CM252016 Search Results

Contextual Info: MATERIAL DATA SHEET Material CM252016 Series Product Line Wirewound Chip Inductor Date 19-July-2004 No. Construction Element Material Group Material Weight g 1 Core Ferrite 0.005 2 Solder Internal Connection 0.001 3 4 330K Pad Solder Plate Terminal Electrode

Contextual Info: NT IA PL † Ro HS CO M Chip Inductors Model PM1008M Series is obsolete and not recommended for new designs. Model CM252016 is preferred. Part Number Special Features • Molded construction for high reliability and superior environmental protection • High resistance to solder heat, moisture

CF252016-R10K

Abstract: CF252016-R12K CF252016-R15K CF252016-R18K CF252016-R22K CF252016-R27K CF252016-R33K CF252016-R39K
Contextual Info: The CF252016 Series is currently available, although not recommended for new designs. Model CM252016 is preferred. PL IA NT Features CO M • 1008 size *R oH S ■ Magnetic shielding ■ High Q characteristics Applications ■ High current ■ Prevention of electromagnetic

srf 10-15

Abstract: CI201210 CW160808 CW201212 CW252016
Contextual Info: Bourns Chip Inductors - Wirewound and Laser-cut 22 0K Model 22 0K CM453232 22 0K CM322522 22 0K CM252016 CM201212 Technology Description Wirewound Ferrite Sealed PREFERRED Size: 4.5 x 3.2 x 3.2 mm; Wirewound Ferrite Sealed PREFERRED Size: 3.2 x 2.5 x 2.2 mm;

Contextual Info: NT IA PL † Ro HS CO M Chip Inductors Model PM1008M Series is currently available, although not recommended for new designs. Model CM252016 is preferred. Part Number Special Features • Molded construction for high reliability and superior environmental protection

Contextual Info: The CF252016 Series is no longer available and not recommended for new designs. Model CM252016 is preferred. PL IA NT Features CO M • 1008 size *R oH S ■ Magnetic shielding ■ High Q characteristics Applications ■ High current ■ Prevention of electromagnetic

CW252016-LAB1

Abstract: CW201210
Contextual Info: Bourns Surface Mount Chip Inductor Capability Matrix Product Selection Guide Technology Model Wirewound CE201210 CF252016 CF322513 CF453215 CI100505 CI160808 CI201210 CS160808 CS201212 CS321613 CW160808 CW201212 CW252016 CM100505 CM160808 CM201212 CM252016

Contextual Info: The CF252016 Series is no longer available and not recommended for new designs. Model CM252016 is preferred. PL IA NT Features CO M • 1008 size *R oH S ■ Magnetic shielding ■ High Q characteristics Applications ■ High current ■ Prevention of electromagnetic

CI100505

Abstract: CI160808 CI201210 CS160808 CS201212 CS321613 CW201212 CW252016 1610NH Selection Guide
Contextual Info: Bourns Surface Mount Chip Inductor Capability Matrix Product Selection Guide Technology Model Wirewound Multilayer CI160808 CI201210 CS160808 CS201212 CS321613 CW252016 CM100505 CM160808 CM201212 CM252016 CM322522 CM453232 Open Shielded Sealed • • •

DS1304

Abstract: aem r10k SMP3316-103M ds1303 renco 4r7 SMTDR54-120M smtdr75 SMTDR75-680K SMTDR75-221K MLF1608A1R0KT
Contextual Info: Bourns P/N CI100505-1N0D CI100505-1N2D CI100505-1N5D CI100505-1N8D CI100505-2N2D CI100505-2N7D CI100505-3N3D CI100505-3N9D CI100505-4N7D CI100505-5N6D CI100505-6N8J CI100505-8N2J CI100505-10NJ CI100505-12NJ CI100505-15NJ CI100505-18NJ CI100505-22NJ CI100505-27NJ

4n7m

Abstract: CM322522-820JL SDR0604 SRR1260-681K bourns inductors PM1210-R27J PM40-1R2K SRR4018-100Y 2n2m pm1355
Contextual Info: INDUCTIVE COMPONENTS Bourns Manufacturers Representatives Corporate Distributor Product Managers Americas Sales Team Asia Sales Team Europe Sales Team Bourns Internal Bourns Plant Managers June 2007 UPDATE - Bourns Inductors Replacing JW Miller Models The current summary of Bourns® inductor models that will be replacing JW Miller models is attached.

