Where Our Parts and
Solutions End Up
Sixteen segments, each with the design constraints that actually matter there and the parts we can supply against them.
Industrial Drives & Energy
4 segments in this group.
Industrial VFDs
General purpose VFDs, fan and pump drives and high performance vector drives, covering 0.4 kW to 630 kW.
Design constraints- A 380 V three-phase input gives a DC bus of roughly 537 V, so power devices are selected at the 1200 V class for margin
- Overload capability of 150% for 60 s heavy duty and 120% for 60 s light duty
- EMC compliant with IEC 61800-3 category C2 / C3
- Long-term availability and batch consistency, with system life typically designed for 10 years or more
Industrial Control
PLCs, motion controllers, remote I/O modules, industrial power supplies and HMIs.
Design constraints- 24 V system supply with galvanic isolation on inputs and outputs
- Support for Modbus RTU/TCP, CANopen, PROFINET and EtherCAT fieldbuses
- Wide temperature operation and immunity in harsh electromagnetic environments
- Long lifecycle component supply to avoid redesigns caused by obsolescence
Power Systems
Static var generators, active power filters, energy storage PCS, EV chargers and UPS.
Design constraints- 1200 V and 1700 V class devices with careful insulation coordination and creepage
- Balancing losses and thermal performance at higher switching frequencies
- Current sharing and circulating current suppression across paralleled modules
- Grid-tied equipment must meet interconnection and harmonic requirements
Solar PV
String and central PV inverters, module level optimisers and hybrid storage converters.
Design constraints- Conversion efficiency is the key competitive metric, measured as CEC and EU efficiency
- 1100 V and 1500 V DC system voltage classes
- Multiple independent MPPT channels across a wide input voltage range
- A 25-year outdoor design life places very high demands on device reliability
Motion Control & Robotics
4 segments in this group.
Robotics
Multi-axis industrial robot drives, integrated cobot joints and AGV / AMR traction drives.
Design constraints- High dynamic response with demanding current loop bandwidth and PWM carriers typically above 16 kHz
- Multi-axis synchronisation and real-time buses such as EtherCAT
- Integrated joint designs impose strict power density and volume constraints
- Functional safety features such as Safe Torque Off are required
UAV / Drones
Electronic speed controllers, gimbal stabilisation drives and onboard power.
Design constraints- Extreme power density and weight constraints
- 6S to 12S battery supply with tolerance for regenerative overvoltage
- Switching loss control at high PWM frequencies
- Sensorless FOC startup and fast commutation
New Energy Vehicles
Traction inverters, on-board chargers, DC/DC converters and e-pump drives.
Design constraints- Devices must be AEC-Q qualified and production must run under IATF16949
- 800 V architectures are driving adoption of SiC devices
- Functional safety under ISO 26262 is decomposed down to device level
- Long-term reliability under vibration, thermal cycling and damp heat
Automotive Systems
Body motors (wipers, seats, sunroof, tailgate), electric power steering and thermal management.
Design constraints- 12 V and 48 V systems that must survive load dump and other transients
- EMC compliant with CISPR 25 vehicle limits
- Quiescent current and sleep mode power control
- Wide operating temperature range and long service life
Appliances & Consumer
3 segments in this group.
White Goods
Inverter air-conditioner compressors and fans, direct drive washing machine motors and refrigerator compressor drives.
Design constraints- Highly cost sensitive, where integration level directly determines competitiveness
- Sensorless FOC with single-shunt bus sampling is widely used to reduce cost
- PFC is required to meet power factor and efficiency standards
- Appliances are sensitive to noise and vibration, so modulation strategy must be tuned
Mobile Devices
Clock references, power and protection devices for phones, tablets and wearables.
Design constraints- Ultra-small packages and very low power
- Tight frequency accuracy and temperature stability
- ESD and surge protection
Bluetooth Devices
Bluetooth headsets, speakers, remotes and other short range wireless devices.
Design constraints- RF reference clock accuracy directly affects connection stability
- Low power standby
- Miniaturised board layout
Communications & Professional
5 segments in this group.
2.4 GHz Wireless
2.4 GHz wireless modules, gateways and industrial wireless links.
Design constraints- Frequency stability and phase noise are critical to the link budget
- Temperature drift control
- Interference immunity and coexistence
Optical Networking
Optical modules, OLT / ONU equipment and transport and access network gear.
Design constraints- High frequency clocking with low jitter
- Long-term frequency drift control
- Components matched to high speed signal integrity
IoT
Industrial IoT gateways, smart meters and condition monitoring terminals.
Design constraints- Ultra low power for long battery life
- Wide temperature and outdoor reliability
- Remote update capability and long-term supply
Security & Surveillance
Network cameras, recorders, access control and perimeter protection systems.
Design constraints- Stability under continuous 24/7 operation
- Wide temperature range and outdoor protection
- Surge protection on power and signal ports
Medical Electronics
Medical imaging equipment, patient monitors, infusion pumps and powered medical instruments.
Design constraints- Safety and reliability come first, meeting medical electrical safety requirements
- Low noise, high precision signal chains
- Instrument motor drives must be smooth and quiet
- Full component traceability and change control
Don't see your industry?
We serve customers in China and abroad, and our experience in motor drives and industrial control transfers to most applications. Tell us about yours.