Power Metal Film Leaded Resistors

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1 PR/2/3 Power Metal Film Leaded Resistors DESCRIPTION A homogeneous film of metal alloy is deposited on a high grade ceramic body. After a helical groove has been cut in the resistive layer, tinned connecting wires of electrolytic copper or copper-clad iron are welded to the end-caps. The resistors are coated with a red, non-flammable lacquer which provides electrical, mechanical and climatic protection. This coating is not resistant to aggressive fluxes and cleaning solvents. The encapsulation is resistant to all cleaning solvents in accordance with IEC FEATURES High power in small packages ( W/27 size to 3 W/67 size) Different lead materials for different applications Defined interruption behaviour Technology: Metal film AEC-Q2 qualified (PR and PR2) Lead (Pb)-free solder contacts Pure tin plating provides compatibility with lead (Pb)-free and lead containing soldering processes Material categorization: For definitions of compliance please see APPLICATIONS All general purpose power applications TECHNICAL SPECIFICATIONS DESCRIPTION UNIT PR PR2 Cu-lead Notes R value is measured with probe distance of 24 mm ± mm using 4-terminal method. () % tolerance is available for R n -range from R upwards. (2) Ohmic values (other than resistance range) are available on request. PR2 FeCu-lead PR3 Cu-lead PR3 FeCu-lead Resistance range (2).22 to M.33 to M to M.68 to M to M Resistance tolerance % ± ; ± 5 ± ; ± 5 ± ; ± 5 ± ; ± 5 ± ; ± 5 Resistance series ± (E24, E96); ± 5 (E24 series) () Rated dissipation, P 7 R W R < Thermal resistance (R th ) K/W Temperature coefficient ppm/k ± 25 ± 25 ± 25 ± 25 ± 25 Maximum permissible voltage (U max. AC/DC) V Basic specifications IEC 65- Climatic category (IEC 668-) 55/55/56 Stability after: Load ( h, P 7 ) R max.: ± (5 % R +. ) Long term damp heat test (56 days) R max.: ± (3 % R +. ) Soldering ( s, 26 C) R max.: ± ( % R +.5 ) Revision: 24-Jun-3 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

2 PR/2/3 PART NUMBER AND PRODUCT DESCRIPTION Part Number: PR22JA MODEL/SIZE PR PR2 PR3 P R 2 2 J A VARIANT = Neutral Z = Value overflow (Special) WIRE TYPES = Cu.6 2 = Cu.8 3 = FeCu.6 4 = FeCu.8 TCR/MATERIAL VALUE TOLERANCE PACKAGING () SPECIAL = Standard 3 digit value digit multiplier MULTIPLIER 7 = * -3 8 = * -2 9 = * - = * = * 2 = * 2 3 = * 3 4 = * 4 5 = * 5 F = ± % J = ± 5 % Product Description: PR2 5 % A K PR2 5 % A K MODEL/SIZE TOLERANCE PACKAGING () RESISTANCE VALUE PR PR2 PR3 ± % ± 5 % N4 N3 A5 A AC R5 L DC K B PC R2 N4 N3 A5 A AC R5 K = k 4K75 = 4.75 k R2 L DC K B PC The 2 digits are used for all special parts. = Standard Notes The PART NUMBER is shown to facilitate the introduction of a unified part numbering system for ordering products. () Please refer to table PACKAGING for details. PACKAGING MODEL PR PR2 PR3 TAPING Axial, 52 mm Wire Cu.6 mm and FeCu.6 mm Radial Wire Cu.6 mm Axial, 52 mm Wire Cu.8 mm and FeCu.6 mm Radial Wire Cu.8 mm and FeCu.6 mm Axial, 63 mm Wire Cu.8 mm and FeCu.6 mm Radial Wire Cu.8 mm and FeCu.6 mm AMMO PACK REEL BULK, DOUBLE KINK PIECES CODE PIECES CODE PITCH PIECES CODE 5 A5 5 R5 A 4 N4 A 3 only with Cu.8 mm N3 5 AC 5 only with Cu.8 mm 2 only with Cu.8 mm R5 R2 7.8 mm Wire Cu.6 mm or FeCu.6 mm 2.5 mm Wire FeCu.6 mm 7.8 mm Wire Cu.8 mm and FeCu.6 mm 5. mm only with FeCu.8 mm Wire FeCu.6 mm 25.4 mm Wire Cu.8 mm and FeCu.6 mm 2 mm Wire FeCu.8 mm L K L B 5 DC 5 PC Revision: 24-Jun-3 2 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

