Novità Circuiti stampati e basette di prova
Chip Quik NANOCOMP Polymer Nanocomposite Force Sensing Material is homogeneously electrically conductive and is available in square and round shapes. When compressed, this material's electrical conductivity alters. NANOCOMP polymer material can be combined with one of the SEN0001 to SEN0030 contact electrode boards, and the resistance of the material decreases as it compresses. Various circuits, such as voltage dividers, buffered voltage dividers, or current-to-voltage converters, can measure resistance. Chip Quik NANOCOMP Polymer Nanocomposite Force Sensing Material has an operating temperature range of -40°C to +200°C and is available in three sizes: 10mm x 10mm, 15mm x 15mm, and 20mm x 20mm.
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Chip Quik NANOCOMP Polymer Nanocomposite MaterialHomogeneously electrically conductive and is available in square or round shapes.02/01/2025
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Chip Quik FLEX400 Solder-In BreadboardFeatures 400pts and directly copies the routing of a 400pts 1/2 size solderless breadboard.31/12/2024 -
Chip Quik SEN Electrode Flexible Printed Circuit BoardsDesigned to be used with Nanocomposite Force Sensitive material.27/12/2024 -
Chip Quik F17xT254P20 Pitch ChangersOffer 1.70mm/1.78mm to 2.54mm pitch conversion range and are lead-free, RoHS 3, and REACH compliant.16/08/2023 -
Chip Quik Dual Row AdaptersInclude DIP-08 Adapters to dual row 0.35mm pitch stencils to compact series adapters.16/08/2023 -
Chip Quik IPC02x SMT AdaptersLead-free, REACH compliant, and RoHS 3 compliant.17/02/2023 -
Chip Quik PLCC-68 Socket to DIP-68 SMT AdapterOperates within -40°C to 130°C temperature range and features 260°C maximum reflow temperature.17/02/2023 -
Sensepeek PCBite AccessoriesInclude a wire harness, insulation cover, magnifier 3x, and insulated XL base plate.01/11/2022 -
HARTING Carrier di componenti 3D-MIDDispositivi di interconnessione stampati 3D che consentono il posizionamento di componenti alternativi24/08/2022 -
Global Specialties PB-50xA Circuit Design Trainer Educational KitsEnables hands-on lab experience by employing necessary breadboarding techniques.25/02/2022