The Fine Pitch Socket is a specialized component designed for precise testing of small electronic devices. Its advanced design allows for accurate connection and testing of devices with tightly spaced pins or leads, ensuring reliable performance in quality assurance and testing processes. This socket facilitates efficient and thorough evaluation of miniature electronic components, contributing to enhanced product quality and reliability.
Features of Fine Pitch
Fine pitch test sockets are specialized sockets used for testing integrated circuits (ICs) with very small lead pitches. Here are some common features of fine pitch test sockets:
Precision Engineering: Fine pitch test sockets are engineered with high precision to accommodate the tight tolerances required for modern ICs with small lead pitches.
Customizable Design: They often feature a customizable design to accommodate different IC packages and pin configurations.
Spring-Loaded Contacts: These sockets typically use spring-loaded contacts to ensure reliable electrical connections with the IC leads. The springs apply appropriate pressure to establish good contact without damaging the IC.
Application of Fine Pitch
Fine pitch test sockets are crucial in testing semiconductor devices such as integrated circuits (ICs), microprocessors, and other electronic components. They provide a temporary connection between the device under test (DUT) and the testing equipment, allowing for functional testing, parametric testing, and reliability testing.
Fine Pitch Advancements and Innovations
Multi-DUT Testing: To improve testing throughput and efficiency, some advancements focus on multi-device under test (DUT) configurations within a single test socket. This allows for simultaneous testing of multiple devices, reducing test time and increasing productivity in semiconductor testing and production environments.
Contact Technology: Innovations in contact technology aim to enhance the reliability and lifespan of fine pitch test sockets. This includes the development of advanced contact materials, such as beryllium copper or gold-plated contacts, which offer superior electrical performance and durability over time, even under high insertion and withdrawal cycles.
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Labratory tested and combat proven, this true, one-handed tourniquet has been proven to be 100% effective by the U.S. Army's Institute of Surgical Research. The durable windlass system with patented free-moving internal band provides true, circumferential pressure to the extremity. A unique, dual securing system avoids the use of screws and clips that can be difficult to operate under survival stress or where fine motor skills are compromised.
Hearing Aid Model lk138 Standard features: Middle output. Attractive design. Ultra-light weight. Less noise, fine fidelity and tone. With on/off switch. With imported microphone and receiver. Tested according to international standard iec118-7. Specification: Max sound output: 125f+5db Sound gain: fª43db Total harmonic wave distortion: f_8% Frequency range: 400----6200hz Input noise: f_28db Voltage: 1.5v Current: 10.8ma Battery: a675 zinc-air/ ag13 button cell
Hearing aid lk168 Standard features: Attractive design, small and light. Less noise, fine fidelity and tone. With volume adjustment switch. With on/off switch. Tested according to international standard iec118-7. Specification: Max sound output: 128¡à5db Sound gain: ¡ý38db Total harmonic wave distortion: ¡ü10% Frequency range: 400----4500hz Input noise: ¡ü30db Voltage: 1.5v Current: 3ma Battery: with a675 zinc-air /ag13 button cell Estimated battery life: over 100 hours /35 hours
Fighting the novel coronavirus is a battle the entire world is fighting, and our main warriors are our healthcare workers and providers. There is an overwhelming number of patients that are being sent to the hospitals as suspects, showing us again how viral and infectious this disease is. Doctors, nurses and laboratory personnel have human contact with these patients and are at the highest risk of exposure or chances of transmission. This transmission occurs through droplets or contact both of which the doctors deal with while treating or testing a patient. There are increased chances of nosocomial transmission during aerosol generation, manual ventilation, intubation and extubation. To contain aerosolization during airway procedures, certain precautions have to be maintained. For this, Insights Techhub brings to you highly coveted Aerosol Boxes. Made with transparent acrylic, aerosol boxes are used to cover the patients head and hands during tests and airway procedures. This prevents any contamination that may be caused due to the patient coughing. Even with the protection provided by face shields and masks, the aerosol generating process puts nurses and doctors in a situation of high risk. Aerosol boxes separate the patient from the surrounding air effectively blocking chances of exposure due to coughing or aerosol generation. While most aerosol boxes cover only the patient head, our rectangular shape is designed so that the head as well as hands are boxed-in. Ergonomically designed to leave openings for hands, our boxes have been rigorously tried and tested to ensure safety is maintained, there is room for maneuvering during procedures, the patient doesn't feel claustrophobic and that contamination is limited. The movements of the hands may feel restricted in the beginning, but it will become natural over time. ISO 9001 certified, the boxes are 2-3mm thick on all sides. Acrylic being the main material, aerosol boxes are easy to make and transport. As the cases are increasing, so is the testing and other procedures, increasing the exposure to positive patients. Insights Techhub aims to reach across the country where reliable and reasonable products are needed now more than over. Please contact us for more details. This is transparent box act as an insulator between a doctor and a patient infected with the deadly virus like Covid-19.An aerosol is a suspension of fine solid particles or liquid droplets in air or another gas. Aerosols can be natural or anthropogenic Worldwide, the soaring number of COVID-19 patients means more patients are needing to undergo intubation and other aerosol generating procedures. Aerosol boxes aim to reduce exposure to medical personnel by blocking aerosols.The exterior handles of the box reduces the risk of cross-contamination while transporting the box.