3 PR/2/3 DIMENSIONS L Ø d L 2 Type with straight leads Ø D DIMENSIONS - Straight lead type and relevant physical dimensions; see straight leads outline Ø D MAX. L MAX. L 2 MAX. TYPE Cu FeCu PR ±.5 - PR ±.5.58 ±.5 PR ±.5.58 ±.5 Ø d P ±.5 Ø D P ±.5 L L DIMENSIONS - Double kink lead type and relevant physical dimensions; see double kinked outline TYPE PR PR2 PR3 LEAD STYLE Double kink 7.8 mm pitch Double kink 2.5 mm pitch Double kink 7.8 mm pitch Double kink 2.5 mm pitch Double kink 7.8 mm pitch Double kink 2.5 mm pitch P 2 ± 3 Cu Ø d b FeCu.58 ±.5.58 ± ±.5.78 ±.5.58 ± ±.5.78 ±.5.58 ± ±.5 Ø d b S Ø B b 2 ±.7 Type with double kink. +.25/ / / / / /-.2 b / / / / / /-.2 Dimensions in millimeters Ø D MAX P P 2 S MAX. Ø B Revision: 24-Jun-3 3 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

4 PR/2/3 PRODUCTS WITH RADIAL LEADS (PR, PR2) P 2 P H H H L L W W F P P D DIMENSIONS - Radial taping SYMBOL PARAMETER VALUE TOLERANCE UNIT P Pitch of components 2.7 ±. mm P Feed-hole pitch 2.7 ±.2 mm P Feed-hole centre to lead at topside at the tape 3.85 ±.5 mm P 2 Feed-hole center to body center 6.35 ±. mm F Lead-to-lead distance /- mm W Tape width 8. ±.5 mm W Minimum hold down tape width mm H Component height PR 29 Max. Component height PR2 29 ± 3. mm H Lead wire clinch height 6.5 ±.5 mm H Height of component from tape center 9.5 ± mm D Feed-hole diameter 4. ±.2 mm L Maximum length of snipped lead. - mm L Minimum lead wire (tape portion) shortest lead mm Note Please refer Packaging document ( for more detail. Revision: 24-Jun-3 4 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

5 MASS PER UNIT TYPE MASS (mg) PR Cu.6 mm 22 PR FeCu.6 mm 27 PR2 Cu.8 mm 54 PR2 FeCu.6 mm 455 PR2 FeCu.8 mm 496 PR3 Cu.8 mm 92 PR3 FeCu.6 mm 79 PR3 FeCu.8 mm 85 MARKING The nominal resistance and tolerance are marked on the resistor using four or five colored bands in accordance with IEC 662, marking codes for resistors and capacitors. OUTLINES The length of the body (L ) is measured by inserting the leads into holes of two identical gauge plates and moving these plates parallel to each other until the resistor body is clamped without deformation (IEC 6294). PR/2/3 MOUNTING The resistors are suitable for processing on automatic insertion equipment and cutting and bending machines. MOUNTING PITCH TYPE PR PR2 PR3 LEAD STYLE Note () Recommended minimum value. PITCH mm Straight leads 2.5 () 5 () Radial taped Double kink large pitch Double kink small pitch Straight leads 5. () 6 () Radial taped Double kink large pitch Double kink small pitch 5. 6 Straight leads 23. () 9 () Double kink large pitch 25.4 Double kink small pitch 2. 8 e FUNCTIONAL DESCRIPTION PRODUCT CHARACTERIZATION Standard values of nominal resistance are taken from the E96/E24 series for resistors with a tolerance of ± % or ± 5 %. The values of the E96/E24 series are in accordance with IEC 663. FUNCTIONAL PERFORMANCE. P Tamb = 4 C 7 C C 25 C 55 C 3. P Tamb = 4 C 7 C C 25 C 55 C h h h < kω < 3 kω > 3 kω Tm ( C) 25 C h h h < kω 5 kω > 5 kω Tm ( C) 25 C % ΔR PR Drift nomogram 2. P.5. Tamb = 4 C 7 C C 25 C 55 C % ΔR PR3 Drift nomogram Note The maximum permissible hot-spot temperature is 25 C for PR, 22 C for PR2 and 25 C for PR3..5 h h h < kω < 39 kω > 39 kω Tm ( C) 22 C % ΔR PR2 Drift nomogram Revision: 24-Jun-3 5 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

