Test platforms for reused devices by OPTILINE, TITAN, RACKWIPE, PROTEUS, MAYA, BUJANG, ICT, RCU, PSUT

Accurate. Reliable. Engineered to Perform. For designers who need low-noise amplification without the intermodulation distortion and input capacitance headaches, the LS844 Dual N-Channel JFET delivers unmatched clarity and stability. Unlike conventional dual JFETs, the LS844 features both devices on the same piece of silicon, enabling tight Vgs matching and excellent thermal tracking—which translates to high CMRR, predictable gain, and ultra-low signal coloration. Why LS844? • Monolithic Dual N-Channel JFET • 102 dB CMRR for precision differential signals • Low Noise: 2.5 nV/√Hz @ 1 kHz (typ.) • Low Input Capacitance → Reduced intermodulation distortion • Nearly Zero Popcorn Noise + Lower IMD than high-capacitance alternatives • Offered in SOIC 8L, PDIP 8L, TO-71 6L, TO,78 6L and Bare Die, RoHS CompliantOT-23-6, RoHS Compliant Ideal For: 🎧 High-end audio preamps & discrete op-amp designs 🎙️ Microphone & phono preamplifiers 📡 Sensor front-ends & electrometer-level interfaces 🔬 Low-level, high-impedance analog measurement systems Why it matters: The LS844 provides the best low-noise / low-capacitance balance in its class, eliminating the need for cascoding in many designs and preserving signal integrity even as frequency and source impedance rise. 🔗 Link in the comments to the LS844 Application Note, datasheet, and to request samples, ask questions, or get technical assistance.

Rohde & Schwarz demonstrates innovation and production hand-in-hand at productronica 2025 with the latest R&S ZNB3000 vector network analyzer, advanced test solutions for automotive and wireless sectors, and high-precision power analysis. Their comprehensive lineup covers every stage of electronics production, from component validation to system verification, enabling engineers to “fast forward to results, not only in production environments.” #Productronica2025 #ElectronicsTesting #Innovation #RFTesting #AutomotiveTesting #Wireless #powerelectronics #powermanagement #powersemiconductor https://lnkd.in/dum95ai2

Pickering Group, the company with over 50 years of expertise in switching for automated test, will showcase its products and services to streamline the development and deployment of high-performance electronic test and verification systems – including a new compact 12-slot LXI/USB modular chassis and its expanded ultra-high-density Series 125, the industry’s smallest dual-pole reed relays, now joined by 1 Form B, 1 Form C, and 1 Form A RF variants – on stand 452 in Hall A1 at productronica, taking place from November 18 to 21, at Messe München in Munich, Germany. 🔗 https://lnkd.in/gSC2nMFp #TestAndMeasurement #SwitchingTechnology #Instrumentation #AutomatedTest

The Hidden Test That Could Save Your Electronic Product. (Part 1) You've meticulously designed your PCB and assembled components with precision. Automated Optical Inspection (AOI) has passed, and all components are correctly placed. So, is your PCBA ready for the real world? Not necessarily. There's a crucial step that bridges the gap between a board that looks good and one that actually functions as intended: Functional Circuit Test (FCT). While inspections like AOI and In-Circuit Test (ICT) are vital for catching physical defects and verifying individual components, they operate in a vacuum. They can't tell you if the processor can communicate with the memory, if the power management system delivers stable voltage under load, or if the communication interfaces like UART or I2C are transmitting data correctly. FCT answers these critical questions. What is Functional Circuit Test (FCT)? Think of FCT as the final exam for your PCBA before it becomes part of a product. It's a validation process where the assembled board is powered up and operated in a simulation of its normal working environment. Input signals are applied, and the outputs are meticulously measured and judged against the design specifications. The core goal is simple yet profound: to ensure the PCBA behaves exactly as the designers intended. It moves beyond "is the resistor the right value?" to "does the entire system achieve its designed function?" The Critical Gap FCT Fills. Imagine a smartphone motherboard. AOI confirms all chips and capacitors are soldered correctly. ICT might check that each individual IC has the right resistance. But what if there's a subtle firmware bug that corrupts data under specific conditions? Or a timing issue that causes the display to flicker only after ten minutes of operation? These are systemic, functional failures that FCT is designed to catch. It is the only test that validates the complex interactions between hardware, firmware, and software. For industries where failure is not an option—such as medical, automotive, or aerospace—FCT is not a luxury; it's an absolute necessity for ensuring reliability and safety. #PCBA #FunctionalTesting #FCT #ElectronicsManufacturing #QualityControl #HardwareTesting #PCBAssembly #IoT #HardwareDesign #Engineering #Manufacturing #TestEngineering #Electronics #QualityAssurance #EmbeddedSystems

