AVX Metallized Polyester and Polypropylene Film Dielectric Leaded Capacitors

Transcription

1 A KYOCERA GROUP COMPANY AVX Metallized Polyester and Polypropylene Film Dielectric Leaded Capacitors

2 Contents How To Order Metallized Polyester Film Dielectric Capacitors Comparative Table of the Plastic Film Dielectric Characteristics Characteristics of the Metallized Polyester Film Dielectric Capacitors Type Selection Guide Types & Taping Radial Leads BF/BQ (CPM-83) BH (CPM-N) BN (CPM-85) BW Metallized Polypropylene Film Dielectric Capacitors Polypropylene Film Dielectric Capacitor Characteristics Type Selection Guide BL BA Guide for Customer s Specific Requirements Normalized Series and Associated Values As we are anxious that our customers should benefit from the latest developments in the technology and standards, AVX reserves the right to modify the characteristics published in this catalog. NOTICE: Specifications are subject to change without notice. Contact your nearest AVX Sales Office for the latest specifications. All statements, information and data given herein are believed to be accurate and reliable, but are presented without guarantee, warranty, or responsibility of any kind, expressed or implied. Statements or suggestions concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement and are not recommendations to infringe any patent. The user should not assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all applications. 1

3 Metallized Polyester and Polypropylene Film Dielectric Capacitors HOW TO ORDER Example of an order: how to order a CPM nf ±10% 100 V. BN07 4 E 0104 K Identification Code Radial Leads CPM83 BF 01 CPM83 BF 02 CPM83 BF 04 CPM83 BF 05 CPM83 BF 06 CPM83 BF 07 BQ 01 BQ 02 BQ 04 BQ 05 BQ 06 BQ 07 CPM-N BH 01 CPM-N BH 02 CPM-N BH 05 CPM-N BH 06 CPM-N BH 07 CPM85 BN 07 CPM85 BN 10 CPM85 BN 15 CPM85 BN 22 CPM85 BN 27 BW 15 Radial Leads Polypropylene PBS BL 07 PBS BL 10 PBS BL 15 PBS BL 22 PBS BL 27 PS BA 15 PS BA 22 PS BA 27 Dielectric Class Polyester: 4 Polypropylene: 6 Voltage Code C = 25/40 V D = 50/63 V E = 100 V F = 160/200 V G = 250 V H = 275/300 V I = 400 V J = 500 V K = 600/630 V L = 1000 V M = 1600 V N = 2000 V Capacitance (EIA code) Capacitance expressed by 2 significant figures 1st digit: 0 (zero) 2nd and 3rd digit: the 2 significant figures of the capacitance value 4th digit: - for values 10 pf and 990 µf: the number of zeros to be added to the capacitance values - for values 1 pf and 9.9 pf: the numerical 9 signifying that the capacitance value is to be multiplied by for values < 1 pf: the numerical 8 signifying that the capacitance value is to be multiplied by 0.01 Example: 1000 pf = pf = pf = 0478 Capacitance expressed by 3 significant figures 1st, 2nd and 3rd digit: the 3 significant figures of the capacitance value 4th digit: - for values > 100 pf and 999 µf: the number of zeros to be added to the capacitance values - for values > 10 pf and < 100 pf: the numerical 9 signifying that the capacitance value is to be multiplied by for values > 1 pf and < 10 pf: the numerical 8 signifying that the capacitance value is to be multiplied by 0.1 Example: 196 pf = pf = pf = 8288 Tolerance Code J = ±5% K = ±10% M = ±20% Suffix DA - DB - DC - DD: lead spacing 5.08 mm taped on reel or ammopack EN Radial types: lead spacing 7.5/10/15 mm taped on reel H=16.5 mm 2

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5 Metallized Polyester Film Dielectric Capacitors Characteristics INTRODUCTION The intrinsic characteristics of polyester as a dielectric are: dielectric permittivity dielectric strength range of working temperatures (-55 C to +100 C and up to 125 C for high temperature version). They are particularly intended for use in bonding, chopping and other applications where the AC component is weak in comparison with the continuous nominal voltage. TECHNOLOGY EMPLOYED The outstanding characteristic of the metallized film technology is the self-healing by evaporation of the metallized area round a dielectric fault, thus allowing the electrical insulation of the fault in the film. PLASTIC FILM DIELECTRIC CHARACTERISTICS Characteristics Polypropylene Polycarbonate Polystyrene Polyester Dielectric Constant (25 C / 50 Hz) Minimum Thickness (in micron) Maximum Working Temperature ( C) Can Be Metallized yes yes no yes Tangent Of Loss Angle (25 C / 1000 Hz) Insulation Resistance (GΩ x µf) Water Absorption % in weight Temperature Coefficient (ppm / C) Dielectric Strength (kv / mm) < ±

6 Metallized Polyester Film Dielectric Capacitors Characteristics GENERAL ELECTRIC CHARACTERISTICS Applicable specifications: General specifications: CEI 384-1/CECC /NFC Sectional specifications: CEI 384-2/CECC / NFC Nominal capacitance (C R ) and capacitance tolerances Nominal capacitance values are based on the E6 and E12 series (see tables of standard values on inside back cover) and their multiples and decimals with the associated tolerances are shown in the table below. Capacitance measurement between terminals: Measurement frequency: 1 khz (±0.1 khz) C R 1 µf 100 Hz (±5 Hz) C R > 1 µf Measurement voltage Peak value of applied voltage should not exceed, at 1kHz, 3% of the nominal voltage V R and at 100 Hz, 20% of the nominal value with a maximum of 100 V (70 V RMS ). Tolerances Values Code 5% J 10% K 20% M TYPICAL CURVES C C (%) C C (%) khz 10 khz 1 khz 100 Hz F (khz) T( C) : room temperature T: Room Temperature T ( C) 5

7 Metallized Polyester Film Dielectric Capacitors Characteristics 2 - DC nominal voltage (V R - ) The nominal voltage is the maximum DC voltage that may be applied to the capacitor at a temperature of 85 C. Standard values: the standard values of the nominal voltage comply with the R5 basic series standard numbers in the ISO R3 recommendation ( ) and their multiples and decimals. 3 - AC nominal voltage (V R ~ ) The frequency is 50 Hz unless a higher frequency is specified. 4 - Category voltage (V C ) The voltage category is the voltage that can be applied to a capacitor used at the maximum temperature of its category. This voltage is specified in the data sheet or detailed specification for each product. 5 - Test voltage (V E ) The test voltage applied between output terminals is a DC voltage equal to: 1.4 V R - for 1 minute for Class 2 capacitors (general use) 1.6 V R - for 1 minute for Class 1 capacitors (long life) 6 - Tangent of loss angle (D.F.) Measurement conditions: identical to those for the measurement of capacitance between terminals. Requirements: the tangent of loss angle should not exceed the values shown in the table below. D.F. Measurement Capacitance Performance Performance frequency category category khz C R 1 µf 0.8% 1.0% 100 Hz C R > 1 µf 1% 1.0% TYPICAL CURVES D.F. D.F. 1.0% 0.5% 0.1% F (khz) T ( C) = room temperature T: Room Temperature 1.5% 1.0% 0.5% 100 khz 10 khz 1 khz 100 Hz T ( C)

