Resistor Technology - Engineering components
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Resistor Technology Wirewound Thick Film High Precision Current Sensing High Energy Mulder-Hardenberg B.V., The Netherlands Tel.: +31 (0)23 - 531 91 84 infonl@m-h.biz Mulder-Hardenberg N.V., Belgium Tel.: +32 (0)3 - 660 13 20 infobe@m-h.biz Mulder-Hardenberg GmbH, Germany Tel.: +49 (0)6192 - 97 91 85 infode@m-h.biz VERSION 3.0 / 2012 www.mulder-hardenberg.com PRODUCT OVERVIEW RESISTOR STRENGTHS KEY Power Density Precision Low Inductance High Energy High Voltage Technology Power Resistance Range Best Tolerance Best TCR USP ACPP Metal Film 0.063W– 0.5W 1R–3M 0.01% 5PPM High precision ACS Wirewound 1W–10W R01–100K 5.00% 20PPM High pulse capability AP5025 Thin Film 8W R0005–R01 1.00% 100PPM Capable of dissipating 8 watts AP725 AP725S AP735 Thick Film 20W–35W R02–130K 1.00% 100PPM Low inductance AP821 AP830 AP851 AP101 AP140 Thick Film 20W–140W R01-51K 0.50% 50PPM Low inductance High power density on sink ARC1 Thick Film 1W–10W 50R–30G 0.10% 15PPM High voltage/non inductive/low TCR ARC2 Thick Film 3.8W–17W 400R–30G 0.10% 15PPM High voltage/non inductive/low TCR ARC3 Thick Film 11W–105W 2R–25G 0.10% 15PPM High voltage/non inductive/low TCR FCR Thick Film 5W–10W 2R -100K 2.00% 100PPM High power density on PCB FPA100 250 600 Thick Film 100W–600W R5–5M 5.00% 100PPM Low inductance, power density HS Wirewound 10W–300W R005–100K 1.00% 25PPM Power density, pulse capacity HTE Thick Film 0.7W–15W 200R–700M 0.50% 100PPM High ohmic value HTS Thick Film 0.5W–9W 100K–1G 0.50% 75PPM High ohmic value MRA Metal Film 0.125W–3W 10R–1M 0.10% 15PPM High precision MSR Metal Element 1W–5W R005–R1 1.00% 20PPM Low values, low TCR & inductance V VT O Wirewound 30W–625W R02–125K 5.00% High pulse load resistor/Harsh environments PHD Wirewound 200W–750W R45–3K1 5.00% High pulse load resistor RCC025 RCC050 Carbon Composition 0.25W–0.50W 1R–22M 5.00% High pulse RWS / S Wirewound 0.5W–5W R005–50K 0.50% 20PPM High surge SMD UT Thick Film 20W–150W 20R–10T 1.00% 100PPM High voltage, high value V Wirewound 3W–14W R1–100K 1.00% 100PPM High surge through hole Broad Value Range Strengths Low Value APPLICATIONS GUIDE Description ACPP ARC1 ARC2 ARC3 Technology Metal Film Thick film Thick film Thick film Format SMD Axial Axial Axial Power 0.063W–0.5W 1W- 10W 3.8W–17W 11W–105W High value, superior humidity performance, high precision High Voltage/Non inductive/ Low TCR High Voltage/Non inductive/ Low TCR High Voltage/Non inductive/ Low TCR AP821 AP830 AP836 AP851 Thick film Thick film Thick film Thick film Format TO220 TO220 TO220 TO220 Power 20W 30W 35W 50W Low inductance, power density Low inductance, power density Low inductance, power density High power density on sink Key feature Braking Current sense Shunt Bleeder Pre charge/ Discharge Snubber Balancing / Sharing Inrush Crowbar / Clamping Voltage divider Limiting Emitter circuits Description Technology Key feature Braking Current sense Shunt Bleeder Pre charge/ Discharge Snubber Balancing / Sharing Inrush Crowbar / Clamping Voltage divider Limiting Emitter circuits ACS AP101 AP140 AP5025 AP725 Wirewound Thick film Thick film Thick film Thick film Through Hole TO247 TO247 SMD TO263 / D2PAK 1W–10W 100W 140W 8W 20W High pulse capability High power density on sink High power density on sink Capable of dissipating 8 watts Capable of dissipating 20 watts FCR FPA100 FPA250 FPA600 HS Thick film on steel Thick film Thick film Thick film Wirewound Through Hole ISOTOP (TO227) Heatsink Mount Heatsink Mount Heatsink Mount 5W–10W 100W 250W 600W 10W–300W