Quality items from Bonanza’s top-rated sellers.

Sofitrek earned a 100% satisfaction rating for providing an excellent experience from start to finish. View booth >>

Rendered at 01:59:11 12/15/24
Full-size item image
Primary image for C1608X8R1H103K TDK Ceramic Capacitor SMD 10000pF 10nF 50V X8R 1608 0603 10%
Item image 1
Item image 2

C1608X8R1H103K TDK Ceramic Capacitor SMD 10000pF 10nF 50V X8R 1608 0603 10%

£2.28 GBP - £15.79 GBP
Ships from United States Us

Shipping options

Seller handling time is 1 business day Details
No shipping price specified to GB
Ships from United States Us

Offer policy

OBO - Seller accepts offers on this item. Details

Return policy

Full refund available within 30 days

Purchase protection

Payment options

PayPal accepted
PayPal Credit accepted
Venmo accepted
PayPal, MasterCard, Visa, Discover, and American Express accepted
Maestro accepted
Amazon Pay accepted

Shipping options

Seller handling time is 1 business day Details
No shipping price specified to GB
Ships from United States Us

Offer policy

OBO - Seller accepts offers on this item. Details

Return policy

Full refund available within 30 days

Purchase protection

Payment options

PayPal accepted
PayPal Credit accepted
Venmo accepted
PayPal, MasterCard, Visa, Discover, and American Express accepted
Maestro accepted
Amazon Pay accepted

Item traits

Category:

Capacitors

Quantity Available:

18 in stock

Condition:

New

Brand:

TDK

MPN:

C1608X8R1H103K

Capacitor Construction:

Ceramic

Mounting Style:

Surface Mount

Shape:

Rectangular

Termination Style:

SMD/SMT

Capacitance Rating:

10 nF

Material:

Copper, Copper-Nickel, Nickel

Item Length:

1.6 mm

Series:

C

Type:

Multilayer Ceramic Capacitors

Tolerance Rating:

±10 %

Manufacturer Warranty:

None

Packaging:

Cut Tape

Maximum Operating Temperature:

150 °C (302 °F)

Item Width:

0.8 mm

Maximum Operating Voltage:

50 V

Listing details

Shipping discount:

No combined shipping offered

Posted for sale:

More than a week ago

Item number:

1611904907

Item description