8 Metallized Polyester Film Dielectric Capacitors Characteristics 7 - Insulation resistance (IR) Measurement conditions: The opposite table gives the measurement voltages in relation to the nominal voltage of the capacitor, unless otherwise specified. Requirements: The insulation resistance should meet the values shown in the table below at 20 C. Nominal Measurement Voltage Voltage V R- < 10 V V R ± 10% 10 V V R- < 100 V 10V ± 1 V 100 V V R- < 500 V 100V ± 15 V 500 V V R- 500V ± 50 V C R 0.33 µf C R > 0.33 µf Measuring Points IR min (GΩ) IR x C R min (MΩ x µf) Performance Performance Performance Performance Class Class Class Class V R- V R- V R- V R- V R- V R- V R- V R- Between 100 V > 100 V 100 V > 100 V 100 V > 100 V 100 V > 100 V Terminals ,000 10,000 1,250 2,500 Between Terminals and Ground TYPICAL CURVE Insulation resistance vs. temperature IR = f (T) C. IR (MΩ X µf) ,000 MΩ 8 - Voltage gradient (dv/dt) R Pulses under V R Example: 0.9 V R (dv/dt)r 10 2 T ( C) V R 0 t 1 t 2 t (dv/dt) R = 0.8 V R /t 2 t 1 Pulses under V A maximum voltage gradients of the capacitor under V A : (dv/dt) Amax = V R V A x (dv/dt) Rmax 7

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10 BF 01/02/07/06/05/04: Radial Leads BQ 01/02/07/06/05/04: Lead Free CPM pitch = 5.08mm (0.200") GENERAL DESCRIPTION Dielectric: Metallized polyester film (Polyethylene teraphtalate) Stacked-film Leads: Radial tin - plated wire Protection: Plastic case (UL 94: V-O) / Epoxy Resin Marking: Logo Nominal Capacitance Tolerance (EIA) DC Nominal Voltage Example: T 100nK 63 Delivery Mode: Bulk Taped (reel or ammopack) APPLICATIONS Commodity Product: Supply decoupling Filter Integrators Treatment of analog signals Rejection of line perturbations, etc. STANDARDIZATION Generic specifications: CEI 384-1/CECC 30000/UTE Sectional specifications: CEI 384-2/CECC 30400/UTE Complies with special specification: CECC L e DIMENSIONS millimeters (inches) Case L max H max e max ø ± (0.295) 6.5 (0.256) 2.5 (0.098) 0.5 (0.020) (0.295) 8.0 (0.315) 3.2 (0.126) 0.5 (0.020) (0.295) 12.0 (0.472) 6.0 (0.236) 0.5 (0.020) (0.295) 9.6 (0.378) 6.0 (0.236) 0.5 (0.020) (0.295) 8.0 (0.315) 5.0 (0.197) 0.5 (0.020) (0.295) 13.0 (0.512) 7.5 (0.295) 0.5 (0.020) 5.08 (0.200) +0.6 (0.024) -0.1 (0.004) 0.4 (0.016) min *L dimension measured 3mm above base of case H 4.10 (0.161) 0.5 (0.020) HOW TO ORDER BF01 or BQ01 4 D 0104 K - - Type Class Voltage Capacitance Tolerance Suffix 9

11 BF 01/02/07/06/05/04: Radial Leads BQ 01/02/07/06/05/04: Lead Free CPM pitch = 5.08mm (0.200") PERFORMANCE CHARACTERISTICS Climatic Category 55/100/56 Performance Class 2 Capacitance Range C R 1nF to 2.2µF (E12) Tolerance on C R ±5%; ±10% (other values on request) Nominal Voltages VR_ 63/100/250/400/630V VR~ 40/63/160/200/220V Category Voltage Vc = 0.8V R- at 100 C Test Voltage Ve = 1.6V R- /2s at 25 C Tangent of Loss Angle: D.F. DF: Measurement Capacitance Performance Frequency Category 2 1kHz C R 1µF 1.0% 100 Hz C R > 1µF 1.0% Insulation Resistance: IR Measuring Points C R <= 0.33µF C R > 0.33µF IR min (GΩ) IR * C R min (MΩ * µf) Performance Class Performance Class 2 2 Between V R- V R- V R- V R- Terminals 100V > 100V 100V > 100V Between 30,000 Ω Terminals and Ground Max voltage gradient V R (dv/dt) R max PACKAGING H H 4.0 (0.157) ±0.3 (0.012) millimeters (inches) Panasert Avisert 16.5 ± ± 0.50 (0.65 ± 0.012) (0.768 ± 0.020) 12.7 (0.500) ±1.0 (0.039) 12.7 (0.500) ±0.2 (0.008) 12.0 (0.472) ±1.0 (0.039) 18.0 (0.709) ±0.5 (0.020) Case Quantity Reel Ammopack Bulk Suffix DB DD DA DC - - x panasert avisert panasert avisert USA Std. Europe / Asia Std (0.200) Thermoadhesive tape (Other sizes according to standard CEI : 286-2) Dimensions: millimeters (inches) 10

12 BF 01/02/07/06/05/04: Radial Leads BQ 01/02/07/06/05/04: Lead Free CPM pitch = 5.08mm (0.200") CAPACITANCE VALUES (C R ) and NOMINAL VOLTAGES (V R ) Capacitance Reference Range BF or BQ (C R ) V R- / V R~ 63/40 (voltage code: D) 100/63 (voltage code: E) 250/160 (voltage code: G) 400/200 (voltage code: I) 630/230 (voltage code: K) 1,000 pf BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 1,200 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 1,500 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF02 or BQ02 1,800 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 2,200 pf BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF02 or BQ02 2,700 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 3,300 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 3,900 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 4,700 pf BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 5,600 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 6,800 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF06 or BQ06 8,200 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 10,000 pf BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF05 or BQ05 BF02/****BF01 or 12,000 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BQ02/****BQ01 BF02/****BF01 or 15,000 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BQ02/****BQ01 BF02/****BF01 or 18,000 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BQ02/****BQ01 22,000 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BF02 or BQ02 BF07/****BF02 or 27,000 BF01 or BQ01 BF01 or BQ01 BF01 or BQ01 BQ07/****BQ02 BF05 or BQ05 BF07/****BF02 or 33,000 BF01 or BQ01 BF01 or BQ01 BF02 or BQ02 BQ07/****BQ02 BF05 or BQ05 BF02/****BF01 or 39,000 BF01 or BQ01 BF01 or BQ01 BQ02/****BQ01 BF06 or BQ06 47,000 pf BF01 or BQ01 BF01 or BQ01 BF02 or BQ02 BF06 or BQ06 56,000 BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 BF04 or BQ04 68,000 BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 BF04 or BQ04 82,000 BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 BF04 or BQ nf BF01 or BQ01 BF01 or BQ01 BF07 or BQ07 BF04 or BQ04 BF06/****BF07 or 120 BF01 or BQ01 BF01 or BQ01 BQ06/****BQ BF01 or BQ01 BF01 or BQ01 BF06 or BQ BF01 or BQ01 BF02 or BQ02 BF04 or BQ04 BF04/****BF05 or 220 nf BF01 or BQ01 BF02 or BQ02 BF04/****BF05 BF07/****BF02 or 270 BF02 or BQ02 BQ07/****BQ02 BF02/****BF01 or 330 BQ02/****BQ01 BF07 or BQ BF02 or BQ02 BF07 or BQ nf BF02 or BQ02 BF07 or BQ07 BF05/****BF06 or 560 BF07 or BQ07 BQ05/****BQ06 BF05/****BF06 or 680 BF07 or BQ07 BQ05/****BQ06 BF05/****BF06 or 820 BF07 or BQ07 BQ05/****BQ06 1 µf BF07 or BQ07 BF05 or BQ µf BF05* or BQ05* 2.2 µf BF05** or BQ05** *Upon request - no change **Upon request & only available 50 V (V R ) - no change ****New Case size reduction: BF02 to BF 01, BF07 to BF02, BF06 to BF07, BF04 to BF05, BF05 to BF06 11