6 PR/2/3 DERATING The power that the resistor can dissipate depends on the operating temperature. P max. (% P rate d ) T amb ( C) 55 Maximum dissipation (P max. ) in percentage of rated power as a function of the ambient temperature (T amb ) PULSE LOADING CAPABILITIES 3 P max. 2 t p / t i = t i PR Pulse on a regular basis; maximum permissible peak pulse power ( Pˆ max.) as a function of pulse duration (t i ) 2 U max. (V) t i PR Pulse on a regular basis; maximum permissible peak pulse voltage (Û max. ) as a function of pulse duration (t i ) Revision: 24-Jun-3 6 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

7 PR/2/3 PULSE LOADING CAPABILITIES 3 P max. 2 t p / t i = t i PR2 Pulse on a regular basis; maximum permissible peak pulse power ( Pˆ max.) as a function of pulse duration (t i ) U max. 7 (V) t i PR2 Pulse on a regular basis; maximum permissible peak pulse voltage (Û max. ) as a function of pulse duration (t i ) 4 P max. 3 2 t p / t i = t i PR3 Pulse on a regular basis; maximum permissible peak pulse power ( Pˆ max.) as a function of pulse duration (t i ) Revision: 24-Jun-3 7 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

8 PR/2/3 PULSE LOADING CAPABILITIES 24 U max. (V) t i PR3 Pulse on a regular basis; maximum permissible peak pulse voltage (Û max. ) as a function of pulse duration (t i ) INTERRUPTION CHARACTERISTICS 2 t 2 t P overload PR Time to interruption as a function of overload power for range: R 22 R R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. 2 t P overload PR Time to interruption as a function of overload power for range: 6 R R n 56 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. 2 t P overload PR Time to interruption as a function of overload power for range: R R n 5 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications P overload PR2 Time to interruption as a function of overload power for range:.33 R R n 5 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. Revision: 24-Jun-3 8 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

9 INTERRUPTION CHARACTERISTICS 2 t APPLICATION INFORMATION T 8 PR/2/ mm 2 mm 25 mm P overload PR2 Time to interruption as a function of overload power for range: 5 R R n 68 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. 2 t Ø.6 mm Cu-leads Minimum distance from resistor body to PCB = mm PR Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. 2 T P overload PR2 Time to interruption as a function of overload power for range: 68 R R n 56 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. 2 t Ø.6 mm Cu-leads PR Hot-spot temperature rise ( T) as a function of dissipated power. 2 T P overload PR3 Time to interruption as a function of overload power for range:.68 R R n 56 R This graph is based on measured data under constant voltage conditions; the data may deviate according to the applications. Ø.6 mm FeCu-leads PR Hot-spot temperature rise ( T) as a function of dissipated power. Revision: 24-Jun-3 9 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

10 PR/2/3 APPLICATION INFORMATION T 8 2 T mm 2 mm 25 mm Ø.6 mm FeCu-leads Minimum distance from resistor body to PCB = mm PR Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. Ø.8 mm Cu-leads PR2 Hot-spot temperature rise ( T) as a function of dissipated power. T mm 2 mm 25 mm 24 Δ T Ø.8 mm Cu-leads Minimum distance from resistor body to PCB = mm PR2 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. Ø.6 mm FeCu-leads PR2 Hot-spot temperature rise ( T) as a function of dissipated power. T 8 24 ΔT mm 2 mm 25 mm Ø.6 mm FeCu-leads Minimum distance from resistor body to PCB = mm PR2 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. Ø.8 mm FeCu-leads PR2 Hot-spot temperature rise ( T) as a function of dissipated power. 2 Revision: 24-Jun-3 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

11 PR/2/3 APPLICATION INFORMATION T mm 2 mm 25 mm 2 T Ø.8 mm FeCu-leads Minimum distance from resistor body to PCB = mm PR2 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. 2 3 Ø.8 mm Cu-leads PR3 Hot-spot temperature rise ( T) as a function of dissipated power. T 8 5 mm 24 Δ T mm 25 mm Ø.8 mm Cu-leads Minimum distance from resistor body to PCB = mm PR3 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. 2 3 Ø.6 mm FeCu-leads PR3 Hot-spot temperature rise ( T) as a function of dissipated power. T mm 5 mm 2 mm 25 mm 24 ΔT Ø.6 mm FeCu-leads Minimum distance from resistor body to PCB = mm PR3 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. Ø.8 mm FeCu-leads PR3 Hot-spot temperature rise ( T) as a function of dissipated power. 2 3 Revision: 24-Jun-3 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

12 PR/2/3 APPLICATION INFORMATION T mm 2 mm Ø.8 mm FeCu-leads Minimum distance from resistor body to PCB = mm PR3 Temperature rise ( T) at the lead end (soldering point) as a function of dissipated power at various lead lengths after mounting. 2 Z R Rn = Ω Rn = 24 Ω Rn = 2 kω - Rn = kω -2-2 f (MHz) 3 PR Impedance as a function of applied frequency 2 Z R Rn =.2 Ω Rn = Ω Rn = 22 kω - Rn = 24 kω -2-2 f (MHz) 3 PR2 Impedance as a function of applied frequency Revision: 24-Jun-3 2 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

