EMI Suppression Filters (Lead Type EMIFILr)

Transcription

1 EM Suppression Filters (Lead Type EMFLr) Cat.No.C3E-1

2 EU RoHS Compliant All the products in this catalog comply with EU RoHS. EU RoHS is "the European Directive 2/95/EC on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment." For more details, please refer to our website 'Murata's Approach for EU RoHS' (

3 CONTENTS EMFLr,, "EMFL" and "EMGUARD" in this catalog are the trademarks of Murata Manufacturing Co., Ltd. Product Guide / Effective Frequency Range 2 Outline of EM Suppression Filters (EMFLr) for DC Line 3 opart Numbering 7 BL1/2/3 Series 8 opart Numbering 11 DSN6/DSS6 Series 12 Broad Band Type DSN9/DSS9/DST9 Series 15 Heavy-duty Type DSN9H/DSS9H/DST9H Series 18 opart Numbering 21 VFR3V/VFS6V/VFS9V Series 22 onoise Suppression Effect of VFR/VFS Series 25 opart Numbering 29 PLT9H Series

4 Product Guide/Effective Frequency Range Type Ferrite Bead nductor Series BL1/2/3 DSN6/9(H) DSS6/9(H) DST9(H) Dimensions Effective Frequency Range (mm) EA 1kHz khz 1MHz 1MHzMHz 1GHz 1GHz (EM Filters with varistor functions) VFR3V VFS6V/9V PLT9H 2

5 Outline of EM Suppression Filters (EMFLr) for DC Line oferrite Bead nductor Ferrite Bead nductor...p.8 1 BL1 BL2RN1 BL2RN2 BL3RN2 " Chip Ferrite Beads are effective for frequencies ranging from a few MHz to a few GHz. Chip Ferrite Beads are widely used as a low noise countermeasure, as well as a universal noise suppression component. " Chip Ferrite Beads produce a micro inductance in a low frequency range. At high frequencies, however, the resistive component of the inductor produces the primary impedance. When inserted in series in the noise producing circuit, the resistive impedance of the inductor prevents noise propagation. Equivalent Circuit R(f) mpedance - Frequency Characteristics (typical) mpedance (Ω) 6 4 Z R X R: Real Part (Resistive Portion) X: maginary Part (nductive Portion) 3

6 Outline of EM Suppression Filters (EMFLr) for DC Line o...p.12 DS-6 DS-9 DS-9H " This capacitor type EM suppression filter has a large noise suppression effect at frequencies ranging from a few MHz to hundreds of MHz. This type of filter is used widely as a universal, high performance EM suppression component. " Three-terminal construction reduces residual inductance, thereby substantially improving noise suppression at frequencies over 1MHz. Comparison of nsertion Loss Characteristics nsertion Loss (db) 4 6 C=2pF Three-Terminal Capacitor (Built-in Bead) (DSS9HB32E222Q55) Two-Terminal Capacitor Three-Terminal Capacitor (DSN9HB32E222Q55) deal Characteristics of Capacitor A three-terminal capacitor has a higher self resonance frequency than a general two-terminal type and exhibits effective noise suppression at high frequency. 4

7 Outline of EM Suppression Filters (EMFLr) for DC Line o...p VFR3V VFS6V VFS9V " eliminates both surge noise and EM noise due to its dielectric varistor material. " Effective when high frequency noise and high voltage surge suppression are required, and also in situations when surging starts at extremely high speeds. This type of surging cannot be eliminated with general type varistors. Construction of (VFS9V),Varistor Electrode Ferrite Lead!Surge Absorption Effect of Type of Filter Surge Absorption Effect of 4kV No filter 5V /div 1kV ns 5ns/div 4ns 4kV Three-terminal capacitor is used to suppress the surge. 5V /div 1kV ns 5ns/div 4ns 4kV is used to suppress the surge. (VFS6V) 5V /div 1kV ns 5ns/div 4ns 5

8 Outline of EM Suppression Filters (EMFLr) for DC Line ocommon Mode Choke Coil Common Mode Choke Coil...p.3 PLT9H " These choke coils reduce common mode noise, which causes problems on balanced transmission lines, and are effective against common mode noise in the several MHz to several MHz frequency range. They are ideally suited for noise suppression on DC power supply lines and interface cables. Construction of Common Mode Choke Coil Current of Common Mode (Noise) Current of Differential Mode (Signal) Equivalent Circuit 6

9 EM Suppression Filters (Lead Type EMFLr) Part Numbering (Part Number) qproduct D Product D BL wseries ebeads Core Material RN rnumbers of Beads Core 1 2 tlead Type A1 A2 R1 R2 R3 BL q 2 w RN e 2 R1 M 2 B r t y u i Series Beads ø3.6 Beads ø3.4 Beads ø2.3 max. Beads Core Material Standard Type Numbers of Beads Core 1 2 Lead Type Series Axial Straight Type BL1 Axial Crimp Type BL1 Radial Straight Type BL2/BL3 Radial Straight and Wave Formed Leads Type BL2 Radial ncrimp Type BL2 ylead Length, Space Lead Length, Space Series A Bulk, Axial Type, 3.7mm D Bulk, Axial Type, 45.mm E Taping, Axial Type, 26.mm BL1 F Taping, Axial Type, 52.mm J Bulk, Radial Type, 5.mm M Bulk, Radial Type, 1.mm N Taping, Radial Type, 16.5mm BL2/BL3 P Taping, Radial Type, 18.5mm Q Taping, Radial Type,.mm ulead Diameter Lead Diameter 1 ø.6mm 2 ø.65mm i Series A B J Ammo Pack Bulk Paper Reel (ø3mm) BL1/BL2/BL3 All Series BL1 7

