RALEC (Ralec) alloy resistance is RALEC technology was founded in 1994, RALEC is committed to becoming a Chip resistance, exclusion, and Metal plate Current detection resistance, alloy Resistors (Chip Resistors, Arrays, Metal Current Sensor) professional manufacturer. It has three production bases in Kaohsiung, Taiwan, Kunshan, China and Malaysia. After being merged into Qilixin Group in 2017, we built a new production base in Yuanling, Hunan, China in 2018. In addition to focusing on high-quality product manufacturing, we also strengthened the research and development of precision products with higher precision and smaller volume. In response to market demand and development trend, we also strengthened the investment in the development of metal plate current detection resistors to provide global customers with high trust and innovative products. The target is a leading professional manufacturer of chip resistors.
RALEC alloy resistor series:
LRS automotive alloy current sensing resistors
LRS four-terminal alloy current sensing resistors for automotive applications
LR-A microalloy resistors of metal for automotive applications
LR-A4 four-terminal metal microalloy resistors for automotive applications
LRE-A metal microalloy resistors for automotive applications
LRH-A low inductance alloy resistance for automotive applications
LR series metal alloy resistors
LR series long electrode alloy resistors
LR4 four-terminal metal alloy resistor
LRE miniaturized alloy resistor
LRH low sensing alloy resistance
Material properties of RALEC alloy resistors
The core material of RALEC alloy resistor is a special alloy, which has been formed with a high degree of uniformity and stability of the resistance material after precision smelting and unique processing technology. This alloy material not only has excellent electrical conductivity, but also can maintain stable resistance values in harsh environments such as high temperature, low temperature and humidity, so as to ensure the long-term reliable operation of the circuit. RALEC alloy resistor also uses advanced film packaging technology, this packaging technology effectively protects the internal structure of the resistor, making the resistor more beautiful in appearance, easy to install, but also improve the resistance to high temperature, corrosion resistance and mechanical strength. The use of this packaging technology not only improves the overall performance of the resistor, but also greatly extends its service life.
The performance advantages of RALEC alloy resistors
The precision of the resistance value of the alloy resistor is very high, which can reach the accuracy level of ±0.1% or even higher, such as precision measuring instruments and medical equipment. High precision resistance ensures the stability and reliability of the circuit, thereby improving the performance of the entire device.
Temperature coefficient is an important index to measure the degree of resistance change with temperature change. RALEC alloy resistance has a very low temperature coefficient, which means that in the environment with large temperature changes, the resistance value can remain stable, so as to ensure the normal operation of the circuit.
Due to the use of special alloy materials and advanced packaging technology, the product has a high power bearing capacity. This allows it to work stably in high-load circuits for long periods of time without being damaged by overheating.
The life of alloy resistors is much longer than that of ordinary resistors. In harsh working environments, such as high temperature, high humidity, high corrosion and other environments, it can still maintain stable performance, greatly extending the service life of electronic equipment. This not only reduces the maintenance cost of the equipment, but also improves the overall reliability of the equipment.
The alloy resistors also show excellent stability, and the resistance drift is very small under both time and temperature changes. This stability ensures that the resistor can still provide accurate resistance values in the case of long working time or large changes in ambient temperature, thus ensuring the stability and reliability of the circuit.
RALEC alloy resistor application field
With the continuous improvement of the degree of automobile electronization, Wang Zhan alloy resistor in the field of automotive electronics, can be used in a variety of sensors, controllers and actuators and other key components, providing a strong guarantee for the safety, comfort and environmental protection performance of the car.
In the context of the rapid development of new generation communication technologies such as 5G and the Internet of Things, the application of alloy resistors in the field of communication equipment is also increasing. It is used in key equipment such as base stations, routers, switches, etc., providing reliable guarantee for stable transmission of communication signals.
In the field of industrial automation, RALEC alloy resistors are widely used in various sensors, transmitters, actuators and other automation equipment. It provides strong support for the precise control and efficient operation of industrial production.
In the field of new energy, such as solar power generation, wind power generation and other systems, RALEC alloy resistance also plays an important role. It is used in key links such as power management and energy conversion, providing a reliable guarantee for the efficient utilization of new energy.
RALEC alloy resistors are also widely used in aerospace and military fields because of their excellent stability and reliability. In these areas where equipment performance is extremely demanding, alloy resistors provide a reliable resistance solution for a variety of critical systems.