13 BH 01/02/07/06/05: Radial Leads (Lead Free Product) CPM-N----- pitch = 5.08mm (0.200") GENERAL DESCRIPTION Dielectric: Metallized polyester film (Polyethylene teraphtalate) Stacked-film Leads: Radial tin - plated wire Protection: Plastic case (UL 94: V-O) / Epoxy Resin Marking: Logo DC Normal Voltage Nominial Capacitance Tolerance (EIA) Batch Code Number Example: T D474KC8L Delivery Mode: Bulk Taped (reel or ammopack) APPLICATIONS Supply decoupling Filter Integrators Treatment of analog signals Rejection of line perturbations, etc. Specifically designed of working in severe environmental conditions such as automotive applications: engine control, multiplexing, system, etc. STANDARDIZATION Generic specifications: CEI 384-1/CECC 30000/UTE Sectional specifications: CEI 384-2/CECC 30400/UTE On the LNZ List: Complies with type CPM-N RAQ2 production, equivalent AQAP-4 of NATO L e DIMENSIONS millimeters (inches) Case L max H max e max ø ± (0.295) 6.5 (0.256) 2.5 (0.098) 0.5 (0.020) (0.295) 8.0 (0.315) 3.2 (0.126) 0.5 (0.020) (0.295) 12.0 (0.472) 6.0 (0.236) 0.5 (0.020) (0.295) 9.6 (0.378) 6.0 (0.236) 0.5 (0.020) (0.295) 8.0 (0.315) 5.0 (0.197) 0.5 (0.020) 5.08 (0.200) +0.6 (0.024) -0.1 (0.004) 0.4 (0.016) min *L dimension measured 3mm above base of case H 4.10 (0.161) 0.5 (0.020) HOW TO ORDER BH01 4 D 0104 K - - Type Class Voltage Capacitance Tolerance Suffix 12

14 BH 01/02/07/06/05: Radial Leads (Lead Free Product) CPM-N----- pitch = 5.08mm (0.200") PERFORMANCE CHARACTERISTICS Climatic Category 55/125/56 Performance Class 2 Capacitance Range C R 1nF to 2.2mF (E12) Tolerance on C R ±5%; ±10% (other values on request) Nominal Voltages VR_ 63/100/250/400V VR~ 40/63/160/200V Category Voltage Vc = 0.8V R- at 100 C & 0.5V R- at 125 C Test Voltage Ve = 1.6V R- /2s at 25 C Life Test Delta C/C<= 5% after 125ºC/1000h/0.5V R- Thermal Shock -55/+125ºC/time cycle 1hr/500 cycles delta C/C <=10% D.F. 1kHz<=1% Humidity Test 85ºC/85% HR/1000 h delta C/C <=10% Tangent of Loss Angle: D.F. DF: Measurement Capacitance Performance Frequency Category 2 1kHz C R 1µF 1.0% 100 Hz C R > 1µF 1.0% Insulation Resistance: IR Measuring Points C R <= 0.33µF C R > 0.33µF IR min (GΩ) IR * C R min (MΩ * µf) Performance Class Performance Class 2 2 Between V R- V R- V R- V R- Terminals 100V > 100V 100V > 100V Between - 30,000 Ω Terminals and Ground Max voltage gradient V R (dv/dt) R max PACKAGING H H millimeters (inches) Panasert Avisert 16.5 ± ± 0.50 (0.65 ± 0.012) (0.768 ± 0.020) 12.7 (0.500) ±1.0 (0.039) 12.0 (0.472) ±1.0 (0.039) 18.0 (0.709) ±0.5 (0.020) Case Quantity Reel Ammopack Bulk Suffix DB DD DA DC - - x panasert avisert panasert avisert USA Std. Europe / Asia Std (0.157) ±0.3 (0.012) 12.7 (0.500) ±0.2 (0.008) 5.08 (0.200) Thermoadhesive tape (Other sizes according to standard CEI : 286-2) Dimensions: millimeters (inches) 13

15 BH 01/02/07/06/05: Radial Leads (Lead Free Product) CPM-N----- pitch = 5.08mm (0.200") CAPACITANCE VALUES (C R ) and NOMINAL VOLTAGES (V R ) Capacitance Reference Range BH (C R ) V R- / V R~ 63/40 (voltage code: D) 100/63 (voltage code: E) 250/160 (voltage code: G) 400/200 (voltage code: I) 1,000 pf BH01 BH01 BH01 BH01 1,200 BH01 BH01 BH01 BH01 1,500 BH01 BH01 BH01 BH01 1,800 BH01 BH01 BH01 BH01 2,200 pf BH01 BH01 BH01 BH01 2,700 BH01 BH01 BH01 BH01 3,300 BH01 BH01 BH01 BH01 3,900 BH01 BH01 BH01 BH01 4,700 pf BH01 BH01 BH01 BH01 5,600 BH01 BH01 BH01 BH02 6,800 BH01 BH01 BH01 BH02 8,200 BH01 BH01 BH01 BH07 10,000 pf BH01 BH01 BH01 BH07 12,000 BH01 BH01 BH01 BH07 15,000 BH01 BH01 BH01 BH07 18,000 BH01 BH01 BH01 BH06 22,000 BH01 BH01 BH02 BH06 27,000 BH01 BH01 BH02 BH06 33,000 BH01 BH01 BH02 BH06 39,000 BH01 BH01 BH07 BH05 47,000 pf BH01 BH01 BH07 BH05 56,000 BH01 BH01 BH07 68,000 BH01 BH01 BH07 82,000 BH01 BH01 BH nf BH01 BH01 BH BH01 BH01 BH BH01 BH01 BH BH01 BH nf BH01 BH BH02 BH BH02 BH BH07 BH nf BH07 BH BH07 BH BH07 BH BH07 BH05 1 µf BH07 BH µf BH µf BH05** **Upon request & only available 50 V (V R ) 14