13 PR/2/3 APPLICATION INFORMATION 2 Z R Rn =.5 Ω Rn = 8 Ω Rn =.3 kω - Rn = 2 kω Rn = kω -2 2 f (MHz ) 3 PR3 Impedance as a function of applied frequency TESTS AND REQUIREMENTS Essentially all tests are carried out in accordance with IEC 65- specification, category LCT/UCT/56 (rated temperature range: Lower Category Temperature, Upper Category Temperature; damp heat, long term, 56 days). The tests are carried out in accordance with IEC xx Test Method under standard atmospheric conditions according to IEC 668-, 5.3. In the Test Procedures and Requirements table, tests and requirements are listed with reference to the relevant clauses of IEC 65- and IEC xx test methods. A short description of the test procedure is also given. In some instances deviations from the IEC recommendations were necessary for our method of specifying. All soldering tests are performed with mildly activated flux. TEST PROCEDURES AND REQUIREMENTS IEC 65- CLAUSE IEC TEST METHOD TEST PROCEDURE REQUIREMENTS 4.4. Visual examination No holes; clean surface; no damage Dimensions (outline) Gauge (Tb) Resistance (refer note on first page for measuring distance) Resistance to soldering heat (Xa) Component solvent resistance (Ta) Solderability Solderability (after ageing) Applied voltage (+ %/- %): R< :. V R < :.3 V R < k : V k R < k : 3 V k R < k : V k R < M : 25 V R = M : 5 V See Straight and Kinked Dimensions tables R - R nom: max. ± 5 % Thermal shock: s; 26 C; 3 mm from body R max. : ± ( % R +.5 ) Isopropyl alcohol or H 2 O followed by brushing 2 s; 235 C; Solder bath method; SnPb4 3 s; 245 C; Solder bath method; SnAg3Cu.5 8 h steam or 6 h 55 C; leads immersed 6 mm: for 2 s at 235 C; solder bath (SnPb4) for 3 s at 245 C; solder bath (SnAg3Cu.5) No visual damage Good tinning ( 95 % covered); no damage Good tinning ( 95 % covered); no damage Revision: 24-Jun-3 3 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

14 PR/2/3 TEST PROCEDURES AND REQUIREMENTS IEC 65- CLAUSE IEC TEST METHOD TEST PROCEDURE REQUIREMENTS 4.7 Voltage proof on insulation Maximum voltage U RMS = 5 V during min; metal block method No breakdown or flashover 4.6 Robustness of terminations: (Ua) Tensile all samples Load N; s Number of failures: < x (Ub) Bending half number of samples Load 5 N; 4 x 9 Number of failures: < x (Uc) Torsion other half of samples 3 x 36 in opposite directions No damage R max. : ± (.5 % R +.5 ) (Eb) Bump 3 x 5 bumps in three directions; 4 g No damage R max. : ± (.5 % R +.5 ) (Fc) Vibration Frequency Hz to 5 Hz; displacement.5 mm or acceleration g; three directions; total 6 h (3 x 2 h) No damage R max. : ± (.5 % R +.5 ) (Na) Rapid change of temperature 3 min at LCT and 3 min at UCT; 5 cycles No visual damage PR: R max. : ± ( % R +.5 PR2: R max. : ± ( % R +.5 PR3: R max. : ± (2 % R Climatic sequence: (Ba) Dry heat 6 h; 55 C (Db) Damp heat (accelerated) st cycle 24 h; 55 C; 9 % to % RH (Aa) Cold 2 h; - 55 C (M) Low air pressure 2 h; 8.5 kpa; 5 C to 35 C (Db) Damp heat (accelerated) remaining cycles 5 days; 55 C; 95 % to % RH R ins min. : 3 M R max. : ± (.5 % R +. ) (Cab) Damp heat (steady state) 56 days; 4 C; 9 % to 95 % RH; loaded with. P 7 (Steps: V to V) R ins min. : M R max. : ± (3 % R +. ) Endurance (at 7 C) h; loaded with P 7 or U max. ;.5 h ON and.5 h OFF R max. : ± (5 % R +. ) 4.8 Temperature coefficient Between - 55 C and + 55 C ± 25 ppm/k Insulation resistance Maximum voltage (DC) after min; metal block method R ins min. : 4 M Revision: 24-Jun-3 4 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

