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Catalog/Capacitors/885012206095

ORIGINAL COMPONENT

885012206095

Würth Elektronik · 100 nF 50 V X7R WCAP-CSGP MLCC · 0603 (1608 metric)

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SpecificationOriginal885012206095Würth ElektronikAlternative 1C0603C104K5RACTUKEMETAlternative 2C1608X7R1H104K080AATDKAlternative 3CC0603KRX7R9BB104YAGEO
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ReviewOriginal part Needs engineering review Needs engineering review Needs engineering review
Stocking evidenceDigiKey stocked listing ↗Reviewed 2026-09-26 · check current stockDigiKey stocked listing ↗Reviewed 2026-09-26 · check current stockDigiKey stocked listing ↗Reviewed 2026-09-26 · check current stockDigiKey stocked listing ↗Reviewed 2026-09-26 · check current stock
Package0603 (1608 metric)0603 (1608 metric)0603 (1608 metric)0603 (1608 metric)
Capacitance100 nF100 nF100 nF100 nF
Rated voltage50 V50 V50 V50 V
Tolerance±10%±10%±10%±10%
DielectricX7RX7RX7RX7R
Operating temperature−55 to +125 °C−55 to +125 °C−55 to +125 °C−55 to +125 °C
PolarityNon-polarizedNon-polarizedNon-polarizedNon-polarized
Dissipation factor (max)3%2.5%3%3.5%
Insulation resistance (min)5 GΩ5 GΩ5 GΩ5 GΩ
Capacitance / DF test1 kHz ±10%, 1.0 ±0.2 Vrms, 25 °C; after specified heat treatment and 24 ±2 h recovery1 kHz, 1.0 Vrms; see specification for conditioningNot establishedNot established
Insulation resistance testRated DC voltage applied for up to 120 sNot establishedNot establishedNot established
Body dimensionsL 1.60 ±0.10; W 0.80 ±0.10; H 0.80 ±0.07 mmL 1.60 ±0.15; W/H 0.80 ±0.15 mmL 1.60 ±0.10; W/H 0.80 ±0.10 mmL 1.60 ±0.10; W/H 0.80 ±0.10 mm
SeriesWCAP-CSGP general purposeNot establishedNot establishedNot established
Details
Datasheets

Würth MLCC datasheet002.000 · 2021-01-03; checked 26 Sep 2026 · 1: dimensions and electrical properties

Differences & datasheets
  • The candidate specifies a lower DF limit (2.5% versus 3%); this does not prove equal impedance or ripple performance.
  • Published body and termination tolerances, loss/leakage limits, measurement conditions and aging can differ; compare the fields and source documents.
  • The candidate specifies a lower DF limit (2.5% versus 3%); this does not prove equal impedance or ripple performance.
  • Verify effective capacitance at the actual DC bias, AC amplitude, temperature and age. Recheck regulator stability or filter response at worst-case capacitance.
  • Confirm land pattern, maximum height, voltage margin, ripple heating and soldering profile. These comparisons cover general-purpose MLCCs; special qualification or soft-termination equivalence is not established.
  • DC-bias curves, ESR/ESL across frequency, ripple heating and aging have not been matched in the circuit.
  • Full conditioning and measurement equivalence, qualification, board-flex reliability and assembly-process compatibility remain unverified.

KEMET manufacturer-generated specificationGenerated 26 Sep 2026 · 1: dimensions and electrical properties

Differences & datasheets
  • Same nominal ratings; construction and termination dimensions differ.
  • Published body and termination tolerances, loss/leakage limits, measurement conditions and aging can differ; compare the fields and source documents.
  • Same nominal ratings; construction and termination dimensions differ.
  • Verify effective capacitance at the actual DC bias, AC amplitude, temperature and age. Recheck regulator stability or filter response at worst-case capacitance.
  • Confirm land pattern, maximum height, voltage margin, ripple heating and soldering profile. These comparisons cover general-purpose MLCCs; special qualification or soft-termination equivalence is not established.
  • DC-bias curves, ESR/ESL across frequency, ripple heating and aging have not been matched in the circuit.
  • Full conditioning and measurement equivalence, qualification, board-flex reliability and assembly-process compatibility remain unverified.

TDK product specificationChecked 26 Sep 2026 · Size; Electrical Characteristics; Other; Product Status

Differences & datasheets
  • The candidate permits a higher DF limit: 3.5% versus 3%. Confirm measurement conditions and circuit losses.
  • Published body and termination tolerances, loss/leakage limits, measurement conditions and aging can differ; compare the fields and source documents.
  • The candidate permits a higher DF limit: 3.5% versus 3%. Confirm measurement conditions and circuit losses.
  • Verify effective capacitance at the actual DC bias, AC amplitude, temperature and age. Recheck regulator stability or filter response at worst-case capacitance.
  • Confirm land pattern, maximum height, voltage margin, ripple heating and soldering profile. These comparisons cover general-purpose MLCCs; special qualification or soft-termination equivalence is not established.
  • DC-bias curves, ESR/ESL across frequency, ripple heating and aging have not been matched in the circuit.
  • Full conditioning and measurement equivalence, qualification, board-flex reliability and assembly-process compatibility remain unverified.

YAGEO manufacturer-generated specificationGenerated 26 Sep 2026 · 1: dimensions and electrical properties

Original datasheet

Würth MLCC datasheet002.000 · 2021-01-03; checked 26 Sep 2026 · 1: dimensions and electrical properties

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