TDK 1nF Multilayer Ceramic Capacitor MLCC, 250V dc V, ±20% , SMD

RS Stock No.: 476-6029Brand: TDKManufacturers Part No.: C2012JB2E102M
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Technical Document

Specifications

Brand

TDK

Capacitance

1nF

Voltage

250V dc

Package/Case

0805 (2012M)

Mounting Type

Surface Mount

Dielectric

JB

Tolerance

±20%

Dimensions

2 x 1.25 x 0.85mm

Length

2mm

Depth

1.25mm

Height

0.85mm

Series

C

Maximum Operating Temperature

+85°C

Minimum Operating Temperature

-25°C

Terminal Type

Surface Mount

Country of Origin

Japan

Product details

High withstand voltage, C Series (tolerance: 20%)

Proprietary structure designed for use with high voltages; small size, high withstand-voltage
Rated voltage Edc: 100, 250, 630 V
Applications: Snubber circuits for power supplies and general high-voltage circuits

Stock information temporarily unavailable.

0.239 OMR

0.024 OMR Each (In a Pack of 10) (ex VAT)

0.251 OMR

0.025 OMR Each (In a Pack of 10) (inc. VAT)

TDK 1nF Multilayer Ceramic Capacitor MLCC, 250V dc V, ±20% , SMD

0.239 OMR

0.024 OMR Each (In a Pack of 10) (ex VAT)

0.251 OMR

0.025 OMR Each (In a Pack of 10) (inc. VAT)

TDK 1nF Multilayer Ceramic Capacitor MLCC, 250V dc V, ±20% , SMD

Stock information temporarily unavailable.

QuantityUnit pricePer Pack
10 - 900.024 OMR0.239 OMR
100 - 2400.024 OMR0.239 OMR
250 - 4900.024 OMR0.239 OMR
500 - 9900.024 OMR0.239 OMR
1000+0.018 OMR0.179 OMR

Technical Document

Specifications

Brand

TDK

Capacitance

1nF

Voltage

250V dc

Package/Case

0805 (2012M)

Mounting Type

Surface Mount

Dielectric

JB

Tolerance

±20%

Dimensions

2 x 1.25 x 0.85mm

Length

2mm

Depth

1.25mm

Height

0.85mm

Series

C

Maximum Operating Temperature

+85°C

Minimum Operating Temperature

-25°C

Terminal Type

Surface Mount

Country of Origin

Japan

Product details

High withstand voltage, C Series (tolerance: 20%)

Proprietary structure designed for use with high voltages; small size, high withstand-voltage
Rated voltage Edc: 100, 250, 630 V
Applications: Snubber circuits for power supplies and general high-voltage circuits