American Electrical Inc (AEI)’s Post

New Features! At CADY, we're taking precision to a whole new level with our advanced inspection capabilities. Here's a sneak peek at what's new: • Differential Line Mix-Ups: CADY ensures the integrity of your designs by pinpointing and fixing any differential line mix-ups. • Termination Resistor Checks: CADY performs thorough checks on termination resistors for differential lines, LVDS, and rs-485 data pins. • Test-Points Test: CADY recommends strategic test point placements on all voltages and logic pins for a comprehensive testing experience. • Transistors: CADY checks gate-source voltage, usage correctness, and alerts you on floating pins for meticulous transistor analysis. • Buffers: CADY alerts you on incompatible supply voltage and protocol voltage values, ensuring buffers perform flawlessly. • Crystals: CADY checks the capacitor value connected to the crystal pins, ensuring your crystals operate with utmost precision. • Logic Pins Suggestions: CADY provides smart suggestions, including pull-down resistors on logic pins like gate, enable, reset, and address. To learn more about automatic electrical inspection and new features to our software >>> https://lnkd.in/e-Yi8CaG #PrecisionChecks #TechAdvancements #PCBdesign

When placing components on a circuit board, consider the impact of inductance, heat, noise from switching regulators, and clustering AC components for optimal performance.#ACpower. #circuitboard #componentplacement #decouplingcapacitors #Inductors #switchingregulator

Ask The Expert with Schmersal! Question: Can E-stops buttons and other #electromechanical switches be included in a series wired circuit and achieve Performance Level “e”? Answer 🔽 Electromechanical switches in series may result in a scenario called #FaultMasking that prohibits the safety function of detecting an accumulation of faults, which is a requirement for a Category 4 #SafetyCircuit. This would mean that a series connection of #ElectromechanicalSwitches may be resistant of only a single failure, achieving a maximum Category 3. There is a common misconception that Performance Level e can only be achieved by using a Category 4 design. Though Category 4 is by far the easiest design, and when considering a simplified approach, the only design capable of reaching a Performance Level e, there is another option. This is because a Performance Level considers several factors in addition to the Category design. When all the factors are taken into consideration, a Performance Level e can be achieved with Estop buttons and other electromechanical switches as a Control Category 3 - provided that switches with high MTTFd ratings are used and a medium to high diagnostic coverage is implemented.

These are 50-400 Hz CTs constructed using one of the following methods: plastic casing, resin casted, resin dipped, or tape insulated. Typical turns ratio ranges from: 500:1 to 4000:1 with accuracy: Class 0.1 to Class 1.0 or 0.1% to 0.5% mV output possible. Primary to secondary insulation is 4kV AC. Various mount options are available: Thru-hole PCB mounting, Secondary leads and PCB mounting, Primary winding with lugs or terminals, or 3 in 1 design. Applications include: energy meters for accurate current measurement, current control, current signature of motors, load sensing, ground fault sensing, monitoring of process parameters, AC level to logic conversion. #currenttransformers #pcbmounting #currentmeasurement #currentcontrol #loadsensing #groundfault "We provide solutions that work!"

🔷 LS110 wireless split type light #transmittance meter is mainly used for light transmittance detection of transparent materials such as #glass, #acrylic and #film. 🔷This car #WindowTint light transmittance meter has three independent test units. The displayed visible light transmittance is the average of three measurement data. 🔷The instrument use a visible light source to illuminate the tested #transparent materials. The sensor detects the incident light intensity of the light source and the light intensity after passing through the tested transparent materials, expressed as a percentage. 🔷It is widely used in the transmittance test of #installed materials such as #automobile front shield and curtain wall glass. #linshang #measuring #testing #Instrument #meter #gauge #ndt #industry #transmission #manufacturer #supplier

**TE Connectivity 640905-2 terminal** Functional Description: Quick disconnect terminals are primarily used in electrical and electronic applications where safe and reliable connections are required. APPLICATION AREAS: These terminals are designed for use in automotive, industrial and consumer electronics to facilitate efficient assembly and maintenance. SAFETY AND CONVENIENCE: Their primary function is to provide a quick and easy method of connecting and disconnecting wires without the need for soldering. The insulated crimp design ensures a safe and durable connection for environments subject to vibration or mechanical stress. #Connection #Conductivity #Grounding #Signal transmission #Termination #Lead-out #Contact #Fixation #Connector #Insertion/removal

Learn more: https://lnkd.in/ge_f4kJP The relay logic diagram consists of four rungs. Each rung contains various components such as normally open push buttons, relay coils (CR1 and CR2), normally open and normally closed contacts, solenoid coils (Sol 1 and Sol 2), and a 5/3 directional control valve connected to a cylinder. This setup facilitates the control of the cylinder’s movement using two buttons, a valve, and corresponding electrical components. #circuits #component #electronic #circuitdesign #hardware #diagram #pcbdesign #relay

#technology ODU MODULAR INTERCONNECTS. Ask our engineers today: email us at sales@odu-usa.com. ODU‐MAC® Blue‐Line - manual‐mating solution, as well as variants for automatic docking. Modular design, different frame sizes and modules as well as housing types – for a customized system. Ultra‐compact connector, clip‐in assembly/removal of the modules without tools, various locking options (e. g., spindle, lever, push‐pull), wide range of transmission types: signal, power, high current, RF signals (coax), compressed air, fluid coupling, data, and fiber optics, plastic and metal housings, easy replacement of crimp‐clip contacts, even when assembled. #ModularConnectors, #ConnectorTechnology, #ElectronicsDesign, #Engineering, #TechInnovation, #IndustrialConnectors, #ElectricalEngineering, #AutomationTechnology, #EmbeddedSystems, #RuggedConnectors, #InnovationInDesign

Read our helpful overview which outlines the basics of EMI issues facing electronic device design, the need for effective EMI shielding techniques, and additional information useful to design engineers at every level. Our paper also summarizes Laird™ brand solutions to suppress stray EMI including surface mount shields, grounding contacts, gaskets, and form-in-place products. 

#SMV1270-079LF The SMV1270-079LF is a silicon hyperabrupt junction varactor diode specifically designed for battery operation. The specified high-capacitance ratio and low reverse voltage make this varactor appropriate for low-noise voltage-controlled oscillators (VCOs) used at frequencies in wireless systems up to and above 2.5 GHz. Table 1 describes the package and marking of the SMV1270-079LF varactor. The absolute maximum ratings of the SMV1270-079LF varactor are provided in Table 2. Electrical specifications are provided in Table 3. Typical capacitance values are listed in Table 4. Typical performance characteristics for the SMV1270-079LF varactor are illustrated in Figures 1 and 2. The SPICE model for the SMV1270-079LF varactor is shown in Figure 3, and the associated model parameters are provided in Table 5. Package dimensions are shown in Figure 4, and tape and reel dimensions are provided in Figure 5 Instructions on the shipping container label regarding exposure to moisture after the container seal is broken must be followed. Otherwise, problems related to moisture absorption may occur when the part is subjected to high temperature during solder assembly. The SMV1270-079LF varactor is rated to Moisture Sensitivity Level 1 (MSL1) at 260 °C. It can be used for lead or lead-free soldering. For additional information, refer to the Skyworks Application Note, Solder Reflow Information, document number 200164. Care must be taken when attaching this product, whether it is done manually or in a production solder reflow environment. Production quantities of this product are shipped in a standard tape and reel format.