16 BF/BQ 01/02/05/06/07/04 BH 01/02/05/06/07 CHARACTERISTICS CURVES Influence of the frequency on the impedance (room temperature). Z (Ω) nf 4,7 nf 22 nf 47 nf µf ƒ (MHz) Nominal RMS voltage vs. frequency (room temperature) allowing a 10 C increase of the external temperature of the box. 470 nf 1 µf 220 nf 100 nf V rms max. V rms max Cases V R : 63 V Cases V R : 100 V nf 47 nf 100 nf 220 nf 470 nf 1 µf 1.5 µf nf 22 nf 47 nf 100 nf 220 nf 470 nf ƒ (Hz) ƒ (Hz) V rms max. V rms max Cases V R : 250 V Cases V R : 400 V nf 4.7 nf 10 nf 22 nf 47 nf 100 nf nf 2.2 nf 4.7 nf 10 nf 22 nf 47 nf ƒ (Hz) ƒ (Hz) 15

17 BN 07/10/15/22/27 CPM /10/15/22.5/27.5 (BT/BG/BO) 16 Schematic Cross Section Schoop Metallized Film PERFORMANCE CHARACTERISTICS Climatic Category: 55/125/56 Performance Class 2 Capacitance Range: C R 1 nf to 22 µf (E6) Tolerances on C R : ±5%, ±10%, ±20% (other values on request) Nominal Voltages: V R 63/100/250/400/630/1000 V V R~ 40/63/115/200/220/450 V Category Voltage: V c = Un at 100 C & 0.5 Un at 125 C Test Voltage: V e = 1.6 Undc/2 s at 20 C Total Self Inductance (L): For lead length = 2mm Pitch (mm) L (nh) Tangent of Loss Angle at 1 khz: D.F for C >0.1µF for C 0.1µF APPLICATIONS Commodity Product: Decoupling with AC or pulse components High current uses (TV deflection coils) Capacitive dividers Energy saving lamps, etc. TECHNOLOGY Dielectric: Polyester film Stacked-film for pitch 7.5, 10 & 15mm (63Vdc...400Vdc) Wound capacitor for pitch 7.5 & 10 & 15mm (630Vdc/1000Vdc) for pitch 22.5 & 27.5mm (63Vdc/1000Vdc) Leads: Radial tinned copper wire Protection: Plastic case (UL94: V-O) / Polyurethane resin Marking: Logo Type Nominal Capacitance Tolerance (EIA) DC Nominal Voltage Example: T BN 47n J 400 Delivery Mode: Bulk Taped (reel) Insulation Resistance: IR 3.75 G for C 0.33µF IR (M ) * C(µF) 1250 s for C >0.33µF measures at 10V for Un=63Vdc and 100V for others dv/dt: (V/µsec) V R (dv/dt) R max pitch: 7.5mm (dv/dt) R max pitch: 10mm (dv/dt) R max pitch: 15mm (dv/dt) R max pitch: 22.5mm (dv/dt) R max pitch: 27.5mm STANDARDIZATION Generic specifications: CEI 384-1/CECC 30000/UTE Sectional specifications: CEI 384-2/CECC 30400/UTE Thermal Resistance: Rth hot spot/ambient ( C/W) Pitch (mm) 7.5mm 10mm 15mm 22.5mm 27.5mm Case 1 2 C D E P R68 Rth (stacked) Rth (wound)

18 BN 07/10/15/22/27 Pitch = 7.5mm / 10mm /15mm / 22.5mm / 27.5mm PACKAGING Reel Lead Spacing: 7.5 (0.295) Lead Spacing: 15 (0.394/0.590) H 6.0 (0.236) ±0.2 (0.008) 6.0 (0.236) ±0.2 (0.008) 4.0 (0.157) ±0.3 (0.012) 12.7 (0.500) ±0.2 (0.008) 18.0 (0.709) ±0.5 (0.020) H 18.0 (0.709) ±0.5 (0.020) L.S (0.500) 4.0 (0.157) ±0.2 (0.008) ±0.3 (0.012) L.S. P Adhesive tape (Other sizes according to standard CEI : 286-2) Dimensions: millimeters (inches) P H Taping Suffix EN Lead Spacing Tol ±0.4 (0.016) 7.5 (0.295) 10 (0.394) 15 (0.590) 12.7 ± ±1 (0.5 ±0.039) (1.0.±0.039) 16.5 ± / 0.5 (0.650 ±0.012) ( / 0.020) Bulk Suffix - - LG KB KC KE KH KK K3 K7 Leads 6mm 3.2mm 3.5mm 4mm 5mm 9mm 15mm 20mm 25mm Length +0/ 1 ±0.4 ±0.5 ±0.5 ±0.5 ±0.5 ±0.5 ±1 ±1 Standard Suffix: - - Special MOQ for these special suffix 17

19 6 (0.236) BN 07/10/15/22/27 Pitch = 7.5mm L e 0.4 (0.016) min H LS + 0 (0.000) 1 (0.039) BN07 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 7.5 BN074D /40 68nF , x BN074D nF , x BN074D nF , x BN074D nF , x BN074D nF , x BN074D nF ,000 14, x BN074D µF ,000 14, x BN074D µF D x BN074E /63 33nF , x BN074E nF , x BN074E nF , x BN074E nF , x BN074E nF ,000 14, x BN074E nF ,000 14, x BN074E nF C ,000 12, x BN074E µF D x BN074G / nF , x BN074G nF , x BN074G nF , x BN074G nF , x BN074G nF , x BN074G nF , x BN074G nF ,000 14, x BN074G nF D x BN074I /200 1nF , x BN074I nF , x BN074I nF , x BN074I nF , x BN074I nF , x BN074I nF , x BN074I nF ,000 14, x BN074I nF ,000 14, x BN074I nF C ,000 12, x BN074I nF D x BN074K /220 1nF , x BN074K nF , x BN074K nF , x BN074K nF , x BN074K nF , x BN074K nF ,000 14, x BN074K nF ,000 14, x BN074K nF C ,000 12, x BN074K nF D x BN074K nF D x Replace the + by the tolerance code: J=5% - K=10% - M=20% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel etc (1) : MOQ for standard bulk suffix

