Industry News
Wide-Bandgap Semiconductor Synergy Gallium Nitride (GaN) and Silicon Carbide (SiC) adoption enables: Switching frequencies >1 MHz (vs. traditional 50-100kHz) 20% power density increase in OSWELL's horizontal type transformers Loss reduction from 3.2W to 1.1W @ 500kHz operation
As global demand for switching power solutions surges, the TF-EP13C-5526 addresses both technical and logistical challenges. This CHINA-manufactured High Frequency Transformer combines cutting-edge performance with unmatched supply chain reliability for industrial buyers.
In an era of component shortages, this RoHS Filter delivers technical excellence while solving procurement challenges through drop-in compatibility and logistical flexibility.
The CSPV-LAH Closed Loop Hall Transducer sets a new benchmark in high-accuracy current measurement for industrial applications. Leveraging magnetoelectric effect sensing, this device measures DC, AC, pulse, and complex irregular waveforms with ≤0.1% linearity while maintaining electrical isolation – critical for safety and signal integrity.
The TFEE19-2003-2.3 high-frequency transformer is revolutionizing medical equipment with its unique 12.5:1 turns ratio and 2.3µH leakage inductance. In Shanghai's United Imaging Healthcare MRI prototypes, these components reduced cryocooler power supply sizes by 30% while maintaining 0.02% current regulation accuracy.
September 6, 2022, marked a paradigm shift as three revolutionary high-frequency miniature transformers (TF-EE16-64056, TF-EE19-2002-12.5, TFEE19-2003-2.3) debuted with standardized 800×800mm dimensions. Engineered for 100kHz-2MHz operating ranges, these transformers reduce core losses by 62% compared to conventional models, enabling 95% energy conversion efficiency even at 125°C ambient temperatures.
The SH1618-120-12DT2 and SH615-60-12DT2 magnetic latching relays are setting new benchmarks in energy infrastructure. These bistable relays require zero holding power - a critical feature enabling 15% energy savings in smart grid applications compared to traditional relays. Their 120A/60A switching capacities make them ideal for smart meter installations and renewable energy systems where low standby consumption is mandated by IEC 62053-21 standards.
From May to August, six 800×800mm standardized components (shunt resistors, BMS modules, CTs) triggered a "containerization" shift in electronics manufacturing. A Suzhou smart factory cut SMT line changeovers from 45 to 8 minutes, achieving 92% equipment utilization.
The automotive and aerospace sectors demand relays that combine mechanical reliability with solid-state precision. Hybrid latching relays now integrate magnetic latching mechanisms with solid-state switches, offering the benefits of zero contact wear (from solid-state components) and fail-safe latching (from traditional designs).
As 5G networks and IoT ecosystems expand, latching relays are evolving to meet stringent speed and signal integrity demands. Engineers now leverage micro-electromechanical systems (MEMS) and GaN-based drivers to achieve switching speeds under 1 millisecond—10x faster than traditional relays.
