SRF2012-670YA

Contextual Info: PL IA NT CO M *R oH S Features Applications • High impedance value ■ Noise suppression ■ Current rating up to 400 mA ■ Personal computers ■ RoHS compliant* and halogen free* ■ Display panels SRF2012A Series - Common Mode Chip Inductors Electrical Specifications

LCD30

Abstract: PM0805CM-121-RC PM0805CM-900-RC
Contextual Info: NT IA PL † Ro HS CO M Common Mode Chip Inductors Model PM0805CM & PM1206CM Series are obsolete, and not recommended for new designs. Models SRF2012 & SRF3216 are preferred. PM0805CM/PM1206CM Series Common mode DCR Impedance Ω (Ω) Idc* ±25 % Max. (mA)

LCD30

Abstract: PM0805CM-121-RC PM0805CM-900-RC
Contextual Info: NT IA PL † Ro HS CO M Common Mode Chip Inductors Model PM0805CM & PM1206CM Series are currently available, although not recommended for new designs. Models SRF2012 & SRF3216 are preferred. PM0805CM/PM1206CM Series Common mode DCR Impedance Ω (Ω) Idc*

Contextual Info: MOSPEC SRF20120 Switchmode Full Plastic Dual Schottky Barrier Power Rectifiers SCHOTTKY BARRIER RECTIFIERS Using the Schottky Barrier principle with a Molybdenum barrier metal. These state-of-the-art geometry features epitaxial construction with oxide passivation

Contextual Info: MATERIAL DECLARATION SHEET Material Number SRF2012 Series Product Line SMD LINE FILTER Compliance Date 01-July-2007 RoHS Compliant Yes No. 1 Construction Element subpart CORE MSL Homogeneous Material 1 Material weight [mg] FERRITE CORE 11.86 2 ADHESIVE UV glue

SRF20120CE

Abstract: SRF20120C
Contextual Info: MOSPEC SRF20120CE Switchmode Full Plastic Dual Schottky Barrier Power Rectifiers SCHOTTKY BARRIER RECTIFIERS Using the Schottky Barrier principle with a Molybdenum barrier metal. These state-of-the-art geometry features epitaxial construction with oxide passivation

SRF2012-121Y

Abstract: SRF2012-161Y SRF2012-181Y SRF2012-201Y SRF2012-221Y SRF2012-261Y SRF2012-300Y SRF2012-301Y SRF2012-670Y SRF2012-900Y
Contextual Info: *R o *R HS oH CO S MP CO L M IAN PL T IA NT Features Applications • High impedance value ■ Noise suppression ■ Current rating up to 450 mA ■ Personal computers ■ RoHS compliant* ■ Display panels SRF2012 Series - Common Mode Chip Inductors Electrical Specifications

Contextual Info: NT IA CO M PL *R oH S Features Applications • High impedance value ■ Noise suppression ■ Current rating up to 400 mA ■ Personal computers ■ RoHS compliant* and halogen free* ■ Display panels SRF2012A Series - Common Mode Chip Inductors Electrical Specifications

Contextual Info: MOSPEC SRF20120 Switchmode Full Plastic Dual Schottky Barrier Power Rectifiers SCHOTTKY BARRIER RECTIFIERS Using the Schottky Barrier principle with a Molybdenum barrier metal. These state-of-the-art geometry features epitaxial construction with oxide passivation

Contextual Info: *R o *R HS oH CO S MP CO L M IAN PL T IA NT Features Applications • High impedance value ■ Noise suppression ■ Current rating up to 450 mA ■ Personal computers ■ RoHS compliant* ■ Display panels SRF2012 Series - Common Mode Chip Inductors Electrical Specifications

SRF2012-900Y

Abstract: SRF2012-371Y SRF2012-121Y SRF2012-161Y SRF2012-181Y SRF2012-201Y SRF2012-221Y SRF2012-261Y SRF2012-300Y SRF2012-301Y
Contextual Info: *R o *R HS oH CO S MP CO L M IAN PL T IA NT Features Applications • High impedance value ■ Noise suppression ■ Current rating up to 450 mA ■ Personal computers ■ RoHS compliant* ■ Display panels SRF2012 Series - Common Mode Chip Inductors Electrical Specifications