10 EM Suppression Filters (Lead Type EMFLr) BL1/2/3 Series BL1/BL2/BL3 Series Features BL1/2/3 series are ferrite beads with lead wires to produce a high frequency loss for suppression of noise. They are simply constructed and easy to use, effective for low impedance circuits such as power supplies and grounds. Effective also for preventing overshoot and undershoot of digital signal in clocks or the like, and suppressing the higher harmonic wave. Suitable for prevention of abnormal oscillation at high frequency amplifying circuits. BL1RN1A2A2B ø.65 1±1. 5.±.3 Coating extending on leads : 1.5 max. 3.7±1. ø3.6±.15 (in mm) BL1RN1A1D2B BL2RN1R2M2B 7.5 max. 1.±1. ø3.6±.15 ø.65 min. 5.±.3 min. 45 min. Coating extending on leads : 1.5 max. (in mm) 7.5 max. ø3.4± min. ø.65 5.±.8 There is excess bond stick on the wire. (in mm) 9. max. ø3.4±.2 BL2RN1R3J2B 12. max. 5.±1. 8. max. ø3.4±.2 5.± min. ø.65 There is excess bond stick on the wire. (in mm) 9. max. ø3.4±.2 BL2RN2R1M2B 7.5 max. 1.±1. 5.± max. 15. min. ø.65 (in mm) ø2.3 max. BL2RN2R3J2B 12. max. 5.±1. 5.± min. ø.65 BL3RN2R1M1B 6.5 max. 1.±1. 5.± min. ø.6 (in mm) (in mm) 8

11 Part Number Rated Current (A) Operating Temperature Range BL1RN1A1D2B 7-4 to +85 C BL1RN1A1E1A 6-4 to +85 C BL1RN1A1F1J 6-4 to +85 C BL1RN1A2A2B 7-4 to +85 C BL2RN1R2M2B 7-4 to +85 C BL2RN1R2N1A 6-4 to +85 C BL2RN1R2P1A 6-4 to +85 C BL2RN1R2Q1A 6-4 to +85 C BL2RN1R3J2B 7-4 to +85 C BL2RN1R3N1A 6-4 to +85 C BL2RN2R1M2B 7-4 to +85 C BL2RN2R1N1A 6-4 to +85 C BL2RN2R1P1A 6-4 to +85 C BL2RN2R1Q1A 6-4 to +85 C BL2RN2R3J2B 7-4 to +85 C BL2RN2R3N1A 6-4 to +85 C BL3RN2R1M1B 6-4 to +85 C BL3RN2R1N1A 6-4 to +85 C BL3RN2R1P1A 6-4 to +85 C BL3RN2R1Q1A 6-4 to +85 C Please refer to p.34, "" for Dimensions of Part Numbers except 'B' for the last code. Equivalent Circuit (Resistance element becomes dominant at high frequencies.) mpedance - Frequency Characteristics 16 BL1RN1 16 BL2RN1 mpedance (Ω) Z R X mpedance (Ω) Z R X Continued on the following page. 9

12 !Note Please read rating and!cauton (for storage, operating, rating, soldering, mounting and handling) in this catalog to prevent smoking and/or burning, etc. Continued from the preceding page. mpedance - Frequency Characteristics mpedance (Ω) BL2RN2 Z R X mpedance (Ω) BL3RN Z R X 1

13 EM Suppression Filters (Lead Type EMFLr) Part Numbering (Part Number) qproduct D Product D estyle DS wstructure N S T 6 9 rcategory N H ilead Type/o Q55B Q5B Q52B Q54B Q56B T41B T51B Q91J Q92J Q93J Q91A Q92A Q93A U21A U31A DS q Three-terminal Capacitor Structure No Ferrite Beads Type Built-in Ferrite Beads Type with Ferrite Beads Type Lead Type Straight ncrimp Straight ncrimp S 9 H B3 2E 271 Q55 B w e r t y u i o Style Diameter 8.mm max. Diameter 12.mm max. Category for General Use for Heavy-duty Lead Length* (mm) 25. min. 4.±.5 6.±1. 4.±.5 6.±1. 4.± min..± ± ±1..± ± ± ± ±1. *Lead Distance between Reference and Bottom Planes except Bulk. ttemperature Characteristics Bulk B3/P3 C5 T3 E5 F3 Z8 yrated Voltage Paper Reel (ø3mm) Ammo Pack 1C 1H 2A 2E Capacitance Change ±1% (Temperature Range: -25 C to +85 C) ±22% (Temperature Range: -25 C to +85 C) +/-3% (Temperature Range: -25 C to +85 C) +22/-56% (Temperature Range: -25 C to +85 C) +3/-% (Temperature Range: -25 C to +85 C) +3/-85% (Temperature Range: -1 C to +6 C) All series DST9N/H DST9N DSN6N/9N, DSS6N/9N, DSS9H DSS6N DSS9N/H DSp6N, DSN9N/H All series except DSS9N/H DSS6N Rated Voltage 16V 5V V 25V ucapacitance Expressed by three alphanumerics. The unit is in pico-farad (pf). The first and second figures are significant digits, and the third figure expresses the number of zeros that follow the two figures. Series 11