High power density on PCB Low inductance, power density Low inductance, power density Low inductance, power density Power density, Pulse capacity APPLICATIONS GUIDE Description HTE HTS MRA MSR Thick film Thick film Thin film Bare element Format Axial Axial Through Hole Through Hole Power 0.7W–15W 0.5W–9W 0.125W–3W 1W–5W High ohmic value High ohmic value High Precision Low values, low TCR & inductance RWS / S UT V Wirewound Thick film Wire wound Format SMD Axial Through Hole Power 0.5W–5W 20W–150W 3W–14W High Surge SMD High voltage, high value High Surge Through hole Technology Key feature Braking Current sense Shunt Bleeder Pre charge/ Discharge Snubber Balancing / Sharing Inrush Crowbar / Clamping Voltage divider Limiting Emitter circuits Description Technology Key feature Braking Current sense Shunt Bleeder Pre charge/ Discharge Snubber Balancing / Sharing Inrush Crowbar / Clamping Voltage divider Limiting Emitter circuits O V PHD VT RCC Wire wound Wirewound Wirewound Wirewound Carbon Comp Air cooled Air cooled Air cooled Air cooled Through Hole 30W–380W 30W–380W 200W–750W 30W–380W 0.25W–0.5W High pulse load resistor High pulse, harsh environments High pulse load resistor High pulse, harsh environments High Pulse Mulder-Hardenberg B.V., The Netherlands Tel.: +31 (0)23 - 531 91 84 infonl@m-h.biz Mulder-Hardenberg N.V., Belgium Tel.: +32 (0)3 - 660 13 20 infobe@m-h.biz Mulder-Hardenberg GmbH, Germany Tel.: +49 (0)6192 - 97 91 85 www.mulder-hardenberg.com infode@m-h.biz EXCEEDING EXPECTATIONS WIND TURBINES The rapid growth in renewable energy systems, particularly Wave, Solar and Wind-power, continues to create demand for power components. One example of ARCOL bespoke design is fitted as part of converter electronics in a number of wind generator designs connecting the ‘clean’ energy source to the grid. Power Resistors for Wind Turbines; Application example: The ARCOL HS resistors are used in AC-DC-AC IGBT-based PWM converters for voltage sharing and dc link discharge. The resistor is selected to force voltage sharing across the capacitor bank by setting the current through the resistor to be several times the current through the 12 paralleled capacitors. The resistors also act as a discharge circuit across the DC Link capacitor bank. The ARCOL product range has characteristics tailored, and ideally suited to these applications. THEMIS PROJECT Have you ever wondered where that HS50, HS100 or HS200 has gone? Well it has actually gone into space! Some ARCOL resistors are being used in the NASA ‘Themis’ project in America. The units are used as heat sources and have to operate in the vacuum of space. THEMIS is a mission to investigate what causes auroras in the Earth’s atmosphere to dramatically change from slowly shimmering waves of light to wildly shifting streaks of colour. Discovering what causes auroras to change will provide scientists with important details on how the planet’s magnetosphere works and the important Sun-Earth connection. If you are interested to know more – please go to http://www.nasa.gov/mission_pages/themis/ main/index.html Key attributes: High transient resistance and a wide range of pulse capabilities matched to the application with both high reliability and power density. They are available with a variety of terminal types and mountings to best suit customer requirements. Mulder-Hardenberg B.V., The Netherlands Tel.: +31 (0)23 - 531 91 84 infonl@m-h.biz Mulder-Hardenberg N.V., Belgium Tel.: +32 (0)3 - 660 13 20 infobe@m-h.biz Mulder-Hardenberg GmbH, Germany Tel.: +49 (0)6192 - 97 91 85 infode@m-h.biz www.mulder-hardenberg.com
