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Thin Film Resistor Networks are available from 1-100 kW.

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Thin Film Resistor Networks are available from 1-100 k<font face='Symbol'>W</font>.
Thin Film Resistor Networks are available from 1-100 kW.

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October 2, 2006 - Consisting of 2 stable Nichrome thin film resistors on silicon substrates connected in series, SS1 Series thin film resistor networks are housed in SOT-23 package. They feature ratio tolerance of ±0.05% with TCR tracking tolerance at ±5 ppm/°C, and available R2/R1 ratio values include 10, 9, 4, 3, 2, and 1. With maximum operating voltage of 100 Vdc and temperature range of -55 to 125°C, networks are used to design precision divider circuits for military and medical applications.

(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release

BI Technologies Corp.
4200 Bonita Place
Fullerton, CA, 92835-1051
USA



BI Technologies Extends Resistance Value, Ratio Range of Voltage Divider Network


RoHS-compliant SOT-23 networks now available from 1Kohm to 100Kohms...

FULLERTON, CA (August 28, 2006) - Providing design engineers with a small-footprint precision voltage divider network, TT electronics BI Technologies Electronic Components Division has expanded its line of thin film resistor networks. Designated the SS1 Series, the networks consist of two ultra-stable Nichrome thin film resistors on silicon substrates connected in series and now feature an extended range of resistance values for precision applications.

According to Mike Torres, product manager for BI Technologies' Electronic Components Division, the resistance range of 5kW to 100kW has been extended to 1kW to 100kW. "Not only have we extended the resistance values, but we have also expanded the offering of ratio values, and made the devices RoHS-compliant," said Torres. "The expanded ratio and resistance ranges provide our customers with greater flexibility in designing precision divider circuits for military and medical applications."

The SS1 Series resistor networks are ideal for voltage divider and gain circuits, and industrial and aerospace applications.

The thin film networks are housed in a SOT-23 package. Resistance range is 1kW to 100kW, and available R2/R1 ratio values include 10, 9, 4, 3, 2, and 1. Ratio tolerance is ±0.05% with TCR tracking tolerance at ±5ppm/°C. Maximum operating voltage is 100Vdc and operating temperature range is -55°C to +125°C. BI Technologies will also produce devices beyond these specifications to meet customer requirements.

Typical pricing for the SS1 Series resistor networks is $0.30-0.40 each in quantities of 10K pieces, with lead times from stock to 12 weeks. Sample kits are available immediately upon request.

For more information about BI Technologies' SS1 Series resistor networks, contact BI Technologies at 714-447-2518, by fax at 714-388-0046; by mail at 4200 Bonita Place, Fullerton, CA 92835; or visit: http://www.bitechnologies.com/pdfs/nicr_vd.pdf.

BI Technologies has been an innovator and leader in electronic components for more than 50 years. The company is a global manufacturer of trimming and precision potentiometers, position sensors, turns-counting dials, chip resistor arrays, resistor networks, integrated passive networks, transformers, inductors, hybrid microelectronics and custom integration products for communication, computer, automotive and industrial applications.

BI Technologies serves a global customer base with manufacturing locations in the United States, Mexico, Scotland, Japan, China and Malaysia.

TT Electronics plc is a global electronics company manufacturing a broad range of advanced electronic components, assemblies and sensor modules for the automotive, industrial, telecommunication, computer and aerospace markets.

To request the electronic image, call 919-872-8172, or e-mail: bgaddy@btbmarketing.com

URL: http://www.bitechnologies.com/pdfs/nicr_vd.pdf

For more information, contact:
Mike Torres,
Product Manager
BI Technologies, Electronic Components Division
714-447-2457
miketorres@bitechnologies.com
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