14 EM Suppression Filters (Lead Type EMFLr) DSN6/DSS6 Series Features DS_6 is a compact, high performance lead type EM suppression filter that can be mounted at a 2.54mm pitch. ts three-terminal structure enables precise high frequency performance. 2.5±.5 5.±.5 7. max max. Q55 Type: 25. min. Q56 Type: 6.±1. Q54 Type: 4.±.5 (in mm) DSS6_Q55B Series Straight Type DSN6 Series 2.5±.5 5.±.5 8. max max. *2 ø.6 (in mm) *1 There may be a hole on the top of ferrite beads, which causes no characteristics deterioration. *2 The bottom of the ferrite beads may not be level with each other. *1 7. max. Q55 Type: 25. min. Q56 Type: 6.±1. Q54 Type: 4.±.5 DSN6_Q55B Series DSS6_T51B Series ncrimp Type 2.5±.5 *2 5.±.5 8. max. 1. max. ø max. (in mm) *1 There may be a hole on the top of ferrite beads, which causes no characteristics deterioration. *2 The bottom of the ferrite beads may not be level with each other. 8. max. ø.6 *1 T51 Type: 25. min. T41 Type: 4.±.5 Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSN6NC51H2 22 ±% to +85 C DSN6NC51H33 33 ±% to +85 C DSN6NC51H47 47 ±% to +85 C DSN6NC51H11 ±% to +85 C DSN6NC51H ±% to +85 C DSN6NC51H12 ±% to +85 C DSN6NC51H222 2 ±% to +85 C DSN6NZ81H13 /-% to +85 C Please refer to Part Numbering for Type and Length of Lead. 12

15 Equivalent Circuit No polarity. Built-in Ferrite Beads DSS6 Series Straight Type nsertion Loss Characteristics nsertion Loss (db) (5Ω - 5Ω) : 22pF 2: 33pF 3: 47pF 4: pf 5: 27pF 6:pF 7: 2pF 8: pf Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSS6NC52A2 22 ±% 6-25 to +85 C DSS6NC52A33 33 ±% 6-25 to +85 C DSS6NC52A47 47 ±% 6-25 to +85 C DSS6NC52A11 ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A221 2 ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A12 ±% 6-25 to +85 C DSS6NE52A222 2 /-% 6-25 to +85 C DSS6NZ82A13 ±3% 6-25 to +85 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics nsertion Loss (db) (5Ω - 5Ω) : 22pF 2: 33pF 3: 47pF 4: pf 5: 15pF 6: 2pF 7: 27pF 8: 47pF 9: pf 1: 2pF 11: pf No polarity

16 Built-in Ferrite Beads DSS6 Series ncrimp Type Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSS6NC52A2 22 ±% 6-25 to +85 C DSS6NC52A33 33 ±% 6-25 to +85 C DSS6NC52A47 47 ±% 6-25 to +85 C DSS6NC52A11 ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A221 2 ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A ±% 6-25 to +85 C DSS6NC52A12 ±% 6-25 to +85 C DSS6NE52A222 2 /-% 6-25 to +85 C DSS6NZ82A13 ±3% 6-25 to +85 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit No polarity. nsertion Loss Characteristics nsertion Loss (db) : 22pF 2: 33pF 3: 47pF 4: pf 5: 15pF 6: 2pF 7: 27pF 8: 47pF 9: pf 1: 2pF 11: pf 14

17 EM Suppression Filters (Lead Type EMFLr) Broad Band Type DSN9/DSS9/DST9 Series Features DS_9 is a basic type of EM suppression filter that can obtain high insertion loss in a wide frequency range. ts three-terminal structure enables precise high frequency performance. DSS9NP32A222/DSS9NT31H223 are low distortion types for audio circuits. Supplement The diameter of the lead is.6mm for taping type. Taping type is three-terminal in-line arrangement. 9.5 max. 1.±.5 4. max. (in mm) DSN9N_Q55B 2.5± max. 5.± max. 1.5 max. 2.5±.5 *1 1.5 max. 1. max. 5.±.5 Q55 Type: 25. min. Q56 Type: 6.±1. Q54 Type: 4.±.5 Ferrite bead 2.5± max. *2 ø.65 DSS9N_Q55B ø.65 Q55 Type: 25. min. Q56 Type: 6.±1. Q54 Type: 4.±.5 (in mm) *1 Coating extending on leads does not exceed the tangent line. Exposed electrode, if any, is covered by solder, etc. *2 There should be no exposure of the ferrite bead if there is a hole on top of the filter; the ferrite bead should not be exposed. 9.5 max. 4. max. 2.5± max. 5.± max. 1 Ferrite bead 1.25±.5 ø.65 DST9N_Q55B Q55 Type: =25. min. Q5 Type: 1=4.±.5 (in mm) 15

