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TT21F475Z160CT
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Product Details
TT21F475Z160CT
CAP CER 4.7UF 16V Y5V 0805
Manufacture: Walsin Technology Corporation
Category: Capacitors
Description: CAP CER 4.7UF 16V Y5V 0805
Package: 0805 (2012 Metric)
Video: TT21F475Z160CT
Available to Order
Minimum: 1 Multiples: 1
1 PCS
MOQ from 1 PCS and order value from 1 USD
2 Days
Most components under 2-5days lead time
12 Hours
Fast quotation within 12 hours
365 Days
365 Days full quality warranty
Applications
  • Applications
  • Related Components

Walsin MLCCs covers wide range of capacitance and voltage for fulfilling diversified applications. General purpose caps comes with 4V to 100V, Middle & High Voltage Caps from 200V to 4kV, 01R5 series Ultra-small caps, RT/HH/MT/ST/MG series automotive caps qualified to AEC-Q200. Base on complete portfolio of MLCC, Walsin caps are find usage on Smartphones, networking devices, automotive electronics, and so on.

Reviews
MOREReviews
  • To***sz
    Poland
    Teresa, I got the package everything is ok, thanks
    2023-06-06
  • An***na
    Russia
    The goods arrived yesterday, it's great.
    2021-08-14
  • Bo***oo
    Korea
    fast delivery, the part is good!
    2023-09-07
  • Vi***ia
    Italy
    Received, good!
    2023-07-28
  • V***t
    Czech-Republic
    Thanks for your efficient work so that we received the goods in time, great job, thank you.
    2023-08-20
QC Process
QC Process

Chip capacitors are essential components in many electronic devices and equipment. So it is important to ensure the performance and reliability of these components. As a distributor of chip capacitors, offering a high level of quality products are the key we cooperate with customers.

High quality chip capacitors

Before shipment, all products will be covered by a strict QC process:

The first step is visual inspection. This involves the physical examination of the chip capacitor's external components, such as its case, terminals, and markings. The visual inspection helps to identify any defects that might have occurred during the manufacturing process.

The second step is electrical testing. This typically involves testing the electrical characteristics of the chip capacitor, such as its capacitance, leakage current, and reactance. These tests help to ensure that the chip capacitor meets the specified requirements and can operate reliably in the intended application.

The last step is environmental testing. This involves subjecting the chip capacitor to extreme environmental conditions, such as temperature, humidity, and vibration.

Each step is very rigorous and aims to ensure that all products are delivered in the expected standard of excellence and quality.

Package
Package