Radio Frequency Probe Pogo Pin RPM700 Series for Electronic Test Radio frequency coaxial probes are a type of measurement device used for electronic test equipment to measure radio frequency signals of electronic circuits in silicon wafers, die and open microchips. In addition, RF coaxial probes are used in narrow pitch or high density RF interconnect applications in connector assemblies. Transmission lines used in RF applications are usually coaxial cables connected to circuit boards and microstrip lines inside circuit boards. Features: Low impedance High bandwidth Repeatable measurements Coaxial design Interchangeable inner pin Advantages Low cost Best yield Repeatable accurate test Long lifespan Application Broadband RF measurements PCBA test SMA connectors RF switches etc. There is a fixed schedule for mass production of radio frequency test probe RPM700 we will introduce here. This probe is 33.55 mm in total length  This probe can withstand the current up to 1 Amp. The materials used for the construction of this radio frequency test probe are different for each componen  are plated during the galvanic plating phase. The spring  is  made of gold-plated music wire. For details, please check parameters in below table. Materials (plated) Barrel (1): Brass, Au on Ni Plated Plunger (1): Brass, Au on Ni Plated Barrel (2): Phosphor Bronze, Au on Ni Plated Plunger (2): Beryllium Copper, Au on Ni Plated POM Spring: SWP-A/B, Au on Ni Plated Specifications Full Stroke: 3.5 mm Rated Stroke: 2.3 mm Spring Force: 388 gf at load 2.3 mm Company Information: Centalic Technology Development Ltd. was founded in 1980. Our products include semiconductor test probes, in-circuit test probes, radio frequency probes, harness probes, battery contact probes, switching probes, big-current probes, spring probes, universal complex test probes, wafer probes, and so on. They are widely applied to the tests of various electronic products, such as in-circuit tests of semiconductor components, chips, PCB and other electronic peripherals. Welcome to browse our website and download any catalogs of our products. If you need a complete set of product manual, please feel free to contact us. Many products are not uploaded due to a huge range. If you can't find what you need, please feel free to contact us. Notice: Stock: standard product. As usual, they are in stock. Express: DHL, FedEx, UPS, etc. Payment: T/T, PayPal
Switch Probe Pogo Pin SWP164 for Electronic Test Switching Probes is a kind of functional probes. They are used to determine the correct location of a terminal in a connector. They can also be used to determine the presence of nonconductive components, etc. Their application field is mainly as below Wire harness connector PCB component detection Door open-close switch Fixture component detection Automation process sensing Position and retention force Below switching probe we will introduce is SWP164. Its diameter is 1.64 mm and total length is 44.65 mm. As usual, switching probes do not entail very high currents, and this model SWP260 can work with the current up to 3 A. The typical maximum contact resistance of this model SWP164 is 160 m. The materials used for the construction of switching probes are different for each component: The barrel is made of brass. Subsequently gold plated during the galvanic plating phase. The spring is made of gold plated music wire. The plunger is made of Beryllium Copper, then gold and nickel plated. The insulating sleeve is made of POM For details of SWP164 switching probe, please check below parameters. Technical Specifications Recommended Current Rating: 3 Amps, continuous Contact Resistance: 160 milliohms, maximum Full Stroke: 5 mm Rated Stroke: 3.3 mm Spring Force: 130 gf (4.5 oz) Normal Condition: Disconnecting between Plunge 1 and Plunger 2 Press down 1 mm: Continuity between Plunger 1 and Plunger 2 Materials Contact Barrel: Brass, Au on Ni Plated Spring: SWP, Au on Ni Plated Plunger 1: Beryllium Copper, Au on Ni Plated Plunger 2: Beryllium Copper, Au on Ni Plated Insulating Sleeve: POM Advantages of this switching probe Reliable performance Low cost of test Best yield Our company are also able to change the head shape, total length and diameter, etc., of our switching probes to facilitate their use in different applications. The pitch of installation of switch probes depends on your specific needs. Company Information Centalic Technology Development Ltd was founded in 1980. Our products include semiconductor test probes, in-circuit test probes, radio frequency probes, harness probes, battery contact probes, switching probes, big-current probes, spring probes, universal complex test probes, wafer probes, and so on.