18 DSN9 Series Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSN9NC52A ±% 7-25 to +85 C DSN9NC52A222 2 ±% 7-25 to +85 C DSN9NC51H /-% to +85 C Rated current is 6A for taping type and its lead diameter is phi.6mm. Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics (5Ω - 5Ω) 27pF 2pF No polarity. Built-in Ferrite Beads DSS9 Series Part Number Capacitance (pf) Rated Voltage (Vdc) nsertion Loss (db) 4 6 2pF Rated Current (A) Operating Temperature Range DSS9NC52A2 22 ±% 7-25 to +85 C DSS9NC52A47 47 ±% 7-25 to +85 C DSS9NC52A11 ±% 7-25 to +85 C DSS9NC52A ±% 7-25 to +85 C DSS9NC52A222 2 ±% 7-25 to +85 C DSS9NP32A222 2 ±% 7-25 to +85 C DSS9NC51H /-% to +85 C DSS9NT31H /-% to +85 C Rated current is 6A for taping type and its lead diameter is phi.6mm. DSS9NP32A222/DSS9NT31H223 are low distortion types for audio F circuits. Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics nsertion Loss (db) (5Ω - 5Ω) 4 6 2pF(DSS9NB32A222) 2pF(DSS9NP32A222) 2pF(DSS9ND31H223) 2pF(DSS9NT31H223) 27pF pf 47pF 22pF No polarity

19 With Ferrite Beads DST9 Series Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DST9NC52A ±% 7-25 to +85 C DST9NC52A222 2 ±% 7-25 to +85 C DST9NC51H /-% to +85 C Rated current is 6A for taping type and its lead diameter is phi.6mm. Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics (5Ω - 5Ω) No polarity. 2pF 27pF 2pF nsertion Loss (db) 17

20 EM Suppression Filters (Lead Type EMFLr) Heavy-duty Type DSN9H/DSS9H/DST9H Series Features DS_9H is a basic type of EM suppression filter that can obtain high insertion loss in a wide frequency range. ts three-terminal structure enables precise high frequency performance. High rated voltage of 25Vdc and wide operating temperature range from -4 degrees C to 15 degrees C are suitable for high reliability circuits. Supplement Diameter of lead is.6mm for taping type. Taping type is three-terminal in-line arrangement. DSN9H_Q55B 2.5±.5 1.5max 9.5max 1.±.5 4.max (in mm) 2.5±.5 5.±.5 *1 1.5 max. 12. max. 1.5 max. 5.±.5 1.max 25.min Ferrite bead 2.5± max. *2 ø.65 DSS9H_Q55B ø.65 Q55 Type: 25. min. Q56 Type: 6.±1. Q54 Type: 4.±.5 (in mm) *1 Coating extending on leads does not exceed the tangent line. Exposed electrode, if any, is covered by solder, etc. *2 There should be no exposure of the ferrite bead if there is a hole on top of the filter; the ferrite bead should not be exposed. 9.5 max. 4. max. 2.5± max. 5.± max. 1 Ferrite bead 1.25±.5 ø.65 DST9H_Q55B Q55 Type: =25. min. Q5 Type: 1=4.±.5 (in mm) 18

21 DSN9H Series Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSN9HB32E2 22 ±% to +15 C DSN9HB32E11 ±% to +15 C DSN9HB32E ±% to +15 C DSN9HB32E222 2 ±% to +15 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics pf 2pF 27pF 22pF (5Ω - 5Ω) No polarity. Built-in Ferrite Beads DSS9H Series Part Number Capacitance (pf) nsertion Loss (db) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DSS9HB32E2 22 ±% to +15 C DSS9HB32E11 ±% to +15 C DSS9HB32E ±% to +15 C DSS9HB32E222 2 ±% to +15 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics 27pF 22pF pf (5Ω - 5Ω) No polarity. nsertion Loss (db) 4 6 2pF

22 With Ferrite Beads DST9H Series Part Number Capacitance (pf) Rated Voltage (Vdc) Rated Current (A) Operating Temperature Range DST9HB32E2 22 ±% to +15 C DST9HB32E11 ±% to +15 C DST9HB32E ±% to +15 C DST9HB32E222 2 ±% to +15 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit No polarity. nsertion Loss Characteristics nsertion Loss (db) pF 2pF pf 22pF (5Ω - 5Ω)

23 EM Suppression Filters (Lead Type EMFLr) Part Numbering (Part Number) qproduct D Product D VF VF q S 6 V D8 1E 221 w e r t y u Lead Type T51 i B o rfeatures V Features with Varistor Function wstructure estyle S R ilead Type/o T51B U31A Q55B Q91J Q92J Q93J Structure Built-in Ferrite Beads Type with Resistance Lead Type ncrimp Straight Style Size is expressed by a digit *Lead Distance between Reference and Bottom Planes except Bulk. Lead Length* 25.mm min /-1.mm 25.mm min..+/-1.mm 16.5+/-1.mm 18.5+/-1.mm ttemperature Characteristics D8 D3 yrated Voltage 1E 1B Capacitance Change +/-3% (Temperature Range: -4 C to +15 C) +/-3% (Temperature Range: -25 C to +85 C) Rated Voltage 25V 12V ucapacitance Expressed by three alphanumerics. The unit is in pico-farad (pf). The first and second figures are significant digits, and the third figure expresses the number of zeros that follow the two figures. Bulk Ammo Pack Bulk Paper Reel (ø3mm) VFR3/VFS6 VFS9 Series 21