Contextual Info: SRF20120CT ITO-220AB 0.190 4.75 0.415(10.54) 0.145(3.55) 0.165(4.25) 0.128(3.25) Max Plastic package Underwriters Laboratory Flammability Classification 94V-0 0.130(3.31) DIA 0.110(2.81) Dual rectifier construction, positive center tap Metal silicon junction

srf20120c

Contextual Info: MOSPEC SRF20120C Switchmode Full Plastic Dual Schottky Barrier Power Rectifiers SCHOTTKY BARRIER RECTIFIERS Using the Schottky Barrier principle with a Molybdenum barrier metal. These state-of-the-art geometry features epitaxial construction with oxide passivation

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.

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

PM1206CM-222-RC

Abstract: SRR0905 PM42S-100 SRR4028-220Y
Contextual Info: INDUCTIVE COMPONENTS Bourns Inductive Components Product Line Adds 10 New Inductors Riverside, California - August 31, 2007 - Bourns® Inductive Components Product Line expands the inductive products offering with the addition of 10 inductors – eight power inductors and two line

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,

3n3J capacitor

Abstract: capacitor 10nj capacitor 10nj 250 47nj capacitor capacitor 33nj SRU2013-1R0Y CS160808-R12K 6N8J capacitor pm42s 096 SRF05
Contextual Info: Bourns Surface Mount Power Inductors and Common Mode Chokes Product Selection Guide - 2010 BOURNS® Index Inductors - Typical Applications .2 Overview - Chip Beads, Chip Inductors & Through-Hole Inductors .3

ic0808

Abstract: 100nj ic0808 datasheet PM20 PM40 4n7j
Contextual Info: 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 on October 1, 2008

panel link

Contextual Info: Common Mode Chip Inductors Special Features • High common mode impedance • Excellent noise suppression performance • Small size, low profile • Rated voltage: 50VDC • Withstanding voltage: 125VDC • Insulation resistance: 10M Ω min. • Operating temperature: -55 to +125°C

CV201210-R047K

Abstract: MH2029-101Y 470nj CI100505-2N7D CV201210-R085K PMC1206-600 CM32 CM45 220nj CM252016-101KL
Contextual Info: MAGNETICS Revision 1 Update - Optimization Plan Magnetics - July, 2009 Riverside, California - December 3, 2009 - This is a revision for the suggested alternative models for the following: PM1210G alternative was CF322513 PM1812G alternative was CF453215 new is CM322522

PM0805-6N8M

Abstract: SRR6038-100Y PA0496.01
Contextual Info: Bourns Manufacturers Representatives Corporate Distributor Product Managers Americas Sales Team Asia Sales Team Europe Sales Team Bourns Internal Bourns Plant Managers April, 2008 * REMINDER * Bourns Inductors Replacing JW Miller Models on October 1, 2008

IC1007

Abstract: CE201210-2N7D MU3261-152Y 47nJ
Contextual Info: MAGNETICS *REMINDER* Bourns Inductor Optimization Plan Takes Effect on April 1, 2010 Riverside, California - March 3, 2010 - This is a reminder for the Bourns® Inductor Optimization Plan which will take effect on April 1, 2010. The last time buy date for the models being phased out is March 31, 2010.

CM322522-820JL

Abstract: CV201210-1R8K SDR0604-330KL PM105SB-471K-RC 6000-1R0M-RC SDR0403-2R7ML PM20-8R2K-RC SRR1280-331KL SRR1260-681K SDR0604-180YL
Contextual Info: Bourns Inductive Components Cross Reference Guide JW Miller Inductors To be Replaced by Bourns Inductors on October 1, 2008 JW Miller to Bourns Cross Reference <1> Not identical cross. See data sheet for details. Note: Non-matching tolerance is not considered in crosses.