AED Power Management Printed Circuit Board

This PCA handles battery charging, voltage regulation, and capacitor discharge sequencing for automated external defibrillators. It qualifies for HTS 9018.90.68.00 as a specialized printed circuit assembly for 9018.90.64-classified AEDs. Includes safety interlocks preventing unsafe discharge per UL 2601-1 standards.

Import Duty Rates by Country of Origin

Origin CountryMFN RateCh.99 SurchargesTotal Effective Rate
🇨🇳ChinaFree+10.0%10%
🇲🇽MexicoFree+10.0%10%
🇨🇦CanadaFree+10.0%10%
🇩🇪GermanyFree+10.0%10%
🇯🇵JapanFree+10.0%10%

Alternative Classifications

This product could be classified differently depending on its characteristics or intended use.

8504.40.95Higher: 35% vs 10%

If functioning as standalone power supply converters

Static converters designed for general electrical apparatus classify under power supply heading, excluding medical dedication.

9018.90.50Same rate: 10%

If for PCAs of other electro-medical instruments like ECG monitors

Printed circuit assemblies for non-defibrillator electro-medical apparatus use this related but distinct subheading.

8471.60.20Higher: 25% vs 10%

If imported as input/output control boards for automatic data processing

General computer control PCAs fall under ADP machinery parts if lacking medical-specific design features.

Not sure which classification is right?

Our AI classifier can analyze your specific product and recommend the correct HTS code with confidence.

Import Tips & Compliance

Submit battery compatibility certificates and discharge curve data to confirm integration with approved defibrillator models

Use HTS-specific invoice line descriptions like 'PCA for Defibrillator Power Subsystem - 9018.90.68.00' to prevent holds

Maintain traceability records from silicon wafer to final assembly for potential FDA import alerts

Related Products under HTS 9018.90.68.00

Defibrillator Control Board PCB

This printed circuit assembly serves as the main control board for external defibrillators, managing power distribution, signal processing, and user interface functions. It falls under HTS 9018.90.68.00 as a dedicated PCA specifically designed for defibrillators classified in 9018.90.64. The board integrates microprocessors and memory chips essential for real-time ECG analysis and shock delivery.

Defibrillator ECG Signal Processing PCA

Printed circuit assembly dedicated to analog-to-digital conversion and filtering of ECG signals in automated external defibrillators (AEDs). Classified under HTS 9018.90.68.00 because it is an integral PCA for subheading 9018.90.64 defibrillators, enabling heart rhythm analysis. Features high-speed ADCs and noise-reduction circuits compliant with IEC 60601 medical standards.

Defibrillator User Interface Display PCA

Printed circuit assembly driving LCD/LED displays, buttons, and voice prompt circuits in professional defibrillators. Falls under HTS 9018.90.68.00 for its role in subheading 9018.90.64 defibrillator operation, providing CPR feedback and charge status. Integrates touch controllers and audio amplifiers optimized for emergency environments.

Biphasic Waveform Generator PCA for Defibrillators

Advanced printed circuit assembly generating controlled biphasic shock waveforms for improved defibrillation efficacy. Specifically designed for 9018.90.64 defibrillators, qualifying under HTS 9018.90.68.00. Employs high-voltage MOSFET drivers and waveform shaping algorithms per AHA guidelines.

Defibrillator Data Logging and Telemetry PCA

Printed circuit assembly for event recording, Bluetooth telemetry, and USB data transfer in modern defibrillators. Classifies under HTS 9018.90.68.00 as PCA for 9018.90.64 instruments, storing up to 500 patient events with HIPAA-compliant encryption. Supports wireless reporting to hospital networks.

Pediatric Defibrillator Dose Attenuation PCA

Specialized PCA implementing pediatric energy dose correction for biphasic defibrillators treating children under 8 years. HTS 9018.90.68.00 classification applies as dedicated assembly for 9018.90.64 defibrillators per AHA pediatric guidelines. Features adaptive algorithms reducing adult shock levels by 50-75%.