24 EM Suppression Filters (Lead Type EMFLr) VFR3V/VFS6V/VFS9V Series Semiconductor Protection VFR3V Series Features VFR3V series is designed for ESD surge protection of C. t efficiently absorbs ESD surges rushed into the C's /O terminal. Applications Elimination of noise and protection of semiconductors in office equipment, including computers and peripheral equipment, copy machines, and communication terminals. Part Number Rated Voltage (Vdc) Rated Current (ma) Varistor Voltage (Vdc) VFR3V Series Capacitance (pf) No.1 Pin ndicator (Surge entrance side) 2.5±.5 5.±.5 Peak Pulse Current (A) 8. max. (1) (2) (3) 5. max. 25. min. ø.45± max. (in mm) Operating Temperature Range VFR3VD31E ±% 13 ±% 3-25 to 85 C Please refer to Part Numbering for Type and Length of Lead. nsertion Loss Characteristics nsertion Loss (db) (5Ω - 5Ω) 22

25 Signal Line VFS6V Series Features VFS6V series is designed for surge protection of the signal line. t protects electric circuits from surges such as static electricity and suppresses EM noise. The built-in ferrite bead gives excellent EM suppression. Applications Elimination of noise and protection of electric circuits in office equipment, including computers and peripheral equipment, copy machines, and communication terminals. Part Number Rated Voltage (Vdc) Rated Current (A) Varistor Voltage (Vdc) VFS6V Series Capacitance (pf) 2.5±.5 *2 5.±.5 8. max max. (in mm) *1 There may be a hole on the top of ferrite beads, which causes no characteristics deterioration. *2 The bottom of the ferrite beads may not be level with each other. Peak Pulse Current (A) 1.5 max. 25. min. *1 ø.6 Operating Temperature Range VFS6VD81E ±% 2 ±% -4 to 15 C Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit nsertion Loss Characteristics (5Ω - 5Ω) No polarity nsertion Loss (db)

26 Large Current VFS9V Series Features VFS9V series is designed for surge protection of the power supply. t protects electric circuits from surge such as static electricity and suppresses EM noise. ts large capacitance value enables high insertion loss for EM noise. 2.5±.5 *1 1.5 max. 5.± max. 1.5 max. 25. min. 7.5 max. *2 Ferrite bead 2.5±.5 Applications For circuit protection and noise suppression in electronics equipment such as computers and DC motors, and in electronics systems installed in cars such as car audio equipment and engine controllers. VFS9V Series ø.65 (in mm) *1 Coating extending on leads does not exceed the tangent line. Exposed electrode, if any, is covered by solder, etc. *2 f there is a hole in the top of the filter, the ferrite bead should not be exposed. Supplement Diameter of lead is.6mm for taping type. Taping type is three-terminal in-line arrangement. Part Number Rated Voltage (Vdc) Rated Current (A) Varistor Voltage (Vdc) Capacitance (pf) Operating Temperature Range VFS9VD31B ±% 2 +5/-% -4 to C Rated current is 7A for bulk type and 6A for taping type. Rated current of taping type is 6A because the diameter of the lead is.6mm and its lead layout is the in-line type. Please refer to Part Numbering for Type and Length of Lead. Equivalent Circuit No polarity nsertion Loss Characteristics Attenuation (db) 4 6 (5Ω - 5Ω) Voltage - Current Characteristics 3 Current (ma) Voltage (V) 24

27 EM Suppression Effect!Example of C Protection (VFR3V) " Testing Method 1. Put ESD surge to C (744 family) input terminal with ESD simulator based on EC Check C's operation. 3. f C's operation is normal, increase ESD voltage in 1kV steps. 4. Continue above steps 1 to 3 till C's operation becomes abnormal. " Result Varistor VFR3V can protect C from ESD. Noise Suppression Effect of VFR/VFS Series Test Circuit (Result) Breakdown level [kv] 3 min ESD Simulator 33Ω 15pF Without VFR3V VFR3V Test C With use VFR3V!Example of EM Suppression Effect Test Circuit LS ALS AS C C s Family HC AC ANT Type of Filter Signal 1MHz ACO4 Shield EM Suppression Effect F Noise Radiation Cable (5cm) 7 Before Countermeasures (No Filters) Noise Level (dbµv/m) Using VFR3VD31E131T51 Noise Level (dbµv/m)