20 BN 07/10/15/22/27 Pitch = 10mm BN10 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 10 BN104D /40 220nF E , x BN104D nF E , x BN104D nF E , x BN104D nF E , x BN104D µF E , x BN104D µF , x BN104D µF x BN104E /63 68nF E , x BN104E nF E , x BN104E nF E , x BN104E nF E , x BN104E nF E , x BN104E nF E , x BN104E nF , x BN104E nF x BN104G /115 33nF E , x BN104G nF E , x BN104G nF E , x BN104G nF E , x BN104G nF E , x BN104G nF , x BN104G nF , x BN104G nF x BN104I / nF E , x BN104I nF E , x BN104I nF E , x BN104I nF E , x BN104I nF E , x BN104I nF E , x BN104I nF E , x BN104I nF , x BN104I nF x BN104K / nF E , x BN104K nF E , x BN104K nF E , x BN104K nF E , x BN104K nF , x BN104K nF , x BN104K nF x BN104L /450 1nF E , x BN104L nF E , x BN104L nF E , x BN104L nF , x BN104L nF x BN104L nF x Replace the + by the tolerance code: J=5% - K=10% - M=20% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel (1) : MOQ for standard bulk suffix - - etc 19

21 BN 07/10/15/22/27 Pitch = 15mm BN15 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 15 BN154D /40 680nF x BN154D µF x BN154D µF x BN154D µF x BN154D µF I x BN154D µF x BN154D µF x BN154D µF x BN154E /63 150nF x BN154E nF x BN154E nF x BN154E nF x BN154E µF x BN154E µF x BN154E µF I x BN154E µF x BN154E µF x BN154G / nF x BN154G nF x BN154G nF x BN154G nF x BN154G nF x BN154G nF I x BN154G µF x BN154G µF x BN154I /200 47nF x BN154I nF x BN154I nF x BN154I nF x BN154I nF I x BN154I nF x BN154I nF x BN154K /220 33nF x BN154K nF x BN154K nF I x BN154K nF I x BN154K nF x BN154L / nF x BN154L nF x BN154L nF x BN154L nF x Replace the + by the tolerance code: J=5% - K=10% - M=20% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel (1) : MOQ for standard bulk suffix - - etc 20

22 BN 07/10/15/22/27 Pitch = 22.5mm/27.5mm BN22 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 22.5 BN224D /40 6.8µF x BN224D µF x BN224D µF x BN224E /63 2.2µF x BN224E µF x BN224E µF x BN224E µF x BN224E µF x BN224G /115 1µF x BN224G µF x BN224G µF x BN224G µF x BN224I / nF x BN224I nF x BN224I nF x BN224I µF x BN224I µF x BN224K / nF x BN224K nF x BN224K nF x BN224K nF x BN224K nF x BN224L /450 33nF x BN224L nF x BN224L nF x BN224L nF x BN224L nF x Replace the + by the tolerance code : J=5% - K=10% - M=20% Replace the - - by the packaging suffix : - - = standard bulk - EN = taping on reel (1) : MOQ for standard bulk suffix - - etc Pitch = 22.5mm BN27 Pitch = 27.5mm Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 27.5 BN274D /40 15µF x BN274D µF x BN274E /63 8.2µF x BN274E µF x BN274E µF x BN274G / µF x BN274G µF x BN274G µF P x BN274G µF P x BN274G µF x BN274G µF BN274G µF * R BN274I / µF x BN274I µF P x BN274I µF P x BN274I µF x BN274I µF x BN274I µF * R BN274K / nF x BN274K nF x BN274K µF P x BN274K µF x BN274K µF * R x BN274K µF * R BN274L / nF x BN274L nF P x BN274L nF x BN274L nF x BN274L nF x BN274L nF * R *only available standard bulk: no special lead length Replace the + by the tolerance code: J=5% - K=10% - M=20% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel etc For values biggers > see FFB range (1) : MOQ for standard bulk suffix

23 BW 15: Tip & Ring 15 Radial Leads 250 V- GENERAL DESCRIPTION Non inductive, stacked, self healing, metallized polyester film capacitor. Insulated thermoplastic casing, polyurethane resin sealed. Radial connections. Also available in SMD version. (see below) APPLICATIONS AVX s «TIP & RING» or «ringer» metallized polyester film capacitors are designed as a standard telecom filter to block 48 Volts DC telephone line voltage and pass subscriber s AC signal pulse (16 to 25 Hz, 70 to 90 Vrms). The typical ringing Signal is shown in the enclosed figure. The ringer film capacitors are ideal for telecom/modem applications. This is a complement range to the AVX s ceramic one. STANDARDIZATION Generic specifications: CEI 384-1/CECC 30000/UTE Sectional specifications: CEI 384-2/CECC 30400/UTE NOMINAL VOLTAGE (V R ) AND CAPACITANCE VALUES (C R ) DEPENDING ON THE DIMENSIONS S i z e C as e DIMENSIONS: DV/DT Ft Ur-/Ur~ millimeters (inches) (V/µsec) (A 2.sec) 250/100 L Max H Max e Max LS ± 0.4 Ø +10%-0.05 Capacitance (0.689) 10.5 (0.413) 5 (0.197) 15 (0.591) 0.80 (0.031) nf (0.689) 13.5 (0.531) 5 (0.197) 15 (0.591) 0.80 (0.031) nf (0.689) 13.5 (0.531) 5 (0.197) 15 (0.591) 0.80 (0.031) nf (0.689) 13.5 (0.531) 6.25 (0.246) 15 (0.591) 0.80 (0.031) µF (0.689) 14.5 (0.571) 8.50 (0.335) 15 (0.591) 0.80 (0.031) µF (0.689) 14.5 (0.571) 8.50 (0.335) 15 (0.591) 0.80 (0.031) µF HOW TO ORDER BW 15 4 G 0105 K Type Class PET Voltage 250V Capacitance Value EIA Code Tolerance ±10% Suffix Tape and Reel 22

24 BW 15: Tip & Ring 15 Radial Leads 250 V- PERFORMANCE CHARACTERISTICS Climatic category: 55/100/56 Capacitance (Cr): See table Tolerance: ±5%, ±10% Nominal voltage: 250 V- Test voltage (1.4Ur-2sec): 350 V- Category voltage: Ur at 100 C Tangent of loss angle at 1 KHz (DF): < Insulation resistance between terminals under 100V-: IR * C> 1 Gohm µf Insulation resistance between terminals and case: >30 Gohms MARKING Logo Type T BW 1 µ0 K Nominal Capacitance 250V- Tolerance (EIA code) DC nominal voltage millimeters (inches) Suffix - - EN LG KB KC KE KH K7 Description Connections Tape & Reel Connections Connections Connections Connections Connections Connections bulk length= bulk length= bulk length= bulk length= bulk length= bulk length= bulk length= 6mm± mm± mm±0.5 4mm±0.5 5mm±0.5 9mm±0.5 25mm±1 (0.236±0.020) (0.126±0.016) (0.138±0.020) (0.157±0.020) (0.197±0.020) (0.354±0.020) (0.984±0.039) SCHEMATIC DRAWING 15 ±0.4 (0.591 ±0.016) 0.8 (0.031) TIP & RING GRAPH 250V Tip & Ring 6 +0/-1 ( /-0.039) 0.2 min (0.008) min Height 0-48V MOQ = PRIMARY PACKAGING PART NUMBER CF 18 2 Length Size Case Reel (EN) Bulk ( ) Minimum Quantity G -250V ms 200ms/div 1.6s FILM CHIP CAPACITORS Tip & Ring film chip capacitors are designed also as a standard telecom filter. Size Code H max Standard Extended Standard Extended Range Range Range Range 470 nf nf nf µf µf K Type Size Equivalent Class 2=PET HT Voltage 250 V = G Capacitance Value 10% = K Code EIA Tolerance Suffix 23

