High performance chip resistors
For Ambient Invisible Intelligence : Bluetooth6.0

High-performance chip resistors are essential components in modern electronic circuits, playing a critical role in various applications, including telecommunications, automotive, consumer electronics, and medical devices.
Bluetooth 6.0 technology is evolving to achieve high-performance wireless communication with low power consumption. The role of chip resistors in this technology is diverse. The main points are listed below.
Chip resistors provide proper termination resistance in the signal lines of Bluetooth 6.0 devices, preventing signal reflection and improving communication stability.
Bluetooth devices are susceptible to noise, but chip resistors improve the quality of communication by smoothing the input signal and suppressing noise. This is especially important in analog signal processing circuits.
Chip resistors are also used for current limiting to prevent excessive current from flowing in the circuit. This prevents damage to components and improves the reliability of the entire Bluetooth device.
In Bluetooth 6.0 devices, filter circuits that pass certain frequency bands and cut other frequencies are important. Chip resistors, combined with LC filters, play an important role in signal processing.
Chip resistors are very small, miniaturizing the space on the circuit board. Miniaturization contributes to the compactness of Bluetooth devices.
Features
- Reduces solder joint crack progression by originally developed soft terminal.
- Thin film chip resistors ERA*V series: Achieving ultra-high precision and long life.
- High-precision thick film type ERJPB series: The same tolerance level as thin film chip resistors.
- High temperature chip resistors ERJH series: Achieves high heat resistance through the development of new materials.
Applications
- Ambient Invisible Intelligence: Bluetooth 6.0, IoT, etc.
- Communication base stations, data center servers, AI servers, etc.
- Automotive: BMS, DC-DC converter, OBC, etc.
Video
YouTube Link:https://www.youtube.com/watch?v=71Ow2FdWKvc