28 Noise EM Suppression Effect Effect of VFR/VFS Series!Features (VFS9V) tems Overload Surge Test (1) Surge Test (2) High Temperature Load Test methods 1.4 times the varistor voltage (V1) is applied for 5 minutes at room temperature. At room temperature, Surges are applied 1 5 times every 2 seconds. Then after 1 or 2 hours, the sample is measured. At room temperature, the capacitor "C" is charged with 7V, then discharged to apply the voltage to the sample. Tested once (resuming JASO A-1). 4V.47µF At a temperature of 85±3D, the varistor voltage V1 is continuously applied to the sample for to 124 hours. Then it is left at room temperature, for 4 to 24 hours before measuring. 7V C.8Ω 2Ω C=11mF Rated values tems Rated Capacitance Change nsulation Resistance Rated of Change in Varistor Voltage V1* Voltage Rate *V1: Voltage when 1mA is applied Specifications WithinT15% 5kΩ min. WithinT15% 1.3 max.!pulse-voltage Breakdown Characteristic (VFS9V) VFS9V use a self healing varistor- capacitor, so that it can be used under a 5 to 6V surge that would break conventional disc type EM filters. As shown in the figure below withstands V impulses applied times. 5Ω 5Ω Residual Rate (%) 5 VFS9V Capacitance:.22µF with varistor function 3-terminal capacitor Capacitance:.22µF with no varistor function 5 15 Pulse Voltage Applied (V) V ns Residual ratio when pulses are applied!temperature Characteristics of Varistor Voltage - nsulation Resistance (VFS9V) nsulation Resistance (MΩ) nsulation resistance Change rate of varistor voltage Temperature (D) +1 1 Change Rate of Varistor Voltage (%) Continued on the following page. 26

29 EM Suppression Effect Continued from the preceding page.!noise Absorption Effect of (VFS9V) Type of Filter 9 Noise Suppression Effect of VFR/VFS Series EM Suppression Effect : V/div : 1ns/div Description Waveform when is not used. (Surge from a noise simulator.) without with D 223S % 9 1 % : V/div : 1ns/div!Comparative Data (VFS9V) 1. Absorption of quick-rising, high-frequency noise (1ns/div, V/div) Type of Filter Without Filters EM Suppression Effect 5ns V Waveform after the noise passed through. Little noise is recorded. Description Noise wave applied Conventional varistor 9 1 % As with the two-terminal capacitor Two-terminal capacitor (with varistor function) 9 1 % The two-terminal capacitor is influenced by lead line inductance, leaving behind some of the rising and falling edges. The residual noise can cause the system to malfunction. VFS9V 9 1 % The three-terminal structure eliminates most of the lead line inductance. This allows VFS9V to completely absorb the rising and falling edges of the applied pulses. Continued on the following page. 27

30 Noise EM Suppression Effect Effect of VFR/VFS Series Continued from the preceding page. 2. Absorption of wide-pulse noise (5ns/div, V/div) Type of Filter EM Suppression Effect ns Description Without Filters Two-terminal capacitor 9 Noise wave applied 13V n capacitors the voltage of the residual surge (13V) is higher than that of the above example. The wave height is almost the same as the original. Three-terminal capacitor (with ferrite bead) VFS9V 1 % 9 1 % 9 Conventional EM filters do not work for wide-pulse noise because the capacitors are saturated. n this example, the residual 1V surge can cause the system to break down. Bypassing the high voltage to the ground suppresses the voltage. 1 % 28

31 EM Suppression Filters (Lead Type EMFLr) Part Numbering (Part Number) qproduct D Product D PL PL T 9H q w e N r t 3R y P u 1 i B o tnductance Expressed by three figures. The unit is micro-henry (µh). The first and second figures are significant digits, and the third figure expresses the number of zeros that follow the two figures. wtype T eapplications 9H rfeatures N o B Type DC Type Applications for DC Line High-frequency Type Features General Use Series Bulk yrated Current Expressed by three-digit alphanumerics. The unit is in amperes (A). A decimal point is expressed by the capital letter "R". n this case, all figures are significant digits. uwinding Mode P ilead Dimensions All series Winding Mode Aligned Winding Type Lead Dimensions 1 5mm 29

32 EM Suppression Filters (Lead Type EMFLr) (for DC Line) PLT9H Series PLT9H series is a common mode choke coil for DC lines. t is effective against the common mode noise that can cause radiative noise in power supply lines and interface lines. The additional normal mode inductance enables a high suppression effect to radiation noise. Features 1. This is a wide frequency range type, suitable in applications ranging from a few MHz to several MHz. 2. t features a low-profile design. Applications 1. Noise suppression of SW power supply, DC-DC converter 2. DC power lines in AC adapter of portable equipment Part Number Rated Current (A) Rated Voltage (Vdc) PLT9H Series Withstand Voltage (Vdc) 5±.5 14 max. (1) (2) (4) (3) 13 max. 5±1 8 max. Soldered 1±.5 ø.6 max. Common Mode nductance (µh) PLT9HN3RP min. Operating Temperature Range: -4 to +85 C Equivalent Circuit nsertion Loss Characteristics (in mm) (5Ω - 5Ω) 5 (1) (2) (4) (3) nsertion Loss (db) No polarity