Quality You Can Measure In the semiconductor world, there’s no room for error. A single faulty chip can disrupt an entire product launch, jeopardize customer trust, or even compromise safety in mission-critical applications. That’s why quality is the core of everything we do at Innovative Circuits Engineering. Built-In Quality from Start to Finish From initial test development to high-volume production, our processes are designed to ensure the highest levels of accuracy, consistency, and traceability. Every test program, every socket, every data point—it's all aligned with our commitment to zero-defect performance. https://lnkd.in/gB7YT-2T

Discover Tessent AnalogTest, a new game-changing software for automated analog circuit test generation, that dramatically reduces the time for pattern generation from months to just days. This new technology from Siemens EDA, is the first automated DFT solution for analog circuitry in ICs, delivering digital vectors for testing and computing test coverage efficiently before tape-out to silicon production. Tessent AnalogTest enables testing of analog circuitry in integrated circuits (ICs) up to 100 times faster than traditional manual methods. It works in tandem with Tessent DefectSim to shorten test coding time for analog circuitry in ICs by automatically generating minimal-impact design-for-test (DFT) circuitry and digital test patterns for nearly any analog circuit block. The tests run in less than a millisecond on almost any tester, and defect coverage can be verified in simulation up to 1000x faster than specification-based tests. Learn more, read the full article here. https://sie.ag/wcVV1 #Tessent #AnalogTest #DFT #ICDesign #SiemensEDA

At Vietnam SemiExpo 2025, GES will present its comprehensive portfolio of design, development, and validation tools that empower semiconductor R&D and production engineers across the region. Contact: vietnamsales@embeddedsingapore.com More Details: https://lnkd.in/gZe_--Sm Key Semiconductor Embedded Solutions from GES include: * QNX Foundational Embedded Software - https://lnkd.in/g_nSx72J * Aukua Systems, Inc. Ethernet Test & Monitoring Solutions - https://lnkd.in/gtfJd4hT * Quarch Automated Test Tools - https://lnkd.in/gzdUheAF * SerialTek PCIe 6.0 / CXL 3.x Protocol Test Systems - https://lnkd.in/gj-f7ZfC * SerialCables Storage Interconnectivity & Cabling Solutions - https://lnkd.in/gME7S6A5 * SANBlaze NVMe Turnkey Test & Validation Platforms - https://lnkd.in/ghuh245i * RFcreations Bluetooth Analysis and Testing Solutions - https://lnkd.in/gWfdzJav * acontis technologies EtherCAT Software Solutions - https://lnkd.in/gS_iTYX6 * Comprehensive Device Programming Solutions - https://lnkd.in/g6eHThij * Acute Technologies PC-Based Test & Measurement Instruments - https://lnkd.in/gjusaEj6 * GW Instek Test & Measurement Tools - https://lnkd.in/gY2eyd5n

Selecting UHV-compatible encoders for demanding semiconductor and scientific applicationsProcesses like semiconductor manufacturing that demand precision motion control need vacuum-compatible optical encoders for position feedback. Locating position encoders within the vacuum chamber ensures that the measurement device is as close to the working environment as possible, minimizing errors. https://lnkd.in/dBtHk-c7

What scenarios is the PCT5801 designed for? PCT5801 is specifically developed for quality assessment and lifetime prediction of memory probe cards,particularly DRAM and NAND,across manufacturing, outgoing, incoming inspection, maintenance, and failure analysis. It addresses limitations in traditional validation platforms, such as limited test capacity, lack of upgrade capability, and inability to handle over 20,000-pin and high-force memory probe cards. https://lnkd.in/grENRZdZ

Calibration in Electronics ⚙️ Why Accuracy Powers Innovation In the #Electronics Industry, precision defines performance. Even a slight measurement drift can affect product quality, lead to costly rework, or compromise safety. Regular calibration plays a crucial role in ensuring: ✅ Consistent accuracy in testing and measurement ✅ Compliance with quality and safety standards ✅ Reduced downtime and improved production reliability ✅ Longer equipment lifespan and stable performance From semiconductor manufacturing to circuit testing, calibration safeguards every stage of the process — ensuring that what’s built today performs flawlessly tomorrow. At #MicroPrecision, we help electronics manufacturers uphold the highest standards of accuracy with ISO/IEC 17025 accredited calibration services, delivered in-lab, on-site, or embedded within your operations. 🔧Get a Free Quote: https://lnkd.in/gtsGeUrN #CalibrationExperts #CalibrationInElectronics #YourPartnerInCalibration