Innovative Sensor Technology, USA Division
P1K0.161.6W.A.010 P1K0.161.6W.B.010 IST_HYT_LCDMODUL P0K1.161.6W.A.010 B.Z.A.IDC.4.030.ECC SFS01 EVAL. KIT P1K0.0805.2P.B K5_5 (200PF +/-50PF) SFS01 P1K0.1206.2P.B ND1K0.520.2FW.B.007 P14-W_5 (150PF +/-50PF) SIX.050.045.100.N.C.U LFS1K0.1505.6W.B.010-6 B.IV4.G.1X.IDC P0K1.161.6W.B.010 B.LV5.GL.C010.ST.L050.ECC.R TSIC 306 TO92 HYT 221 MFS02.S TSIC 306 SOP-8 153435 BOARD WITH REAL PROBE SENSORS P0K1.0805.2P.A.S P0K1.0805.1FC.B.S P0K1.232.2I.B.1000-3 PW1K0.216.7W.A.007 P0K1.161.6W.K.010 P0K1.1206.2P.B LFS1K0.1107.2I.B.070-6.S P1K0.520.6W.Y.010 FS7.0.1L.195 P0K1.232.6W.B.010 P0K1.1206.2P.B.S P1K0.520.6W.B.010 P1K0.1206.2P.A.S P0K1.1206.2P.A.S HYT.271.P.0.SKSAS_5 GLOBTOP P0K1.232.2I.B.050 TSIC 501F TO92 P0K1.516.7W.B.010 P1K0.1206.2P.B.S P1K0.0805.1FC.B.S HYT 939 TSIC 506F TO92 P0K1.161.6W.Y.010 P0K1.232.3K.B.010.M.U MK33-W (300PF +/-40PF) P0K1.232.6W.A.010 P14 FEMTOCAP-G_5 P1K0.0805.2P.A MFS02.PSTD.0 P0K1.202.3K.B.010 P0K1.1206.2P.A P0K1.520.6W.A.010 FS2T.0.1E.025 P1K0.232.6W.K.010 P0K1.281.6W.B.007.R P0K1.520.6W.B.010 P0K1.0805.2P.B P0K1.0805.2P.B.S P0K1.161.1E.B.200 LFS1K0.1710.6W.B.010-6 MFS02.PEXP.0 P1K0.232.6W.B.010 P0K1.232.6W.Y.010 LFS1K0.1305.6W.B.010-6 OOLTHERMALMASSFLOWSENSOR P14 2FW THERMO_5 (P0K1) IST_A05_FLOWMODUL MIT MFS02 P1K0.308.7W.B.007 NL1K0.520.2FW.B.007 P10K.520.6W.B.010.D P0K1.520.6W.Y.010 OOL DEMO UNIT V2.0 PU1K0.232.6W.B.010 P1K0.520.6W.A.010 P1K0.0805.2P.A.S P0K1.0805.2P.A P1K0.1206.2P.A P0K1.0805.1FC.B TSIC 716 TO92 P14 RAPID-W_5 (140 +/-40PF) P1K0.232.6W.A.010 BOARDWITH6MMOOLSENSOR P0K1.202.3K.A.010 P0K1.232.4SW.B.010 PW0K1.216.7W.A.007 P1K0.232.6W.Y.010 P1K0.0805.1FC.B HYT939P(16BAR) P0K1.281.2K.B.150.R.S P1K0.161.6W.Y.010 RPT0K1.625.2K.A.385-4.H P0K1.232.4W.K.010 FS FLOWMODULE P1K0.0805.2P.B.S P14 RAPID 2_5 FS7.A.1L.195 CPP1 180 ZM KIT CPP1180ZMPUMP MP.PD1.JSM.2.33 CPP11000ZMPUMP MP.PD1.JSM.4.33 P1K0.0805.2ST.C P0K1.0805.2ST.C.S P1K0.0805.2ST.A.S P0K5.0805.2ST.B P0K5.0805.2ST.C P1K0.0805.2ST.B P0K1.0805.2ST.A P0K5.0805.2ST.A P1K0.0805.2ST.C.S P0K1.0805.2ST.C P0K1.0805.2ST.B.S P1K0.0805.2ST.A P0K5.0805.2ST.B.S P0K1.0805.2ST.A.S P1K0.0805.2ST.B.S P0K1.0805.2ST.B P0K5.0805.2ST.A.S P1K0.0805.2P.K P0K1.0805.2P.C P0K5.0805.2P.C P0K5.0805.2P.B.S P1K0.0805.2P.K.S P0K5.0805.2P.A.S P0K5.0805.2P.A P1K0.0805.2P.C.S P0K1.0805.2P.C.S P0K5.0805.2P.B P1K0.0805.2P.C
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Frequently Asked Questions
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1. What does 3M stand for?
2002 – Centennial Name Change. As 3M employees celebrated 3M's centennial anniversary, “3M Company” becomes the legal name for 3M—originally incorporated as Minnesota Mining and Manufacturing Company.
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2. Where is 3M Company from?
Two Harbors, Minnesota, United States
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3. Is 3M unionized?
He served until 1977. 3M was proud of its good management-employee relationships. ... Since 1999, unionized employees have been represented by the United Steelworkers.
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4. Are all 3M products made in USA?
It's very difficult to find American-made products these days, but St. Paul, Minnesota based 3M Company, is striving to make it easier. 3M products used mostly by the U.S. electrical industry are made in places such as New Ulm and Hutchinson, MN and Chelmsford, MA.
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5. Is Scotch owned by 3M?
The Scotch brand, Scotch Tape and Magic Tape are registered trademarks of 3M.
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6. What is 3M famous for?
3M Company is known for its culture of innovation and investment in research and development which has resulted in the invention of many new products for both the industrial and consumer markets.
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7. How many patents does 3M hold?
How many patents does 3M hold? Technology and innovation are at the heart of 3M – the company has been granted more than 118,000 patents, and each year, more than 4,000 new patents are issued to 3M worldwide.
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8. Why is 3M so successful?
The root of 3M's success is its business model; to foster organic growth by inventing entirely new, market-changing products. ... In order to foster this growth, 3M has always emphasized the important of research and development (R&D) to which the company dedicates six percent of its yearly revenue.
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