ST ultrasound imaging IC solutions deliver a comprehensive portfolio of integrated high-voltage transmitters, pulser devices, linear transmit ICs, and HV multiplexers for medical and industrial ultrasound systems. Designed for high-performance signal generation and precise transducer driving, these devices help engineers build compact, scalable, and efficient ultrasound architectures. Covering applications from ultra-portable point-of-care systems to multi-channel imaging platforms and non-destructive testing equipment, the portfolio includes high-voltage output stages, beamforming support, transmit/receive switching, clamping functions, and advanced protection features. This high level of integration simplifies pulse-generation and transducer-drive designs while helping optimize portability, thermal performance, and system efficiency.
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ST ultrasound imaging IC solutions deliver a comprehensive portfolio of integrated high-voltage transmitters, pulser devices, linear transmit ICs, and HV multiplexers for medical and industrial ultrasound systems. Designed for high-performance signal generation and precise transducer driving, these devices help engineers build compact, scalable, and efficient ultrasound architectures. Covering applications from ultra-portable point-of-care systems to multi-channel imaging platforms and non-destructive testing equipment, the portfolio includes high-voltage output stages, beamforming support, transmit/receive switching, clamping functions, and advanced protection features. This high level of integration simplifies pulse-generation and transducer-drive designs while helping optimize portability, thermal performance, and system efficiency.
Applications
ST ultrasound pulser ICs and HV multiplexers power high-voltage signal generation and transducer-driving systems that require precision, rapid response, and strong integration. From medical imaging to industrial inspection and non-destructive testing, they help designers build compact, efficient, and reliable ultrasound platforms.
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Product types
pulsers with integrated
transmit beamformer
Integrated multi-channel transmit solutions for medical ultrasound, beamforming, and pulse generation in compact, high-performance imaging systems. Designed to deliver precise transducer control, they help enable scalable, efficient ultrasound architectures for advanced imaging applications.
dual-channel
linear amplifier
and pulser driver
Linear drivers for premium ultrasound performance, delivering high-linearity waveforms, ultra-low harmonic distortion, and active receive isolation for superior channel performance. Enables precise signal reproduction and high-fidelity imaging in advanced ultrasound systems.
multiplexers
and switch arrays
64-channel switching solution for transducer routing, receive multiplexing, and channel selection in ultrasound architectures. Simplifies system design while supporting compact, efficient, and scalable ultrasound platforms.
pulsers with integrated
transmit beamformer
Highly integrated, multi-channel, high-speed ultrasound devices optimized for low-power portable and point-of-care ultrasound systems. They help enable compact, efficient, and reliable designs for next-generation handheld imaging platforms.
Benefits
ST ultrasound ICs deliver the high-voltage integration, flexibility, and protection needed to build advanced ultrasound systems with precision and efficiency.
- High-voltage integration for precise transducer excitation
- Multiple channel options for compact, portable, and high-density architectures
- Integrated beamforming functions for beam steering and focusing
- Transmit/receive switching for effective TX/RX isolation and multiplexing
- Reduced external component count through highly integrated analog and digital blocks
- Built-in protection features including thermal, undervoltage, clamp, and recirculation current protection
- Optimized power management for portable and low-power ultrasound systems
- Flexible waveform generation supporting pulsed wave, continuous wave, and elastography modes
- Compact high-voltage architecture suited to demanding medical and industrial applications