FCC Certification, short for Federal Communications Commission Certification, is a crucial means of regulating electromagnetic compatibility for radio and communication products in the United States. Its purpose is to ensure that products do not interfere with radio and telecommunications networks while safeguarding consumer safety and health.
FCC Certification primarily involves two types: FCC SDoC and FCC ID. FCC SDoC certification applies to general electronic products without wireless transmission functions, such as TVs, stereos, etc. FCC ID certification is specifically for wireless communication devices like mobile phones, tablets, Bluetooth devices, drones, etc.
During FCC Certification, products must meet electromagnetic compatibility standards, including emission and immunity aspects. Emission testing ensures that products' electromagnetic radiation does not interfere with other radio devices, while immunity testing evaluates products' ability to withstand external electromagnetic interference and operate normally in complex environments.
Conducted emissions testing is one of the fundamental tests in FCC Certification, primarily assessing electromagnetic interference generated during conducted processes. It evaluates whether these interferences comply with FCC standards by simulating potential electromagnetic interferences in real-world usage scenarios.
Radiated emissions testing is another crucial aspect of FCC Certification, primarily evaluating products' performance concerning electromagnetic radiation. It scans products within a certain range to detect whether they produce electromagnetic radiation exceeding FCC limits.
Harmonic testing evaluates the ability of electronic devices to produce harmonic currents. Harmonic currents are unwanted sources of electromagnetic interference that can negatively affect power grids and other devices. Therefore, in FCC Certification, products' harmonic currents must be tested.
Electrostatic discharge testing evaluates product performance under static electricity. Static electricity is a common phenomenon in daily life, and without proper protection measures, electronic products may experience malfunctions or performance degradation due to static electricity. Hence, electrostatic discharge testing is an essential part of FCC Certification.
Radio frequency immunity testing assesses product performance under radio frequency interference. This interference may come from sources like wireless communication devices, radar, etc. Radio frequency immunity testing evaluates whether products can operate normally by simulating interference scenarios in real-world environments.
FCC Part 15 Certification Cost:
The overall pricing depends on the category of the product, whether it falls under FCC Part 15B or Part 15C/E. For instance, if the product is a very basic electronic product without radio frequency functionality, applying for FCC Part 15B certification costs around $900 per sample and takes 1 to 2 weeks.
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1. FRN (FCC Registration Number)
2. Grantee Code (GC Authorization Code)
3. FCC ID Number (Product ID Number)
4. FCC label
5. Product description
6. Circuit schematic diagram
7. Circuit diagram
8. Product manual or user guide
9. Company blank letterhead
10. Authorization letter
11. Confidentiality letter (if required)
1. Provide documentation and quotation.
2. Sign the contract, provide documentation, send samples, and make payment.
3. Wireless products need to apply for an FRN. If the applicant is applying for FCC ID for the first time, they need to apply for a Grantee Code.
4. Our laboratory conducts tests. If the product fails, adjustments are made.
5. Upon passing, the case is closed, and FCC certificate and test reports are issued. Enterprises can use the FCC ID logo on their products.
1. FCC certificates are valid long-term.
2. FCC certification is mandatory.
3. For wireless products, the first application requires obtaining a GC Code.
4. Applying for FCC SDoC and FCC ID certification requires a U.S. Authorized Representative (US Agent).
In conclusion, FCC Certification is an essential means of regulating electromagnetic compatibility for radio and communication products in the United States, crucial for ensuring consumer safety and health. For enterprises, obtaining FCC Certification signifies enhanced competitiveness in the market. Therefore, understanding and complying with FCC Certification standards are necessary for businesses intending to enter the U.S. market.
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