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    Untitled

    Abstract: No abstract text available
    Text: TP Series High Energy Thick Film on Alumina Substrate F e at u r e s • High-Temp Terminal Construction • Wide Resistance Range • Low Inductance 50nH100nH • High Power Density • Easy to install. PC-mountable TP Series high energy resistors offer the user the


    Original     		PDF 50nH100nH) TP810PW4K50JE TP810PW10R0JE TP810PW20R0JE TP810PW50R0JE TP810PW100RJE TP810PW470RJE TP810PW1K00JE TP810PW4K70JE TP810PW10K0JE

    100uF capacitor

    Abstract: No abstract text available
    Text: Thick film Radial High Energy/ Surge TP Series High Energy Thick Film on Alumina Substrate F e at u r e s • High-Temp Terminal Construction • Wide Resistance Range • Low Inductance 50nH100nH • High Power Density • Easy to install. PC-mountable


    Original     		PDF 50nH100nH) 508mm) TP810PW4K50JE TP810PW10R0JE TP810PW20R0JE TP810PW50R0JE TP810PW100RJE TP810PW470RJE TP810PW1K00JE TP810PW4K70JE 100uF capacitor

    Untitled

    Abstract: No abstract text available
    Text: TP Series High Energy Thick Film on Alumina Substrate F e at u r e s • High-Temp Terminal Construction • Wide Resistance Range • Low Inductance 50nH100nH • High Power Density • Easy to install. PC-mountable TP Series high energy resistors offer the user the


    Original     		PDF 50nH100nH) TP810PW4K50JE TP810PW10R0JE TP810PW20R0JE TP810PW50R0JE TP810PW100RJE TP810PW470RJE TP810PW1K00JE TP810PW4K70JE TP810PW10K0JE

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: SPECIFICATIONS Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling


    Original     		PDF 2K50J 3K00J 4K00J 4K70J 5K00J 5K10J 7K50J 10K0J 15K0J 18K0J

    transistor SMD 352a

    Abstract: capacitor 33j 6kv 12w SOT 23 package marking code smd transistor marking 12W 33J 6KV smd 352A 25 ohm 3 watt rheostat United Chemi-Con SME series United Chemi-Con KMC capacitor 6kv 22j
    Text: POWER RESISTORS CURRENT SENSE HIGH VOLTAGE HIGH ENERGY HEAT SINKABLE SURFACE MOUNT COMPONENT SELECTOR 4000G Revised July 16, 2010 1600 Golf Road, Suite 850 | Rolling Meadows, IL 60008 Phone: 866-964-6483 Fax: 847-574-7522 ohmite.com email: sales@ohmite.com


    Original     		PDF 4000G MIL-R-22 MIL-R-26 RW20V RW21V RW22V RW23V RW24V RW29V/N transistor SMD 352a capacitor 33j 6kv 12w SOT 23 package marking code smd transistor marking 12W 33J 6KV smd 352A 25 ohm 3 watt rheostat United Chemi-Con SME series United Chemi-Con KMC capacitor 6kv 22j

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/ in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/ in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling


    Original     		PDF 1-866-9-OHMITE

    5R00J

    Abstract: TA810 TA203 TA205 TA207 TA303 TA310
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE 5R00J TA810 TA203 TA205 TA207 TA303 TA310

    5R00J

    Abstract: ta207 100rj 50w 100rj TA303 50000 ohm 55 watt
    Text: Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling


    Original     		PDF 270RJ 300RJ 470RJ 620RJ 680RJ 1K00J 1K50J 1K80J 2K00J R250J 5R00J ta207 100rj 50w 100rj TA303 50000 ohm 55 watt

    Untitled

    Abstract: No abstract text available
    Text: TA Series Power Chip Thick Film on Alumina Substrate Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is


    Original     		PDF 1R50J 2R00J 4R70J 5R00J 5R10J 7R50J 8R20J 10ROJ 11R0J 12R0J

    ta303pa

    Abstract: TA810PW TA310P TA205P
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE ta303pa TA810PW TA310P TA205P

    LTA810

    Abstract: TA025 TA303PA ta207 TA305 L1085
    Text: Thick Film Alumina TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is


    Original     		PDF

    Untitled

    Abstract: No abstract text available
    Text: TP Series High Energy Thick Film on Alumina Substrate F e at u r e s TP Series high energy resistors offer the user the benefits of non-inductive performance and high power density. As an added feature, they provide the impulse energy capability normally associated


    Original     		PDF 50nH100nH) TP810PW4K50JE TP810PW10R0JE TP810PW20R0JE TP810PW50R0JE TP810PW100RJE TP810PW470RJE TP810PW1K00JE TP810PW4K70JE TP810PW10K0JE

    300RJ

    Abstract: TA203 TA205 TA207 TA303 TA310 TA810
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE 300RJ TA203 TA205 TA207 TA303 TA310 TA810

    transistor SMD 352a

    Abstract: smd 352A capacitor 6kv 22j ge 205a 0201 footprint RW67V 12w SOT 23 package marking code SPECIFICATION OF SCR 207A CC21AA-D22W-OFA 353A
    Text: POWER RESISTORS CURRENT SENSE HIGH VOLTAGE HIGH ENERGY HEAT SINKABLE SURFACE MOUNT COMPONENT SELECTOR 4000G Revised January 8, 2009 1600 Golf Road, Suite 850 | Rolling Meadows, IL 60008 Phone: 866-964-6483 Fax: 847-574-7522 ohmite.com email: sales@ohmite.com


    Original     		PDF 4000G MIL-R-22 MIL-R-26 RW20V RW21V RW22V RW23V RW24V RW29V/N transistor SMD 352a smd 352A capacitor 6kv 22j ge 205a 0201 footprint RW67V 12w SOT 23 package marking code SPECIFICATION OF SCR 207A CC21AA-D22W-OFA 353A

    300RJ

    Abstract: TA203 TA205 TA207 TA303 TA310 TA810
    Text: TA Series Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/ in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 15K0J 18K0J 20K0J 30K0J 39K0J 50K0J 75K0J 100KJ 150KJ 200KJ 300RJ TA203 TA205 TA207 TA303 TA310 TA810

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/ in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: TA Series Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is maximized by the planar package


    Original     		PDF 1-866-9-OHMITE

    Untitled

    Abstract: No abstract text available
    Text: TA Series Power Chip Thick Film on Alumina Substrate Ohmite’s original Power Chip resistors feature our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling is


    Original     		PDF 1R50J 2R00J 4R70J 5R00J 5R10J 7R50J 8R20J 10ROJ 11R0J 12R0J

    Untitled

    Abstract: No abstract text available
    Text: Ohmite’s original Power Chip resistors are designed from our thick film on alumina substrate technology. These planar packages yield space saving, 10W/in2 power densities that require over 50% less board space than other radial packages. Convection cooling


    Original     		PDF