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TT Electronics – Thin film on ceramic technology provides lifelong precision

6.3.2017

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    Impact of Ripple Current on Aluminum Electrolytic Capacitors Lifetime

    A set of printed sample cubes showcasing the effects of laser power and print speed on the magnetic core structures. Image source: Tallinn University of Technology

    Researchers 3D Printed Superior Soft Magnetic Cores with Laser Additive Process

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    A set of printed sample cubes showcasing the effects of laser power and print speed on the magnetic core structures. Image source: Tallinn University of Technology

    Researchers 3D Printed Superior Soft Magnetic Cores with Laser Additive Process

    TDK Introduces Improved Performance PFC Capacitors

    Yageo Venture to Acquire 30% of APEC and Step Into Semiconductor MOSFET Business

    Vishay NTC Thermistor LTspice Simulation for PID Optimization; Vishay Webinar

    Stackpole Presents High Current Metal Shunt Resistors

    Coilcraft Introduced Ultra-Low Loss Shielded Power Inductors

    Panasonic Releases SMD Automotive Power Choke Coil

    GAM Introduces Tantalum and Niobium Powders for Cold Spray Applications

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TT Electronics – Thin film on ceramic technology provides lifelong precision

6.3.2017
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source: TT Electronics news

TT Electronics has launched the QSOP-C and SOIC-C high-density resistor networks that combine high precision with stability and reliability. By using a ceramic substrate and a relatively large feature size, they offer better cross-talk performance than types based on silicon substrates.

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With target markets in the aerospace, medical and industrial areas, the parts are aimed at designers of analogue circuits such as amplifiers and ADCs requiring accurate gain and threshold levels defined by resistance ratios, where the operating temperature range is wide, humidity levels may be high, reliability level is paramount and periodic recalibration is not possible.

The company’s QSOP-C and SOIC-C series resistor networks are particularly beneficial for use in aerospace and high reliability signal processing applications, as the parts are optionally available with thermal shock screening. Specific applications include flight computers, medical monitors and critical process monitors.

The use of tantalum nitride film technology makes the QSOP-C and SOIC-C series resistor networks ultra-reliable as an inherently moisture-proof film system, and their ceramic based element offers lower crosstalk than silicon based alternatives. Reducing the PCB area required, up to 23 resistors are available in a single component.

“We pioneered the use of Tantalum Nitride film technology to solve the moisture related reliability issues of industry standard Nichrome film technology. TT Electronics offers a class-leading, growing portfolio of ultra-high reliability discrete resistors and resistor networks,” commented Stephen Oxley, senior engineer, Applications and Marketing, Resistors Business Unit, TT Electronics.

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