33 !Caution o Rating Do not use products beyond the rated current and rated voltage as this may create excessive heat and deteriorate the insulation resistance.!caution/notice o 1. Mounting holes should be designed as specified in these specifications. Other designs than those shown in these specifications may cause cracks in ceramics that may lead to smoking or firing. 2. DSN9/DSS9/DST9/DSN9H/DSS9H/DST9H/VFS9V Series Mounting for PCB. (Applis only to bulk type.) The form of the mounting hole of the bulk item is a triangle. The product should be inserted and soldered to each hole in the correct way as in Fig.2. (The center terminal and the other terminals become parallel when viewing the product from the side.) Smoking and firing maybe caused by incorrect mounting as in Fig.3. (The center terminal and the other terminals cross when viewing the product from the side.) o Storage and Operating Conditions <Operating Environment> 1. Do not use products in a chemical atmosphere such as chlorine gas, acid or sulfide gas. 2. Do not use products near water, oil or organic solvents. Avoid environments where dust or dirt may adhere to the product. <Storage and Handling Requirements> 1. Storage Period Use the products within 12 months after delivery. Solderability should be checked if this period is exceeded. 2. Storage Conditions (1) Storage temperature: -1 to 4 degrees C Relative humidity: 15 to 85% Avoid sudden changes in temperature and humidity. (2) Do not store products in a chemical atmosphere such as chlorine gas, acid or sulfide gas. (3) When restoring taping type (BL1RN1A1F1J), please attach the spacer between the flanges of the reel. The spacer is corrugated paper that is attached when shipping. <Using effectively> 1. Terminal (with mark) should be properly connected to the line of incoming electrostatic surge. (There is polarity.) Otherwise, no effect in ESD suppression can be expected (VFR3V). Example of input terminal ncoming Electrostatic Surges Example of output terminal ncoming Electrostatic Surges Notice Fig.2 Right Way Marking Side Center Terminal (Ground Terminal) 2. Products should be used at rated voltage or less and rated current or less. 3. Products should not be applied for the absorption of surges that have large energy (e.g., induced lightning surges, switching surges) because it is designed for the absorption of electrostatic surges (VFR3V). 4. Electrostatic testing should be done on the following conditions (VFR3V). n [ C / R V 2 ] 2 < n: Times applied C: Charging Capacitance (pf) V: Testing Voltage (kv) R: Charging Resistance (Ω) Fig.3 Wrong Way o 1. Washing Failure and degradation of a product are caused by the washing method. When you wash in conditions that are not in the mounting information, please contact Murata engineering. 2. Soldering Reliability decreases with improper soldering methods. Please solder by the standard soldering conditions shown in the mounting information. 3. Other Noise suppression levels resulting from Murata's EM suppression filters EMFLr may vary, depending on the circuits and Cs used, type of noise, mounting pattern, lead wire length, mounting location, and other operating conditions. Be sure to check and confirm in advance the noise suppression effect of each filter, in actual circuits, etc. before applying the filter in a commercial-purpose equipment design. 31

34 1. Mounting Hole Mounting holes should be designed as specified below. Part Number Bulk Type (in mm) Taping Type (in mm) DSN6 ø.8-3 DSS6 VFR3V VFS6V 2.5±.2 2.5±.2 DSN9 DSN9H ø ±.2 2.5±.2 2.5±.2 ø1.-3 DST9 DST9H DSS9 DSS9H VFS9V ø ±.2 2.5±.2 2.5±.2 ø ±.2 2.5±.2 2.5±.2 2.5±.2 2.5±.2 2. Soldering (1) Use Sn-3.Ag-.5Cu solder. (2) Use Rosin-based flux. Do not use strong acidic flux with halide content exceeding.2wt% (chlorine conversion value). (3) Products and the leads should not be subjected to any mechanical stress during the soldering process, or while subjected to the equivalent high temperatures. (4) Standard flow soldering profile. Temperature ( C) Solder Pre-heating 15 C 6s min. Gradual cooling Soldering (in air) Soldering temperature Soldering time Soldering Temperature Soldering Time Sn-3.Ag-.5Cu solder 25 to 26 C 4 to 6s Continued on the following page. 32 1

35 Continued from the preceding page. 3. Cleaning Conditions Do not clean VFR3V, PLT9H and VFS6V series. Clean other parts in the following conditions. (1) Cleaning temperature should be limited to 6 C max. (4 C max for alcohol type cleaner). (2) Ultrasonic cleaning should comply with the following conditions, avoiding the resonance phenomenon at the mounted products and PCB. Power: W /Rmax. Frequency: 28 to 4kHz Time: 5 min. max. (3) Cleaner (a) Alcohol type cleaner sopropyl alcohol (PA) (b) Aqueous agent (PLT series cannot be cleaned) PNE ALPHA ST-S (4) There should be no residual flux or residual cleaner left after cleaning. n the case of using aqueous agent, products should be dried completely after rinsing with de-ionized water in order to remove the cleaner. (5) The surface of products may become dirty after cleaning, but there is no deterioration on mechanical, electrical characteristics and reliability. (6) Other cleaning: Please contact us. 332