CM10

Abstract: CM25 CM32 CM45
Contextual Info: NT 0K IA PL 22 M Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 uH ■ Lead free ■ ■ *R oH S CO Features

Contextual Info: NT 0K IA PL 22 M Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 µH ■ RoHS compliant* ■ ■ *R oH S CO

Contextual Info: NT 0K IA PL 22 M Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 µH ■ RoHS compliant* ■ ■ *R oH S CO

DR332-xxxAE

Abstract: PT61023EL PT61020L bourns lm np 1005L SRU8043 SM540-1 LM-LP-1165 CW10 LM-NP LM-LP-1001
Contextual Info: April, 2005 Manufacturers Representatives Corporate Distributor Product Managers Americas Sales Team Asia Sales Team Europe Sales Team Bourns Internal TS E TIV ONEN C U P IND COM Bourns Transformers Now Available in Lead Free Versions CORRECTIONS The following part numbers incorrectly showed the addition of the “L” suffix to indicate the lead free

DR332-xxxAE

Abstract: CM10 CM25 CM32 CM45 CS20 CS32 CW20 SDR1005-xxxX SDR1806-XXXX
Contextual Info: May, 2005 Manufacturers Representatives Corporate Product Line Managers Americas Sales Team Asia Sales Team Europe Sales Team Bourns Internal TS E TIV ONEN C U P IND COM - REMINDER Lead Free Chip Inductors and Power Inductors Replace Tin-Lead Versions after June 30, 2005

4n7j

Abstract: CM25 CM32 CM45 CM10
Contextual Info: NT 0K IA PL 22 M Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 uH ■ Lead free ■ ■ *R oH S CO Features

33nj

Abstract: CM10 CM25 CM32 CM45 WCM45
Contextual Info: 0K PL IA NT Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 µH ■ RoHS compliant* ■ ■ *R oH S 22 CO M

47nJ

Abstract: 33nj 4n7m 6N8J CM453232-101K CW160808-68NJ CW252016-R47J CI100505-4N7D CM453232-100K SRU5028-2R2Y
Contextual Info: Bourns - Design Kits - Inductive Components Page 1 of 3 Design Kits - Inductive Components Bourns products include surface-mount chip inductors, power chokes, chip beads, chip bead arrays, as well as radialleaded and axial-leaded inductors. These components are used in computer, communication, instrumentation,

CM10

Abstract: CM25 CM32 CM45
Contextual Info: NT 22 0K IA PL M Applications High resistance to heat and humidity • Resistance to mechanical shock and pressure ■ Accurate dimensions for automatic surface mounting ■ Wide inductance range 1.0 nH to 1000 uH ■ Lead free ■ ■ *R oH S CO Features

CM45-LAB1

Abstract: SDR0604-221K SDR0604-101K 4n7J SEC 101K
Contextual Info: Bourns STM Inductors and Kits Visit BournsÕ website at www.bourns.com CM Series Kits and Chip Inductors Inductor Kits These kits offer a wide range of inductive values with a large quantity of each value in convenient and easy to use packaging and allow application testing by research and development or engineering. All Bourns SMT Inductors are

Contextual Info: Features • 22 0K ■ ■ ■ Applications High resistance to heat and humidity Resistance to mechanical shock and pressure Accurate dimensions for automatic surface mounting Wide inductance range 1.0nH to 1000uH ■ ■ ■ Mobil phones Cellular phones

PM43-390K

Abstract: SRR4028-220Y CF453215-330K pm1812g-330k 2n2m ta7136 CM322522-820JL ic0808 datasheet PM1210-R27J PM1812-101J
Contextual Info: INDUCTIVE COMPONENTS Bourns Manufacturers Representatives Corporate Distributor Product Managers Americas Sales Team Asia Sales Team Europe Sales Team Bourns Internal Bourns Plant Managers February, 2008 * REMINDER * Bourns Inductors Replacing JW Miller Models

PM105

Abstract: CF453215-330K 27nm PM105SB-101K PM1210-R27J PM40-1R2K 6000-100K-RC 6000-1R0M-RC 6000-4R7M-RC SDR0403-1R4ML
Contextual Info: INDUCTIVE COMPONENTS Bourns Inductors to JW Miller® Inductors Cross Reference Booklet Riverside, California - December 4, 2007 - In order to assist customers in the transition from the JW Miller® inductor models that are being replaced by Bourns® inductor models on OCTOBER 1, 2008,