15 PR/2/3 2NC INFORMATION FOR HISTORICAL CODING REFERENCE The resistors have a 2-digit numeric code starting with 23 For 5 % tolerance: The next 7 digits indicate the resistor type and packing The remaining 3 digits indicate the resistance value: - The first 2 digits indicate the resistance value - The last digit indicates the resistance decade For % tolerance: The next 6 digits indicate the resistor type and packing The remaining 4 digits indicate the resistance value: - The first 3 digits indicate the resistance value - The last digit indicates the resistance decade Last Digit of 2NC Indicating Resistance Decade RESISTANCE DECADE LAST DIGIT.22 to.9 7 to to to 976 to 9.76 k 2 to 97.6 k 3 to 976 k 4 M 5 2NC Example The 2NC for resistor type PR2 with Cu leads and a value of 75 with 5 % tolerance, supplied on a bandolier of units in ammopack, is: NC - Resistor Type and Packaging () TYPE LEAD Ø mm TOL. (%) (BANDOLIER) AMMOPACK REEL RADIAL TAPED STRAIGHT LEADS 52 mm 52 mm 63 mm 52 mm RADIAL TAPED 4 UNITS 3 UNITS 5 UNITS UNITS 5 UNITS 5 UNITS 2 UNITS PR Cu Cu.8 PR FeCu Cu.8 PR FeCu Notes Preferred types in bold. () Other packaging versions are available on request. 2NC - Resistor Type and Packaging TYPE PR PR2 PR3 LEAD Ø mm TOL. (%) (LOOSE IN BOX) DOUBLE KINK PITCH = 7.8 mm PITCH = 25.4 mm PITCH (2)(3)(4) UNITS 5 UNITS UNITS 5 UNITS Cu FeCu (2) - Cu FeCu FeCu (3) - Cu FeCu FeCu (4) Notes Preferred types in bold. (2) PR pitch 2.5 mm. (3) PR2 pitch 5. mm. (4) PR3 pitch 2. mm, with reversed kinking direction as opposed to the drawing for the type with double kink figure. Revision: 24-Jun-3 5 Document Number: ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT

16 Legal Disclaimer Notice Vishay Disclaimer ALL PRODUCT, PRODUCT SPECIFICATIONS AND DATA ARE SUBJECT TO CHANGE WITHOUT NOTICE TO IMPROVE RELIABILITY, FUNCTION OR DESIGN OR OTHERWISE. Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, Vishay ), disclaim any and all liability for any errors, inaccuracies or incompleteness contained in any datasheet or in any other disclosure relating to any product. Vishay makes no warranty, representation or guarantee regarding the suitability of the products for any particular purpose or the continuing production of any product. To the maximum extent permitted by applicable law, Vishay disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular purpose, non-infringement and merchantability. Statements regarding the suitability of products for certain types of applications are based on Vishay s knowledge of typical requirements that are often placed on Vishay products in generic applications. Such statements are not binding statements about the suitability of products for a particular application. It is the customer s responsibility to validate that a particular product with the properties described in the product specification is suitable for use in a particular application. Parameters provided in datasheets and/or specifications may vary in different applications and performance may vary over time. All operating parameters, including typical parameters, must be validated for each customer application by the customer s technical experts. Product specifications do not expand or otherwise modify Vishay s terms and conditions of purchase, including but not limited to the warranty expressed therein. Except as expressly indicated in writing, Vishay products are not designed for use in medical, life-saving, or life-sustaining applications or for any other application in which the failure of the Vishay product could result in personal injury or death. Customers using or selling Vishay products not expressly indicated for use in such applications do so at their own risk. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay. Product names and markings noted herein may be trademarks of their respective owners. Material Category Policy Vishay Intertechnology, Inc. hereby certifies that all its products that are identified as RoHS-Compliant fulfill the definitions and restrictions defined under Directive 2/65/EU of The European Parliament and of the Council of June 8, 2 on the restriction of the use of certain hazardous substances in electrical and electronic equipment (EEE) - recast, unless otherwise specified as non-compliant. Please note that some Vishay documentation may still make reference to RoHS Directive 22/95/EC. We confirm that all the products identified as being compliant to Directive 22/95/EC conform to Directive 2/65/EU. Vishay Intertechnology, Inc. hereby certifies that all its products that are identified as Halogen-Free follow Halogen-Free requirements as per JEDEC JS79A standards. Please note that some Vishay documentation may still make reference to the IEC definition. We confirm that all the products identified as being compliant to IEC conform to JEDEC JS79A standards. Revision: 2-Oct-2 Document Number: 9

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