave and selective soldering, offering a superior and cost-effective alternative to traditional tin–silver–copper (SAC) alloys. The SN100C Advantage: Performance Meets Economy This alloy is a precisely melted eutectic mix of tin, copper, nickel, and germanium (Sn/Cu0.7/Ni0.05+Ge) melting at 227°C for consistent, reliable results. • Cost-effective: Eliminates silver, a costly SAC alloy element, reducing material costs. • Superior wetting and joint quality thanks to nickel and germanium, producing bright, smooth solder joints free of micro-cracks and bridging. • Reduced copper erosion: Nickel creates a protective barrier, extending solder bath life and safeguarding PCB pads and through-holes. • Low dross formation: Germanium acts as a strong antioxidant, minimising dross to levels comparable or better than traditional tin–lead solder. • Enhanced reliability: Stable intermetallic layers and improved thermal fatigue and creep resistance support durable performance in harsh environments. • Process efficiency: Suitable for existing wave soldering parameters without nitrogen atmosphere needs, easing the shift to lead-free. Proven reliability is backed by strict quality control and RoHS compliance, with millions of PCBs made using SN100C across consumer and industrial sectors. Available in bars, ingots, tinmans, chunks, blowpipe, wire, and paste to suit various soldering processes including wave, selective, hand, and high-speed automated assembly. Experience industry-leading performance and cost savings with the original silver-free, lead-free solder alloy. Contact us to optimise your manufacturing with SN100C.

SN100CV P608 D4 solder paste is a high-performance, lead-free, silver-free solder paste engineered as a direct drop-in replacement for the traditional SAC305 alloy. Combining cost efficiency with superior reliability, this paste offers significant savings by eliminating silver content without compromising quality. Its advanced SN100CV alloy formulation delivers exceptional long-term mechanical strength and resistance to thermal fatigue, ensuring durable, stable solder joints even under demanding thermal cycling conditions. Completely halogen-free, the P608 flux provides low voiding and excellent wetting performance comparable to or better than halogen-containing alternatives, reducing defects and improving overall process efficiency. Compatible with existing reflow profiles and printing parameters, SN100CV P608 D4 offers a 6-month shelf life to support reliable inventory management. Ideal for electronic soldering applications, it enhances product lifespan while maintaining cost-effective, high-quality assembly. For detailed technical specifications and safety information, consult the product datasheet and SDS.

What better way to increase your brand exposure, than to engage prospective customers and interested parties with an effective social media campaign that communicates your key services? An easily identifiable, clear and concise brand which is broadcast effectively across key, major social media platforms will increase your exposure to new prospects. Social media has now become an important part of SEO (search engine optimisation). We have a talented team of experienced social media experts that understand industry and are able to post articles on your behalf with very little or no management.

Grinding Services Custom Air Gaps Gap widths from 0.05 mm to 2 mm or larger upon request Uniform gap precision to minimize variations in inductance Reduces core saturation and optimizes energy storage AL Value Adjustments AL values tuned for application-specific inductance requirements Full control over magnetic performance AL ranges: Standard to custom specifications

Discover our comprehensive range of high-performance soft ferrite cores, engineered for excellence in frequencies from 10 kHz to 2 MHz. Material Options MnZn (Manganese-Zinc) Optimized for power applications up to 200 kHz Excellent for high-flux density applications Low core losses at elevated temperatures NiZn (Nickel-Zinc) Superior performance at frequencies up to 1 MHz Ideal for RF and EMI suppression High electrical resistivity Available Shapes Toroids Sizes: 3mm to 100mm outer diameter Perfect for transformers and common-mode chokes Exceptional magnetic field containment E-Cores and EI-Cores Standard and low-profile options Built-in mounting features Optimized for modern power supplies Pot Cores Complete magnetic shielding Optional precision-ground air gaps Ideal for telecommunications Rod and Tube Cores Lengths from 10mm to 300mm Excellent for EMI suppression Custom cutting available Key Applications Switched-mode power supplies EMI suppression systems Signal transformers Wireless charging Automotive electronics Quality Guaranteed Full dimensional and magnetic testing RoHS and REACH compliant Complete material traceability Custom Solutions Available Our engineering team provides tailored solutions for your specific requirements. Contact us to discuss your project needs. sales@emtl.co.uk

Developed for ‘Design to Manufacture’ production strategies, our Opt2Sim tube bending simulation software suite uses machine and component data to provide a precise, virtual insight into the tube bending process – before a single trial part is bent. Available in the following versions – or with the option to create your ideal tube bending software package – Opt2Sim’s competitive annual licensing fees make it a highly attractive option. Opt2Sim icon The Opt2Sim Suite includes: Opt2Sim Step Drag and drop STEP files into the software application and extract tube bending data instantly. Or draw parts by entering XYZ coordinates or YBC data and view them in 3D. Quickly convert bending data into printable PDF reports. Opt2Sim Tube Simulate parts accurately in real time on a CAD-based virtual model of your bending machine, with collision detection and fully automatic smart collision resolution that will find a manufacturing solution for even the most complex tube geometry. Opt2Sim + WPS Add our Work Processing System to the simulator, allowing multiple users to batch-process parts on multiple bending machines at once. Opt2Sim Scan Rapidly process 3D scans of bent parts to extract tube geometry. Compare and align scans to master data with a single click, and export tube corrections to a PDF report or direct to the bending machine in Supravision format.

Solar Install For TDSI in Poole. We can Install and dramatically reduce all energy costs and carbon on all commercial buildings. We can further extend the value to your business with Battery Installs, offering the possibility of removing costly Uninterrupted Power Supplies with batteries than can run the business in the event of a power cut.

A range of solder from UK manufacturer Warton Metals including the popular Autosol and Omega in 18swg and 22swg on 500G reels. Stocked in Lead Free and leaded versions.

SolderKing solder alloys are manufactured using only Virgin Materials to ensure impurity levels are kept to a minimum. As our solder alloys are produced with low impurities this results in faster wetting speeds and increased soldering performance. Using our state of the art production facility, SolderKing solid solder wires are precision manufactured free from surface irregularities and can be applied through automatic feeding systems. SolderKing solid solder wires are used widely for selective solder machines and topping up solder pots. All of our alloys are produced to the latest standard ISO:9453:2020(E) along with J-STD-006, EN 29453, DIN 1707, BS 219, QQS 571E. Available in Lead-free Alloys including: Sc100e SAC405 SAC305 SACXP0307 Also available in Leaded Alloys for professional use including: Sn63Pb37 Sn60Pb40 Sn40Pb60 Available in the following forms: Bar Solder Solid Solder Wire Solder Pellets We have many more solder alloy compositions and a range of diameters available, contact us for more information.

SOLDER OUTFEED CONVEYOR The Solder Outfeed Conveyor unloads PCB’s or pallets from a wave soldering machine at 6-7° angle. Declining section presents PCB/pallet at a standard height.