25 24 Metallized Polypropylene Film Dielectric Capacitors

26 Polypropylene Film Dielectric Capacitors Characteristics INTRODUCTION The intrinsic qualities of polypropylene as a dielectric are essentially very low dielectric loss resistance to damp, low temperature coefficient and high dielectric strength. LCC is amongst the leaders in Europe in developing polypropylene capacitors, and the types in this catalog are the fruit of constant research and improvement. TECHNOLOGY Polypropylene film with foil armatures capacitors The use of thick metal foils (5 to 7µm) means that these capacitors can be used in conditions requiring high rms current and with extended frequencies fields. Metallized polypropylene film capacitors The outstanding characteristic of this technology is the self healing by vaporizing of the metallized area round a fault. Volumetric energy is high, as the thickness of the metallization (0.02µm) is minute compared to the dielectric (from 0 to several tens of µm). However, this technology is not suitable for high current. See technical data. Metallized polypropylene film with foil armatures capacitors This mixed technology combines the advantages of the two preceding types, self healing and high current and for certain types also covers high voltage ranges. GENERAL ELECTRICAL CHARACTERISTICS Applicable specifications: NF C (CECC 30000) and IEC Polypropylene film with foil armatures capacitors (UTE C 93157) 1. Nominal capacitance (C R) and C Rtolerances Nominal capacitance values are based on the E6, E12, E48 and E96 series (see tables of standard values). Their multiples and decimals, with the associated tolerances as shown in the table below. The nominal capacitance limits and the values available are shown for each individual type. Tolerances Values Code Series 1% F E96 2% G E48 5% J E24 10% K E12 20% M E6 Capacitance measurement between terminals: Measuring frequency 1 MHz ± 20% C R 1000 pf 1 khz ± 20% C R > 1000 pf Measurement voltage: Peak value of applied voltage should be at the most 3% of nominal dc voltage whichever is the lowest. Accuracy of measurement: Errors should not exceed: a) For absolute capacitance: 10% of the tolerance on nominal capacitance, or 2%, whichever is the smaller. b) For measurement of capacitance variation, 10% of the maximum variation of specified capacitance. 2. Stability classes These are defined by the tolerance on the temperature coefficient according to the preferred values shown in the table below. Temperature Tolerances on temperature coefficient coefficient (ppm/ºc) (ppm/ºc) Stability Class ±40 ±40-40 ±40 ±40-80 ±40 ± ±50 ± ±60 ± ±80 ±160 ± ±120 ±250 ± ±120 ±250 ±250 C C (1) (±0.5% + 0.5pF) (±1% + 1pF) (±2% + 2pF) (1) Permissible capacitance change after the initial climatic and mechanical tests. 3. Temperature coefficient (CT) Definition: The temperature coefficient of the capacitance is the relationship between the capacitance variation, measured at the extremes of a specified temperature range, and the temperature variation itself. It is normally expressed in millionths per degree Celsius (ppm/ºc). 4. DC nominal voltage (U R -) The nominal voltage is the maximum DC voltage which may be applied to the capacitor terminals in a temperature of 85ºC, or the maximum temperature specified for the particular category. Standard values: the standard values of nominal voltage conform to the series based on R5 in the ISO R3 recommendation, i.e.: , and their decimal multipliers and dividers. 5. AC nominal voltage (U R ~) (specified for some types) The frequency is 50 Hz unless if a higher frequency is specified. 25

27 Polypropylene Film Dielectric Capacitors Characteristics 6. Nominal temperature with AC voltage The permissible ambient temperature under nominal AC voltage is equal to 70ºC for capacitors whose maximum category temperature is more than or equal to 85ºC. For ambient temperature difference of 70ºC refer to curve below. U R ~ (%) C (C ) NB: Sum of DC and AC voltages applied to the capacitor should not exceed the nominal voltage. 7. Category voltage (U C) The DC category voltage is equal to U R when the maximum category temperature is equal to 85ºC. For higher temperature, the category voltage is given in the individual specification. The AC category voltage is specified in the individual data sheet. 8. Test voltage (U e) The following table gives the DC voltage values to be applied between terminals and terminals/earth. Application Points Test Voltage Between terminals 2 U R - Between terminals 2 U R - and earth with a minimum of 400 V NB: Measuring voltage is applied for 1 minute, the initial value of the charging current should be less than or equal to 1A. 9. AC nominal current (I R ~) (specified for some types) The individual specification should indicate the nominal rms voltage of the permissible rms currents which can be permently applicable at the ambient temperature of 70ºC. (For different ambient temperatures refer to the curve below.) I ~(%) R The nominal currents values are selected from the R10 or R20 series. See examples of current definition from type oscillograms on page Tangent of loss angle (Tg ) Measurement conditions: Identical to those for the measurement of capacitance between terminals. Requirements: The tangent of loss angle should not exceed the values indicated in the table below. F Capacitance Tg Measurement (10-4 ) 1 MHz C R < 1000pF 10 1 khz 1000 pf CR 0.1µF 5 C R > 0.1µF 10 NB: In fact, the dielectric losses of the polypropylene are constants (Tg 2 x 10-4 ) whatever operating temperature (up to 100ºC) and frequency (up to several MHz) are. The dissipation factor of capacitor is the sum of the two terms: the first one corresponds to the dielectric losses (2 x 10-4 ), the second one to losses by Joule effect from leads and plates. 11. Insulation resistance (Ri) Measurement conditions: The table below gives measurement voltages as a function of the nominal voltage of the capacitor. Requirements: Insulation resistance should meet the values in the table below. Nominal Voltage (V) Measurement Voltage (V) 10 U R- < ± U R- < ± U R- 500 ± 50 Measuring C R 0.33µF C R > 0.33µF Points Ri min. Ri x C R min. Between terminals 100 GΩ s. Between terminals and earth 100 GΩ NB: Before carrying out this measurement, the capacitors should be completely discharged. 12. Thermal resistance (Rth) Multiplied by active losses, gives the temperature of the warmest point of the capacitor body. Indicated only for some types. 13. Voltage gradient (du/dt) R It is the value of slope of the curve U = f (t) expressed in Volt/second. See curves on next page (C ) NB: Sum of DC and AC voltages applied to the capacitor should not exceed the nominal voltage. NB: The (du/dt) R values shown in each technical data for some types give the maximum rise time from 0 to nominal voltage U R of the capacitor. These (du/dt) R are given for a linear growth from 10 to 90% of the nominal voltage U R (see curve on next page). If the applied voltage (Ua) are less than the nominal voltage U R-, the (du/dt) R should be increased in the ratio U R- /Ua. 26

