IRC Boosts Resistance Range in Ultra-Miniature Silicon Resistor Chips to 1MOhm

IRC Boosts Resistance Range in Ultra-Miniature Silicon Resistor Chips to 1MOhm

Wire bondable TaNSil-® resistors ideal for battery-driven medical implantable devices... CORPUS CHRISTI, TX (May 2, 2006) - Providing medical electronics and hybrid design engineers with an ultraminiature resistor chip that delivers precision and stability over time and temperature fluctuations, TT electronics IRC Advanced Film Division has extended the resistance range of their wire bondable...

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Stackpole Electronics, Inc. Expands Ohmic Value Range and TCR for Precision Metal Film Products

Stackpole Electronics, Inc. Expands Ohmic Value Range and TCR for Precision Metal Film Products

RALEIGH, NC (April 27, 2006) - Stackpole Electronics, Inc. today announced a significant expansion in the ohmic value range and TCR's for its popular RN -¼ series of metal film resistors. For most TCR and tolerance combinations, Stackpole's ohmic value range has been extended from 1 ohm to 2.2 Mohm. For tolerances tighter than 1%, the RN -¼ series previously extended from a minimum of 30 ohms...

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Film Resistors suit analog electronics applications.

Film Resistors suit analog electronics applications.

Manufactured with alumina ceramic sandwich, Models USF340, USF370, and USF371 provide voltage ratings of 300, 1,400, and 2,500 V and power ratings of 0.33, 0.75, and 0.75 W, respectively. Units feature resistance range of 50 ohms to 25 Megohms with temperature coefficient of -

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IMS' APX Series Offers More Power Handling in Same-Size Package

IMS' APX Series Offers More Power Handling in Same-Size Package

Portsmouth, Rhode Island, USA - Designers who need more power handling in a package but don't want to redesign their circuits have a solution in APX Series Aluminum Nitride (AlN) - based components from International Manufacturing Services (IMS). APX Series AlN chips give the designer the ability to upgrade power handling capability without increasing footprint size. Due to its greater thermal...

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