Maxic Electronic Components and Semiconductors

Industrial semiconductor devices and integrated circuits by Maxic: engineering selection by part numbers and system hardware requirements.

Maxic wireless power receiver and transceiver ICs Rx and RTx

Specialized wireless power receiver and bidirectional transceiver ICs developed by Maxic for portable instruments and mobile electronics. The devices provide electromagnetic induction power transfer, high power density and reverse power transfer modes for auxiliary accessory charging.

Product lines MT5705, MT5706, MT5708 and MT5785 from 5W up to 100W power delivery ratings
Embedded ARM Cortex-M0 processor core containing dedicated non-volatile program memory
Programmable voltage regulation window between 3.5V and 20V with integrated protections
Ultra-thin WLCSP and QFN semiconductor packages designed for dense board surface assembly

Maxic wireless power transmitter controller ICs Tx

Monolithic wireless power transmitter controller ICs engineered by Maxic for charging docks, terminal bases and embedded power modules. The chips deliver seamless protocol coordination, adaptive switching frequency regulation and active foreign object detection across charging surfaces.

Controller lines MT5805, MT5811, MT5815 and MT5810 with power levels from 15W to 120W
Adaptive input coordination with external USB-C adapters and fast USB-PD protocol stages
Wide operating input voltage span spanning from 3.5V to 21V for modular system designs
Thermally enhanced QFN48 and FCQFN packages engineered for continuous high-load duty

Maxic intelligent constant-current LED driver ICs

High-efficiency constant-current LED driver ICs engineered by Maxic for industrial, commercial and architectural luminaires. The integrated semiconductors provide ultra-deep PWM dimming, analog regulation and high power factor while suppressing output current ripple for optical stability.

Driver lines MT7860, MT7864 and MT7865 utilizing Buck topology with outputs from 18W to 100W
High power factor rating exceeding 0.90 with active harmonic network distortion reduction
Flicker-free analog and digital PWM dimming support suitable for high-grade studio lighting
Industry-standard SOP-8 and DIP-8 packaging with embedded thermal overload protection

Maxic optical proximity and ambient light sensor ICs

Precision optoelectronic semiconductor sensors engineered by Maxic for proximity detection and ambient light monitoring. The compact units combine photodiode arrays, infrared laser emitters and high-resolution ADCs within sealed micro-optical surface-mount packaging structures.

Sensors MT3101 and MT3102 integrating 940nm VCSEL emitters with 12-bit to 16-bit ADCs
Stable operational detection distance up to 10 cm with robust ambient sunlight rejection
Low operating supply voltage span between 1.6V and 3.6V with ultra-low standby power draw
Miniature optical OLGA-8 and OLGA-6 surface packages tailored for slim instrument assemblies

Maxic power factor correction controller ICs PFC

Integrated control semiconductors for AC-DC switching converters equipped with active power factor correction. Maxic devices shape the alternating input current waveform, minimize reactive transmission losses and maintain tight output voltage stability across industrial power supplies.

Controller MT9570 utilizing Boost conversion topology for power supply units rated up to 300W
Critical and continuous conduction operating modes CRM/CCM with dynamic frequency tuning
Tight constant output voltage stabilization performance held within plus-minus 2 percent
High switching operating frequency up to 450 kHz housed inside durable standard SOP-8

Maxic industrial and automotive CAN transceiver interface ICs

High-speed differential CAN bus transceivers and dedicated CAN system basis chips SBC developed by Maxic. These semiconductor interfaces ensure dependable serial data packet transmission through severe electromagnetic noise environments in automation machinery and vehicle network nodes.

Full protocol compatibility with standard high-speed CAN and expanded modern CAN FD speeds
Rugged differential bus terminal protection engineered against severe electrical noise pulses
Low-quiescent standby power-saving modes with remote wake-up detection on bus activity
Compact SOP-8 and DFN-8 packaging variants designed for distributed sensor junction modules

Maxic integrated semiconductor technology and engineering scope

The comprehensive semiconductor portfolio designed by Maxic Technology incorporates advanced analog and mixed-signal hybrid integrated circuits for power management and automation equipment.

Utilizing proprietary high-voltage semiconductor processes and proven topological layouts, the company delivers high power efficiency and thermal endurance.

Component architectures are engineered in close collaboration with global manufacturers of mobile terminals, computing hardware, architectural luminaires and onboard vehicle electronic modules.

Incorporating Maxic silicon enables hardware engineers to optimize printed circuit board dimensions while maintaining low electromagnetic radiation.

Monolithic architecture of wireless power receivers and transmitters

The wireless power transmission semiconductor family from Maxic includes both dedicated receiver ICs and transmitter controllers.

Receiver series MT5705, MT5706, MT5708 and MT5785 integrate an ARM Cortex-M0 processor core paired with non-volatile program memory to enable precise resonant tuning and deliver output power levels reaching one hundred watts.

Transmitter controller units MT5805 and MT5815 provide adaptive frequency tracking, active resonance loop Q-factor monitoring and dependable foreign object detection across transmitter coil surfaces to protect mobile instruments from unintended thermal heating.

LED lighting optimization and high power factor driver topologies

For indoor, outdoor and industrial LED lighting assemblies, Maxic delivers constant-current drivers featuring non-isolated Buck topologies, represented by model series MT7860 and MT7864.

The integrated semiconductors provide active power factor correction exceeding 0.90, suppressing harmonic distortion on supply power lines.

The drivers facilitate analog and PWM dimming control across wide dynamic illumination ranges without humanly visible flicker, while internal thermal comparator stages protect semiconductor junctions against over-temperature degradation during prolonged continuous lighting cycles.

Precision optical sensor modules and ambient noise suppression

In the domain of intelligent sensing, Maxic manufactures proximity and ambient light detectors including models MT3101 and MT3102. Each integrated unit pairs a 940nm vertical-cavity surface-emitting laser with photodiode sensor arrays and high-resolution analog-to-digital converters up to 16 bits.

Onboard digital processing suppresses background sunlight and ambient artificial luminaire interference, enabling reliable object distance detection up to ten centimeters while drawing minimal idle current during standby states in portable battery-powered field instruments.

Active power factor correction and AC-DC conversion topologies

Switching AC-DC power conversion circuits incorporating Maxic power factor correction controller MT9570 implement optimized boost conversion algorithms.

The device functions in critical and continuous conduction modes, maintaining high conversion efficiency across universal AC utility lines spanning from 85V to 265V.

Precise output voltage regulation held within plus-minus two percent provides steady DC bus stability for subsequent isolated step-down stages, auxiliary power modules and industrial inverter sub-assemblies across automation control panels.

Technical selection criteria and component specification for orders

When submitting engineering inquiries for Maxic integrated circuits, equipment developers should provide full part numbers, semiconductor package designations and intended operating voltage ratings.

For wireless power modules, required output wattage and communications protocols are essential parameters.

Inquiries for LED drivers should define target drive current and dimming interface requirements, whereas optical sensor specifications require operating detection distance and host digital bus connection details for target printed circuit board architectures.

Maxic and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Maxic and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.