28 Polypropylene Film Dielectric Capacitors Characteristics U 0.1U A (du/dt) : definition U R- (V) µs du * du ( dt ) peak = 2.75 ( dt) du ( dt) T 1 T 2 * slope of the curve U = f(t) at the origin B (du/dt) : measurement I.G 1 I.G 2 V.Cx U test = ripple voltage < ± 5% E du Ex: ( dt) =125 V/µs R Th1 G1 RC Rd Cx Th2 G2 R thyristors control R T mains period T(µs) mains T T T Measurement of voltage gradient value Case of discharges through a resistor (Rd). See device on left. ( ) R du dt Metallized polypropylene dielectric capacitors (NFC CECC 31200) 1. Nominal capacitance (C R), tolerances - measurements. See paragraph 1 page Classes of performance and stability Performance class 1: capacitors designed for long life applications with severe requirement for all electrical parameters. Performance class 2: general purpose capacitors for which the severe requirements of class 1 are not necessary. Stability class: this is defined by the variation of capacitance after the climatic and mechanical tests. The classes of performance and stability should be indicated in the individual specifications. Combination of classes of performance and stability: the following table shows, for preferred values, the combination of performance class and stability class. 3. Nominal voltage (U R-) See page Category voltage (U C) See page Nominal AC current (I R~) See page Test voltage (U e ) The following table gives the voltages to be applied between terminals, and between terminals and earth. Measurement voltage is applied for 1 minute. Discharge current should be limited by a resistor with a value 50 ma. For types to be used with AC voltage, see page 25. NB: Self healing is permitted during application of voltage. = E 2.75 Rd.Cx Performance Class Stability Measurement Points Test Voltage Classes 1-1 and 1-2 Performance Class 2 Between Terminals 1.6 U R U R - Between Terminals 2 U R and Earth with a minimum of 200V 27

29 Polypropylene Film Dielectric Capacitors Characteristics 7. Tangent of loss angle (Tg ) Measurement conditions identical to those for measurement of capacitance between terminals (see page 26). Requirements: The tangent of loss angle should not exceed the values indicated on the table below. F Tg (10-4 ) Measurement C R * Performance Performance Class 1 Class 2 1 khz 10µF *C R > 10µF please consult us. Example of results: See curve below. 100 Tg (10-4 ) L max (31mm) 8. Insulation resistance (Ri) Measurement conditions: see page 26. Requirements: The insulation resistance should satisfy the requirements shown in the table below. C R > 0.33µF C R 0.33µF Measurement Ri x C R min.(s) Ri min (GΩ) Points Performance Performance Performance Performance Class 1 Class 2 Class 1 Class 2 Between Terminals 30,000 6, Between Terminals 100 GΩ and Earth 9. Voltage gradient (du/dt) R See page Radial lead types Lead spacing. Tolerance on lead spacing is given from the bottom of stand-offs F(kHz) 28

30 Polypropylene Film Dielectric Capacitors Characteristics Nominal AC current I R~ Examples of rms currents defined from typical oscillograms. 1 5 I I 0 T t I eff/rms = I 2 3 I eff/rms = I 2.t T 2 6 I 0 t I 0 t 1 t 2 t 3 T T I eff/rms = I 2 t T I eff/rms = 2.I2 3 T t ( 1 + t 3 t + 2 ) I 0 t 1 t 2 I 0 = RC T t I eff/rms = I 2 T 2 t 1 t ( + 1 ) 2 2t 2 I eff/rms = I 2.RC T if T >> RC 4 8 t 2 I 1 I2 I 0 I 3 I4 T I eff/rms = if I 1 t 2 = It I2 2 t t 1 1 T ( + 1 t 2 ) t 1 I 5 I 6 I 7 T I 8 Example for 4 oscillations: I eff/rms = t o 8 I I 2 i 2 t o 8T 29

31 Polypropylene Film Dielectric Capacitors Type Selection Guide Voltage Gradient Capacitors (du/dt) R Presentation Models Types Nominal Voltages Capacitance Range Tolerances LCC UTE U R - (V) U R ~ (V) C R Sur/on C R BL PPM6 ± 5% (E12) Radial (PBS) C nF µF ± 10% (E6) Leads BA ± 5% (E12) (PS) nF nF ± 10% (E6) 30

32 BL 07/10/15/22/27 PPM6 (BB/PBS) Schematic Cross Section APPLICATIONS Commodity Product: Decoupling with AC or pulse components High current uses (TV deflection coils) Capacitive dividers Energy saving lamps, etc. TECHNOLOGY Dielectric: Polypropylene film Wound capacitor Leads: Radial tinned wire Protection: Plastic case (UL94: V-O) / Polyurethane resin Marking: Logo Type Nominal Capacitance Tolerance (EIA) DC Nominal Voltage Example: T BL 100n J 250 Delivery Mode: Bulk Taped (reel) for pitch = & 15mm Schoop Metallized Film PERFORMANCE CHARACTERISTICS Climatic Category: 55/100/56 Capacitance Range: C R 1 nf to 6.8 µf (E24) Tolerances on C R : ±5%, ±10% Nominal Voltages: V r 160/250/400/630/1000/1600/2000 V V r~ 100/160/200/250/350/400/500 V Category Voltage: V c = 0.7 V R at 100 C Test Voltage: V e = 1.6 V R / 2s at 25 C Total Self Inductance (L): For lead length = 2mm Pitch (mm) L (nh) Tangent of Loss Angle: D.F. 10 * 10-4 at 1 khz 25 C Insulation Resistance: IR > 100 G for C 0.33µF IR > 30000s for C >0.33µF Condition of Measurement: 100V (±15) at 25 C dv/dt: V R (dv/dt) R max pitch: 7.5mm (dv/dt) R max pitch: 10mm (dv/dt) R max pitch: 15mm (dv/dt) R max pitch: 22.5mm (dv/dt) R max pitch: 27.5mm Thermal Resistance: Rth hot spot/ambient ( C/W) STANDARDIZATION CEI & CEI Performance Class 1-1 Pitch (mm) 7.5mm 10mm 15mm 22.5mm 27.5mm Case P Rth

