Tired of high-pitched squealing from handheld vacuum cleaners and noisy operation of robotic sweepers? Conventional drive solutions suffer from harsh noise and excessive heat generation; meanwhile, complicated sensor architectures frequently push up failure rates. Now we introduce PTC’s dedicated BLDC driver IC solutions engineered for vacuums and robot sweepers, tackling core pain points at the source. The solutions enable cleaning equipment to run efficiently while delivering an unprecedented ultra-quiet working experience.
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Three Core Solutions to Meet Full-Scenario Application Requirements
From handheld vacuum cleaners and wireless mite removers to intelligent robotic sweepers, PTC’s three types of BLDC driver ICs deliver stable, high-efficiency and ultra-quiet drive performance for both low-power compact appliances and high-speed high-power models, perfectly satisfying performance requirements across diverse application scenarios.
Sensorless Drive Technology: Sensor-free control realized by detecting back electromotive force (BEMF) of motors to cut hardware failure points and improve equipment reliability.
Soft-switching Noise Reduction: Proprietary trapezoidal & quasi-sinusoidal modulation drastically cuts electromagnetic noise for smoother, quieter operation.
Wide Compatibility: Excellent tolerance to motor parameter variations ensures consistent mass production without complicated calibration.
ARM Cortex‑M0 Core: Up to 48 MHz operating frequency, equipped with 32KB Flash and 4KB SRAM to execute sophisticated control algorithms effortlessly.
SiP Packaging: System-in-Package integrates MCU and 90V gate driver into a single chip, greatly simplifying peripheral circuit layout for motor control.
Multi-fold Protection: Built-in stall, thermal, over-current & under-voltage protection plus pulse injection positioning enables seamless soft motor startup.
90V High-Voltage Drive: Single-chip integration of three half-bridge gate drivers to power high-current MOSFETs for high-power applications.
Built-in Safety Features: Integrated dead-time control, shoot-through protection and under-voltage lockout safeguard half-bridge circuits from damage.
Flexible Deployment: Works with external MCUs and supports multiple control algorithms to accommodate customized product development.
Why do cleaning equipment manufacturers choose PTC?
Sensorless drive and soft-switching technology effectively suppress motor electromagnetic noise for quieter cleaning operation.
Hall-free design cuts hardware failure points; multi-level protection circuits guarantee stable equipment operation.
Highly integrated solutions reduce peripheral component count, shorten development cycles and simplify mass production.
BLDC
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Full-scenario Coverage, Optimal Solution Available for Every Device
Application Scenarios | Typical Pain Points | Recommended Solutions | Core Advantages |
Handheld Vacuum Cleaner | High-pitched squeal at high rotational speed & short battery runtime | PT32M625 + PT5619 | High-efficiency drive extends battery life, while low-noise control improves user experience. |
Robotic Sweeper | Prone to sensor failures and excessive operating noise | PT2502 / PT2522 | Hall-free design improves reliability, and sensorless drive cuts operating noise. |
Commercial Vacuum Cleaner | Excessive heat generation under high power & complicated circuitry | PT5619 | High-voltage drive supports high power ratings, and integrated design simplifies circuit layout. |
JUNMINTECH
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