HPC ceramic resistors for anti pulse surge EU features • KOA original bulk ceramic resistors • Excellent in anti-pulse characteristics • Higher reliability against disconnection compared to wirewound resistors and film resistors • Products with lead-free terminations meet EU RoHS requirements. RoHS regulation is not intended for Pb-glass contained in the electrode. • Non-inductive resistors • AEC-Q200 Qualified s dor dimensions and construction et ds easi Dimensions inches (mm) le r Inner Type L D d (nom.) l* Resistive Electrode Marking Body Electrode HPC1/2 .433±.039 .138±.039 (11.0±2.0) (3.5±1.0) Cap d Coating ø 0.630±.039 .177±.039 HPC1 10K (16.0±2.0) (4.5±1.0) .031 (0.8) Lead .827±.039 .197±.039 3mm Max. HPC2 Wire (21.0±2.0) (5.0±1.0) 1.50±.118 ℓ L ℓ D 1.02±.039 .236±.039 (38.0±3.0) HPC3 (26.0±2.0) (6.0±1.0) 1.50±.039 .276±.039 HPC4 Derating Curve (38.0±2.0) (7.0±1.0) .039 (1.0) 1.73±.039 .295±.039 HPC5 100 (44.0±2.0) (7.5±1.0) 80 * Lead length changes depending on taping type wer Po60 For resistors operated at an d % Rate40 aomr abbieonvte t,e am ppoewraetru rrea tionfg 4 s0h°Cal l be 20 derated in accordance with the derating curve. 0 -60-40 -20 0 20 60 80 100120140160180200 40 Ambient Temperature (°C) ordering information HPC 1/2 C T631 R 103 K Power Termination Nominal Type Taping Packaging Tolerance Rating Material Resistance HPC 1/2: 0.5W C: SnCu 1/2: T52 A: Ammo 2 significant K: ±10% 1: 1W 1: T631 R: Reel figures + 1 M: ±20% multiplier 2: 2W 3: 3W 4: 4W 5: 5W taping Axial Taping Type T52 T631 HPC1/2 — HPC1 — Contact us for lead forming details. For further information on packaging, please refer to Appendix C. Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 10/29/18 163 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

HPC ceramic resistors for anti pulse surge applications and ratings Power Resistance Range (Ω) Maximum Maximum Rated Operating Part T.C.R. Rating Working Overload Ambient Temp. Designation K: ±10% M: ±20% (x10-6/K) @ 40°C Voltage Voltage Temp. Range E-12 E-6 HPC1/2 0.5W 200V 400V -500 ~ -1300: 3.3Ω≤R<10Ω HPC1 1.0W -600 ~ -1500: 10Ω≤R<100Ω 300V 600V HPC2 2.0W -700 ~ -1800: 100Ω≤R<1kΩ 400V 800V -40°C 10 - 390K 3.3 - 330K +40°C to HPC3 3.0W -900 ~ -1900: 1kΩ≤R<100kΩ 450V 900V +200°C -900 ~ -2000: 100kΩ≤R<200kΩ HPC4 4.0W 500V 1000V -900 ~ -2200: 200kΩ≤R≤390kΩ r HPC5 5.0W 550V 1100V esle isad Rated voltage = √PowerRatingXResistanceValue or Max. working voltage, whichever is lower te od r s environmental applications Performance Characteristics Requirement ∆R ±(% + 0.05Ω) Parameter Test Method Limit Typical Resistance Measurement voltage Within regulated 3.3Ω=<R<10Ω 0.3V Resistance to tolerance — 10Ω=<R<100Ω 1.0V 25°C 100Ω=<R=<390kΩ 3.0V -500~-1300:3.3Ω≤R<10Ω -600~-1500:10Ω≤R<100Ω -700~-1800:100Ω≤R<1kΩ T.C.R -900~-1900:1kΩ≤R<100kΩ — +25°C/-40°C and +25°C/+125°C -900~-2000:100kΩ≤R<200kΩ -900~-2200:200kΩ≤R≤390kΩ Voltage Coefficient 0~-0.2%/V (HPC1/2) (Apply for over 1kΩ) 0~-0.1%/V (HPC1) — Rated voltage and rated voltage x 10% 0~-0.05%/V (HPC2,3,4,5) Overload 2% 0.4% Rated voltage x 2.5 or maximum overload voltage for 5s, whichever less The resistor mounted to the test circuit as below is applied with high voltage impulse 10,000 cycles. Performance Requirements ∆ Type Test Voltage R ±(% + 0.05Ω) 8kV:3.3Ω≤R<30kΩ 5 HPC1/2 8kV:30kΩ≤R<390kΩ 10 Resistance to pulse Rtheef erirg thot the table on — 51k5VkV:3:30k.3ΩΩ≤≤RR<<33900kkΩΩ 55 Prreosteiscttoiorn SW11 sseecc OONFF HPC1 15kV:30kΩ≤R<390kΩ 10 Rx 72k5VkV:3:30k.3ΩΩ≤≤RR<<33900kkΩΩ 55 (MvaoxDl.t aCpguels)e C=1.000pF ins(HulPaCtio: nIn o il) HPC2 25kV:30kΩ≤R<390kΩ 10 15kV:30kΩ≤R<390kΩ 5 HPC3 HPC4 25kV 5 HPC5 Resistance to soldering heat 2% 0.8% 350°C±10°C, 3.5s±0.5s Rapid change of temperature 2% 0.4% -40°C(30min.)/+85°C(30min.), 5 cycles Moisture resistance 5% 0.6% 40°C±2°C, 90%~95%RH, 1000 hours, 1.5h ON/0, 5h OFF cycles Load life 5% 0.4% 40°C±2°C, 1000h, 1.5h ON/0, 5h OFF cycles No abnormality in — Dipping in IPA or Xylene for 3 minutes and leaving for 10 minutes after removing drops, Resistance to Solvent appearance. Marking then brushing 10 times. shall be easily legible. High Temperature Exposure 5% 1.7% +200°C, 1000 hours Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/20/17 164 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: K OA Speer: HPC1C4R7K HPC5C822K HPC1C224K HPC3C105K HPC5C101K HPC2C220K HPC2C150K HPC2C273K HPC2C333K HPC2C563K HPC2C182K HPC2C274K HPC2C330K HPC2C560K HPC2C272K HPC2C332K HPC5C222K HPC2C223K HPC1C153K HPC1C183K HPC1/2C102K HPC2C100K HPC2C121K HPC2C122K HPC2C123K HPC2C151K HPC2C152K HPC2C153K HPC2C180K HPC2C181K HPC2C222K HPC2C271K HPC2C331K HPC2C393K HPC2C470K HPC2C681K HPC2C682K HPC2C820K HPC2C821K HPC2C822K HPC2C221K HPC1/2C471K HPC1/2L361K HPC1/2L471K HPC1LT631R220K HPC2C101K HPC2C102K HPC2C103K HPC2C104K HPC2C105K HPC2C154K HPC2C472K HPC2L101K HPC2L104K HPC2L105K HPC2L150K HPC2L152K HPC2L154K HPC2L182K HPC2L274K HPC2L332K HPC2L333K HPC2L471K HPC2L472K HPC2L560K HPC2L563K HPC3C100K HPC3C180K HPC3L100K HPC3L180K HPC5C102K HPC5L102K HPC5L471K HPC1C333K HPC1CT631R220K HPC1C101K HPC1C220K HPC1C562K HPC1C821K HPC2C471K HPC2C680K HPC1/2C103K HPC1/2C470K HPC1C103K HPC1C221K HPC2C183K HPC2C390K HPC2C391K HPC2C561K HPC2C562K HPC3C270K HPC3C820K HPC5C181K HPC5C271K HPC5C560K HPC5C820K HPC1/2C100K HPC1/2C101K HPC1/2C120K HPC1/2C121K