HVc Series Precision High-Value High-voltage Wraparound Chip featureS • High value chip resistors in thick film technology • Low temperature and voltage dependency (low TCR and VCR) • High working voltage up to 6000V • Suitable for high vacuum applications—no organics • Contact areas: Nickel-barrier/matte tin • Wraparound terminals SerieS SpecificationS Wattage1 Oper. Voltage (V) Resistance TCR2,3 VCR2 Series Type P70 (mW) std. untrimmed (≥5%) Range Tolerance (ppm) (ppm) HVC0402--- 0402 50 30 60 100k-100M 5-10% 50, 100 500 >100M-1G 5-20% 250, 500 1000 >1G-10G 10-30% 1000, 2000 2000 HVC0603--- 0603 100 75 150 100k-100M 1-10% 50, 100 500 >100M-1G 5-20% 250, 500 1000 >1G-10G 5-20% 500, 1000 2000 HVC0805--- 0805 125 200 400 100K-100M 0.5-10% 25, 50, 100 100 >100M-1G 2-20% 50, 100, 250 250 >1G-10G 5-20% 250, 500 500 >10G-100G 10-30% 1000, 2000 2000 HVC1206--- 1206 250 600 1000 100K-100M 0.5-10% 25, 50, 100 50 >100M-1G 2-20% 50, 100, 250 100 >1G-10G 5-20% 50, 100, 250 250 >10G-100G 10-30% 250, 500, 1000 1000 HVC1210--- 1210 350 800 1200 100K-100M 0.5-10% 25, 50, 100 50 >100M-1G 1-20% 25, 50, 100 50 >1G-10G 2-20% 25, 50, 100 100 >10G-100G 5-30% 500, 1000 500 HVC2010--- 2010 500 1500 2000 100K-100M 0.5-10% 25, 50, 100 25 >100M-1G 1-20% 25, 50, 100 50 >1G-10G 2-20% 25, 50, 100 100 >10G-100G 5-30% 250, 500 250 HVC2512--- 2512 1000 2000 3000 100K-100M 0.5-10% 25, 50, 100 10 >100M-1G 1-20% 25, 50, 100 25 >1G-10G 2-20% 25, 50, 100 50 >10G-100G 5-30% 100, 250, 500 100 HVC4020--- 4020 1500 4000 6000 100k-100M 0.25-10% 25, 50, 100 5 >100M-1G 0.5-20% 25, 50, 100 10 >1G-10G 1-20% 25, 50, 100 10 >10G-100G 2-30% 50, 100, 250 50 >100G-1T 5-30% 250/500 250 1. At continuous power dissipation the dimensions of the solder pads have to be capable of sufficient heat conduction. 2. Not all TCR/VCR combinations available in all resistance values 3. HVC2512 and HVC4020 10M-10G TCR’s available: 10ppm and 15ppm 1-866-9-OHMITE • Int’l 1-847-258-0300 • Fax 1-847-574-7522 • www.ohmite.com • info@ohmite.com 21

HVc Series Precision High-Value High-voltage Wraparound Chip cHaracteriSticS terminal detailS Operating temp. range -55°C ~ +155°C Base Metal PdAg Climatic category 55/155/56, acc. to EN 60068-1 Termination Finish 100% electroplated Solderability 250°C, 3s, acc. to EN 60068-2-58 matte Sn100 Max. soldering temp. 260°C, 10s, acc. to IEC 68-2-58 Thickness of Finish 5 microns Long term stability <1G <10G ≥10G Barrier Material between Base Porosity-free Ni (5-8 Load Life 70°C/1000h <0.25% <0.5% <1% Metal and Finish microns thickness) Storage 