36 t t t t!note Please read rating and!cauton (for storage, operating, rating, soldering, mounting and handling) in this catalog to prevent smoking and/or burning, etc. Minimum Quantity (Pcs.) Series BL1RN BL2RN BL3RN Bulk 5 5 Ammo Pack 15 ø3mm Paper Reel BL1RN_J BL1RN_A max. Direction of feed ø3.6 ±.15 5±.3.8 max. L1 L2 ø.6±.5 5± max. 3.2 min..8 max. BL2RN1R2p1A W W1 L P1 P2 F P 7.5 max. 7.5 max. W2 H1 W 3.4±.2 ød S h1 h2 BL2RN1R3N1A W W1 L P1 P2 F *L 6.±1. L1 - L2 V 1.5 *L BL1RN1A1F1J : 52+2/-1 BL1RN1A1E1A : /- P 12. max. 8. max. W2 H1 W 3.4±.2 ød S h1 h2 BL2RN2R1p1A W W1 L P1 P2 D P There is excess bond stick on the wire. F P 7.5 max. 9. max. W2 H1 W 3.4±.2 ød S h1 h2 BL2RN2R3N1A D P There is excess bond stick on the wire. P 12. max. W2 H1 3.4±.2 ød S h1 h2 BL3RN2R1p1A P P2 P1 F D W W1 W P1 P2 F 9. max. L t P 6.5 max. W2 H1 2.3 max. ød S h1 h2 W W1 W Ferrite Beads nductors Taping Dimensions 8.3 max. L P Description Pitch of component Pitch of sprocket hole Lead spacing Hole center to lead D Symbol P P F P1 Dimension (mm) ± ±.7 D P Remarks Product inclination S determines tolerance Hole center to component center Offset of bead Carrier tape width Position of sprocket hole Lead length between sprocket hole and forming position Protruding length P2 S W W1 H1 6.35±1.3 ±1. 18.± Lead Length Number : N Lead Length Number : Q Lead Length Number : P +.5 to ±.5.± ±.5 Tape deviation in feeding direction lncluding the offset caused by lead bend Tape with deviation BL2, BL3 BL2RN1R2/2R1, BL3 BL2, BL3 Diameter of sprocket hole D ø4.±.1 Lead Diameter ød ø.6 Total tape thickness t.7±.2 ncluding bonding tape thickness Deviation across tape, Deviation across tape rear Cutting position of failure Hold down tape width h1, h2 L W 1. max ±.5 Hold down tape position W2 1.5±1.5 (in mm) 34

37 and Minimum Quantity Lead Type Part Number VFR3V Series DS 6/VFS6V Series DSN9/9H Series DST9 Series DSS9 Series VFS9V Series Taping Dimensions DSN6_Q91/Q92/Q93 DSN9_Q91/Q92/Q ± / ±.5 9.+/-.5 H Q91 Type : ±1. Q92 Type : 16.5±1. Q93 Type : 18.5±1. DST9_Q92/Q93 18.±.5 9.+/ ± /-1. H Q92 Type : 16.5±1. Q93 Type : 18.5±1. Minimum Order Quantity (order in sets only) (pcs.) Ammo Pack ø3mm Paper Reel Bulk (Bag) Q55/T51 5 Q54/Q56/T41 25 Q55 5 Q54/Q56 Q55 25 Q5/Q52 Q55 5 Q54/Q56 DSN6_ : 7. max. DSN9_ : 9.5 max / / ± ± ± ± ±.2 ø4.±.1 1.5±1.5.7± / / max. ± /-.2 ø4.±.1 1.5±1.5.7±.2 DSN6_ : 8. max. DSN9_ : 11. max. H 12.± to max. H 12.±.5 1. max. 1. max. 4. max. ø max. 1. max. 1. max. +.5 to -1. DSN6_ : 2.54 max. DSN9_ : 4. max. ø max. Straight Type Q91 Q92 Q93 DSS6_Q91/Q92/Q / ±.7 18.±.5 9.+/-.5 H Q91 Type : ±1. Q92 Type : 16.5±1. Q93 Type : 18.5±1. DSS6_U21/U31 VFS6V_U ± / ±.5 9.+/-.5 H U21 Type : 16.5±1. U31 Type : 18.5± ±.2 Lead Type ncrimp Type - U21 U / / ± max. ±1. *1 *2 1.5± /-.2 ø4.±.1.7±.2 7. max. H Lead Length (H).±1.mm 16.5±1.mm 18.5±1.mm 1. max. 12.± to max. 1.5 max. 1. max. ø.6 *1 The bottom of the dielectric may be exposed. *2 f a hole is on the top of the ferrite bead, the bead should not be exposed / / ± max ±1. *1 *2 12.7± / ±1.5 ø4.±.1.7±.2 H DSS6_U : 1. max. VFS6V : 1.5 max. 12.± to max. 1. max. 1. max. ø.6 *1 The bottom of the dielectric may be exposed. *2 f a hole is on the top of the ferrite bead, the bead should not be exposed. 1.5 max. DSS9_Q91/Q92/Q93 VFS9V_Q91/Q92/Q ±.7 18.±.5 9.+/-.5 *3 11.+/-1. H Q91 Type : ±1. Q92 Type : 16.5±1. Q93 Type : 18.5± ± ± / max. ± /-.2 ø4.± / ±1.5.7± max. 12.± to max. 1. max. 1. max. *1 Coating extending on leads does not exceed the start of the bend (point A). Exposed electrodes are covered with solder. *2 H: to be measured from the forming point A. *3 The deviation between two ferrite beads should be less than 1.2mm. *2 H *2 H ø.6 *1 Point A 1.5 max. VFR3V_U ± / ± max. 9.+/ / / max. 6.35± max. ±1. AY AY AY 1.5± / ±1. 5. max. (1)(2)(3) +.5 to ±.2 ø4.±.1 1. max. 1. max. ø.45±.1 12.±.5.7±.2 (in mm) 35

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