CODICO GmbH’s Post

Are your rolling stock applications fully protected against electromagnetic interference? 🤔 Protecting information on signal and data cables is a must in rolling stock applications. 🔒 Stäubli's innovative EvoTrak lite modular connector offers a patented solution for shielded cable applications to allow for effective EMC protection along the entire power chain. 🚊

1. Strip the cable: Remove about 6mm of the RG316 cable's outer sheath to expose the shield. Then strip 3mm of the inner insulation under the shield to reveal the 1.13mm inner conductor, taking care not to damage the core. 2. Preprocess: Slide the connector shell onto the cable. Insert the inner conductor into the center pin and weld, ensuring the solder joint is full and free of cold solder. 3. Shield handling: Wrap or weld the shield evenly to the connector's ground terminal to reduce signal interference. 4. Assemble: Push the shell tightly and fix it. After completion, check the connection firmness and insulation to ensure stable RF signal transmission.

1. Strip the cable: Remove about 6mm of the RG316 cable's outer sheath to expose the shield. Then strip 3mm of the inner insulation under the shield to reveal the 1.13mm inner conductor, taking care not to damage the core. 2. Preprocess: Slide the connector shell onto the cable. Insert the inner conductor into the center pin and weld, ensuring the solder joint is full and free of cold solder. 3. Shield handling: Wrap or weld the shield evenly to the connector's ground terminal to reduce signal interference. 4. Assemble: Push the shell tightly and fix it. After completion, check the connection firmness and insulation to ensure stable RF signal transmission.

TDK Lambda's FQA Power Line EMC MIL-COTS DC Filters: - Filtering for Compliance to MIL-STD-461G - High Differential and Common Mode Noise Attenuation - -55 to 115°C Temperature Range (M-Grade) - Input Spike suppression per MIL-STD-1275D and RTCA/DO-160G Learn more: https://bit.ly/3BoSwCt #TDKLambda #TDKLambdaAmericas #Cover2Sales #MILCOTS

The SL2054 is a surface-mount low-barrier Schottky diode in a compact SOD-523 package. It offers high detection sensitivity of 36 mV/μW, making it suitable for high-frequency detection and mixing circuits. Its dual-diode configuration utilizes chips from adjacent positions on the same wafer, ensuring closely matched performance. The device supports both SOT-23 and tape-and-reel packaging, and features excellent thermal conductivity and lead-free compliance. It is ideal for RF detection, high-speed switching, and other applications requiring efficient heat dissipation and operational stability. Explore more: https://lnkd.in/gGkfvtG7 #slkor #diode #semiconductor #innovation

Defense applications require low-profile connectors. With the CMASD connector, part of the CMA Series, BERNIER Connect provides a small yet powerful solution for high speed and secure data transmission. ✔️ 8 contacts compatible with 10G Ethernet - tested by BERNIER CONNECT ✔️ USB4 and HDMI2.1 protocols available on request ✔️ Reliable operation even in harsh environments Key features : - Stainless steel housing - Push-pull locking system - IP68 connected and disconnected - Wide temprerature range : -55°C to +125°C Download the CMA catalog here : https://lnkd.in/eNaAWqab Order to test CMASD connectors directly on Digi-Key : https://lnkd.in/eJWFdySN #ConnectWithConfidence

The circuit utilizes an LM4702 integrated circuit (IC1) as the core amplifier, described as a "PNJ PNP 3 MCBATT SUDFUVER 60-170 VOLTS." Output Stage: The output stage employs MJ15023 and MJ15024 "High Current Transistors" in a push-pull configuration, driven by MN10055 and MN3035 transistors. Power Supply: The circuit requires a dual power supply, indicated by "+Vcc" and "-Vcc" rails, and includes capacitors for filtering and stabilizatio

If an Inverter is Switching at 4kHz why is the Bearing Current in the Mhz range? An impact (IGBT Current Switching) creates a Ring Down (Yellow) and the resultant FFT (Red) is in the Mhz range. The resonant peak of these Bearing Currents depend on cable characteristics and this is why Grounding, Cable Capacitance is so important. That Impact in current hits the Motor Winding and reflects, often doubling voltage which decays Motor Insulation. (Some Motors are Inverter Duty with better Insulation). EMF Cores attenuate above 10kHz attenuating the Ring Down protecting the Motor. The Root Cause is this Ringing, so fixing grounding issues over Brushes or Insulated Bearings makes sense.

Electromagnetic and radio frequency interference can degrade performance and compromise compliance if shielding is insufficient. Effective EMI/RFI protection depends on material selection, seam integrity, and ventilation design. Read more: https://bit.ly/4eE0kzj #PrototypeEnclosures #ElectronicDesign #ProductDevelopment #CustomEnclosures #EMIShielding

Choosing the right RF absorber isn’t just about cost—it’s about accuracy, compliance, and long-term reliability. In this short video, we break down the buyer’s checklist you should use before making a decision: 📡 Frequency Range 📉 Reflectivity (dB) 🟦 Absorber Type 📏 Thickness & Size 🔥 Fire Safety & Durability 🌐 Compliance Standards 💰 Cost vs. Lifespan 👉 Watch the video to learn how to compare absorbers and future-proof your RF test investments. 🌐 https://dmcrf.com/ 📩 sales@dmcrf.com #RFAbsorber #EMC #AnechoicChambers #RFChambers #RFAabsorbers #RFFilters #EMCChambers