125°C/1000h <0.5% <1% <2% Max. Voltage/1000h <0.5% <1% <2% Baking/Annealing Process after 150°C; > 4 hours Sn Plating Short term overload 2.5*P70 / 5 sec. <1G <10G ≥10G <0.25% <0.5% <0.5% Peak Process Body Temperature 260°C for Damp heat 56d/40°C/96%: ΔR <0.5% (Classification Temperature) and 10 seconds Maximum Time Data not specified according to EN 140401-802 (CECC 40401-802) Derating 100 er w80 o P ed 60 at R nt 40 e c er20 P 0 -55 0 50 70 100 155 Ambient Temperature, °C dimenSionS (mm) Power Size Rating (mW) L W T a W 0402 50 1.04 ±.05 0.50 ±.05 0.30 ±.05 0.1 +.1/-.05 0603 100 1.50 +.15/-.05 0.80 +.15/-.05 0.40 +.15/-.05 0.2 +.2/-.1 L T 0805 125 2.00 +.15/-.05 1.25 +.15/-.05 0.40 +.15/-.05 0.3 +.2/-.1 a 1206 250 3.20 +.15/-.05 1.50 +.2/-.05 0.40 +.15/-.05 0.3 +.2/-.1 1210 350 3.20 +.15/-.05 2.50 +.2/-.05 0.50 +.15/-.05 0.8 ±.2 2010 500 5.10 +.15/-.05 2.50 +.2/-.05 0.60 +.20/-.1 1.2 ±.2 2512 1000 6.30 +.15/-.05 3.50 +.2/-.05 0.60 +.15/-.05 0.9 ±.2 4020 1500 10.20 +.20/-.05 5.10 +.2/-.05 0.60 +.20/-.1 0.9 ±.2 HoW to order Standard Part Numbers RoHS Compliant H V C 1 2 0 6 T 1 0 0 4 J E T HVC0402E5006KET HVC0603T2505FET HVC1206T1004JET HVC0402N5007KET HVC0603T5004FET HVC1206T1005JET Series Package (ppm) TCR Ohms Tolerance Tape & Reel HVC0402T1004JET HVC0603T5005FET HVC1206T1006JET High Voltage Size W = 25 1004 = 1MΩ D = 0.50% 500 pc/reel HVC0402T1005JET HVC0603Z5006JET HVC1206Z2504JET Wrap Around Chip V = 50 5006 = 500MΩ F = 1% HVC0402T1006JET HVC0805E1008KET HVC1206T2505JET T = 100 G = 2% Z = 250 J = 5% HVC0402T2504JET HVC0805T1004JET HVC1206Z2506JET E = 500 K = 10% HVC0402T2505JET HVC0805T1005JET HVC1206T5004JET N = 1000 M = 20% HVC0402Z2506JET HVC0805T1006JET HVC1206T5005JET U = 2000 P = 30% HVC0402T5004JET HVC0805T2504JET HVC1206Z5007KET HVC0402T5005JET HVC0805T2505JET HVC1206Z1007JET HVC2512T1008KET HVC2512T5007JET HVC4020V2505JET HVC0603N1007KET HVC0805Z2506JET HVC1206Z1008KET HVC2512T2504JET HVC4020V1004JET HVC4020V2506JET HVC0603N5007KET HVC0805T5004JET HVC1206Z5006JET HVC2512T2505JET HVC4020V1005JET HVC4020Z2508KET HVC0603T1004FET HVC0805T5005JET HVC2512T1004JET HVC2512T2506JET HVC4020V1006JET HVC4020V5004JET HVC0603T1005FET HVC0805E5007JET HVC2512T1005JET HVC2512T5004JET HVC4020V1007JET HVC4020V5005JET HVC0603T1006FET HVC0805Z1007JET HVC2512T1006JET HVC2512T5005JET HVC4020V1008KET HVC4020V5006JET HVC0603T2504FET HVC0805Z5006JET HVC2512T1007JET HVC2512T5006JET HVC4020V2504JET HVC4020V5007JET rev 6/20-3 22 1-866-9-OHMITE • Int’l 1-847-258-0300 • Fax 1-847-574-7522 • www.ohmite.com • info@ohmite.com