33 BL 7.5/10/15/22/27 Pitch = 7.5mm / 10mm / 15mm / 22.5mm / 27.5mm PACKAGING Reel P H Taping Suffix EN Lead Spacing Tol ±0.4 (0.016) Pitch 7.5 (0.295) Pitch 10 (0.394) Pitch: 15 (0.590) 12.7 ± ± ±1 (0.500 ±0.039) (1.0 ±0.039) (1.0 ±0.039) 16.5 ± / / 0.5 (0.650 ±0.012) ( / 0.020) ( / 0.020) Lead Spacing: 7.5 (0.295) Lead Spacing: 15 (0.394/0.590) H 6.0 (0.236) ±0.2 (0.008) 6.0 (0.236) ±0.2 (0.008) 4.0 (0.157) ±0.3 (0.012) 12.7 (0.500) ±0.2 (0.008) 18.0 (0.709) ±0.5 (0.020) H 18.0 (0.709) ±0.5 (0.020) L.S (0.500) 4.0 (0.157) ±0.2 (0.008) ±0.3 (0.012) L.S. P Adhesive tape (Other sizes according to standard CEI : 286-2) Dimensions: millimeters (inches) Bulk Suffix - - LG KB KC KE KH KK K3 K7 Leads 6mm 3.2mm 3.5mm 4mm 5mm 9mm 15mm 20mm 25mm Length +0/ 1 ±0.4 ±0.5 ±0.5 ±0.5 ±0.5 ±0.5 ±1 ±1 Standard Suffix: - - Special MOQ for these special suffix 32

34 6 (0.236) BL 07/10/15/22/27 Pitch = 7.5mm & 10mm L e 0.4 (0.016) min H LS + 0 (0.000) 1 (0.039) BL07 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 07 BL076F /100 16nF ,000 14, * * 07 BL076F nF ,000 14, * * 07 BL076F nF ,000 14, * * 07 BL076G / nF ,000 14, * * 07 BL076G nF ,000 14, * * 07 BL076G nF ,000 14, * * 07 BL076I / nF ,000 14, * * 07 BL076I nF ,000 14, * * 07 BL076I nF ,000 14, * * 07 BL076K /250 1nF ,000 14, * * 07 BL076K nF ,000 14, * * 07 BL076K nF ,000 14, * * 07 BL076K nF ,000 14, * * 07 BL076K nF ,000 14, * * BL10 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 10 BL106F /100 36nF , * * 10 BL106F nF , * * 10 BL106F nF , * * 10 BL106F nF , * * 10 BL106F nF * * 10 BL106F nF * * 10 BL106G /160 16nF , * * 10 BL106G nF , * * 10 BL106G nF , * * 10 BL106G nF , * * 10 BL106G nF * * 10 BL106I / nF , * * 10 BL106I nF , * * 10 BL106I nF , * * 10 BL106I nF * * 10 BL106K / nF , * * 10 BL106K nF , * * 10 BL106K nF , * * 10 BL106K nF * * Replace the + by the tolerance code: J=5% - K=10% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel (1) : MOQ for standard bulk suffix - - *: upon request etc 33

35 BL 07/10/15/22/27 Pitch = 15mm BL15 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Reel Bulk (1) -0.5 mm (A 2.sec) (A) 15 BL156F / nF x BL156F nF x BL156F nF x BL156F nF x BL156F nF x BL156F nF x BL156G /160 62nF x BL156G nF x BL156G nF x BL156G nF x BL156G nF x BL156G nF x BL156G nF x BL156I /200 51nF x BL156I nF x BL156I nF x BL156I nF x BL156I nF x BL156I nF x BL156I nF x BL156K /250 30nF x BL156K nF x BL156K nF x BL156K nF x BL156K nF x BL156K nF x BL156K nF x BL156L /350 1nF x BL156L nF x BL156L nF x BL156L nF x BL156L nF x BL156L nF x BL156L nF x BL156L nF x BL156L nF x BL156M /400 1nF x BL156M nF x BL156M nF x BL156M nF x BL156M nF x BL156M nF x BL156M nF x BL156M nF x BL156N /500 1nF x BL156N nF x BL156N nF x BL156N nF x BL156N nF x BL156N nF x Replace the + by the tolerance code: J=5% - K=10% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel (1) : MOQ for standard bulk suffix - - etc 34

36 BL 07/10/15/22/27 Pitch = 22.5mm BL22 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Bulk -0.5 mm (A 2.sec) (A) 22.5 BL226F / nF x BL226F µF x BL226F µF x BL226F µF x BL226F µF x BL226F µF x BL226G / nF x BL226G nF x BL226G µF x BL226G µF x BL226G µF x BL226I / nF x BL226I nF x BL226I nF x BL226I µF x BL226I µF x BL226I µF x BL226K / nF x BL226K nF x BL226K nF x BL226K nF x BL226K µF x BL226L / nF x BL226L nF x BL226L nF x BL226L nF x BL226L nF x BL226L nF x BL226L nF x BL226L nF x BL226M /400 10nF x BL226M nF x BL226M nF x BL226M nF x BL226M nF x BL226N /500 3nF x BL226N nF x BL226N nF x BL226N nF x BL226N nF x BL226N nF x BL226N nF x BL226N nF x Replace the + by the tolerance code: J=5% - K=10% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel etc 35

37 BL 07/10/15/22/27 Pitch = 27.5mm BL27 Pitch Ordering Code Vr-/Vr~ Cr Case Dimensions (mm) MOQ +10% I 2 t Irms mm L max H max e max Bulk -0.5 mm (A 2.sec) (A) 27.5 BL276F / µF x BL276F µF P x BL276F µF x BL276F µF x BL276F µF x BL276G / nF x BL276G µF x BL276G µF P x BL276G µF x BL276G µF x BL276I / nF x BL276I µF x BL276I µF x BL276I µF x BL276K / nF x BL276K nF x BL276K nF P x BL276K µF x BL276K µF x BL276L /350 56nF x BL276L nF x BL276L nF x BL276L nF x BL276L nF x BL276M /400 30nF x BL276M nF x BL276M nF x BL276M nF x BL276M nF x BL276M nF x BL276N /500 15nF x BL276N nF x BL276N nF x BL276N nF x BL276N nF x BL276N nF x Replace the + by the tolerance code: J=5% - K=10% Replace the - - by the packaging suffix: - - = standard bulk - EN = taping on reel etc 36

38 BA 15/22/27 BP or PS APPLICATIONS Commodity Product: Decoupling with AC or pulse components High current uses (TV deflection coils) Capacitive dividers Energy saving lamps, etc. TECHNOLOGY Dielectric: Polypropylene film foil Wound capacitor Leads: Radial tinned wire Protection: Plastic case (UL94: V-O) / Polyurethane resin Marking: Logo Type Nominal Capacitance Tolerance (EIA) DC Nominal Voltage Example: T BA 4.7n J 630 Delivery Mode: Bulk Taped (reel) for pitch = 15mm only Schematic Cross Section Schoop Metallized Film Armatures PERFORMANCE CHARACTERISTICS Climatic Category: 55/100/56 Capacitance Range: C R 1 nf to 390 nf (E24) Tolerances on C R : ±5%, ±10% Nominal Voltages: V r 630/1000/1600/ CHAR mar lsbt/618(v)]tj Tw 37