885 342 009 003

885342 WURTH | Alldatasheet

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Technical content

www.we-online.com Size: 0805 / 1206 / 1210 / 1808 / 1812 Technical Data: Capacitance Range: 10 pF – 22 nF Rated Voltage: 1 kVDC – 3 kVDC Dielectrics: NP0, X7R Termination: Cu / Ni / Sn Order Code 885 342 Version 1.0

www.we-online.com Ceramic Capacitance Characteristics* NP0 ± 30ppm / ± 0.54% X7R ± 15% * within Operating Temperature Range 885 342 207 015 1 kVDC 100 pF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 208 016 1 kVDC 150 pF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 207 016 1 kVDC 2.2 nF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 208 017 1 kVDC 470 pF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 0805 1206 885 342 008 009 1 kVDC 100 pF; ±5%; T=1.25mm; Q≥1000; IR≥10G Ohm 885 342 208 019 1 kVDC 2.2 nF; ±10%; T=1.6mm; DF≤2.5%; IR≥10G Ohm 885 342 208 020 1 kVDC 4.7 nF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 208 021 1 kVDC 10 nF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 008 010 2 kVDC 68 pF; ±5%; T=1.25mm; Q≥1000; IR≥10G Ohm 885 342 208 018 1 kVDC 1 nF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 1206 All products ex stock! Important information: Würth Elektronik’s design kits contain reference components. These components correspond with the current product development status on the day of supply. Exchange of the reference components to components with up-to-date product development status is not carried out automatically. No liability is taken for the use of these reference components. Therefore, please request new samples prior to releases for series production and product release. 885 342 008 011 2 kVDC 100 pF; ±5%; T=1.25mm; Q≥1000; IR≥10G Ohm 885 342 008 008 1 kVDC 22 pF;±5%;T=1.25mm Q≥400+20C;IR≥10G Ohm 885 342 208 022 2 kV DC 100 pF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 009 005 2 kVDC 220 pF; ±5%; T=1.6mm; Q≥1000; IR≥10G Ohm 885 342 208 023 2 kVDC 470 pF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 885 342 209 006 1 kVDC 1 nF; ±10%; T=1.25mm; DF≤2.5%; IR≥10G Ohm 1206 1210 885 342 208 024 2 kVDC 1 nF; ±10%; T=1.6mm; DF≤2.5%; IR≥10G Ohm 885 342 209 007 1 kVDC 22 nF; ±10%; T=1.6mm; DF≤2.5%; IR≥4.55G Ohm 885 342 009 003 1 kVDC 1 nF; ±5%; T=1.6mm; Q≥1000; IR≥10G Ohm 885 342 209 009 2 kVDC 1 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 009 004 2 kVDC 10 pF; ±5%; T=0.95mm; Q≥600; IR≥10G Ohm 885 342 209 008 2 kVDC 220 pF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 1210 885 342 009 002 1 kVDC 22 pF; ±5%; T=0.95mm Q≥400+20C; IR≥10G Ohm 885 342 010 001 3 kV DC Q≥400+20C; IR≥10G Ohm 1808 885 342 011 002 1 kV DC 100 pF; ±5%; T=1.25mm; Q≥1000; IR≥10G Ohm 885 342 010 002 3 kVDC 68 pF; ±5%; T=1.25mm; Q≥1000; IR≥10G Ohm 885 342 011 003 1 kVDC 1.5 nF; ±5%; T=2mm; Q≥1000; IR≥10G Ohm 885 342 010 003 3 kVDC 100 pF; ±5%; T=2mm; Q≥1000; IR≥10G Ohm 18121808 885 342 211 008 2 kVDC 4.7 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 210 002 2 kVDC 2.2 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 211 009 3 kVDC 1 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 210 003 3 kVDC 470 pF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 211 010 3 kVDC 2.2 nF; ±10%; T=2.5mm; DF≤2.5%; IR≥10G Ohm 885 342 210 004 3 kVDC 1 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm 885 342 211 007 2 kVDC 2.2 nF; ±10%; T=1.6mm; DF≤2.5%; IR≥10G Ohm 885 342 210 001 2 kVDC 1 nF; ±10%; T=2mm; DF≤2.5%; IR≥10G Ohm Technical Data: Operating Temperature: -55°C to +125°C Termination: Cu / Ni / Sn T = Thickness