RRXM series MELF type wire wound fusible resistors is one kind of supreme security function resistors specially designed for high quality power suppliers and power switchs, power meters and hgih quality instruments.Thunder Precision Resistor Co., Ltd. has developed fusible wire wound resistors, wire wound fusible resistors on requests of our customers and the new melf type fusible wire wound resistors, SMT type high power rating wire wound fusible resistors had been approved by our honarable customers!本公司坚持"质量第diyi一，用户至上，真诚携手各行业用户共创辉煌。

盛雷城精密电阻有限公司开发研制的大功率线绕熔断电阻器已经被广大用户认可、认证和批量试验很长时间了，现在新型的表面贴装形式已经完成批量生产，批量供货，用户经过长时间的使用证明，产品性能稳定，质量优良，熔断特性控制准确，熔断时间间隔可控可调，可以配合各种特殊的设计需要。Highstability,highreliability,ultrahighprecision,lowerTCR。

Riedon Co., Ltd. and Thunder Precision Resistor Co., Ltd. are the partners in manufacuture and develop high precision resistors and special resistors for more than 10 years.

We manufacture high precision resistors, ultra high precision resistors with tolerance upto 0.01% and temperature coefficient low than 1ppm/K. The lowest resistance is 0.001Ohm and the highest resistance is 1G Ohm!盛雷城精密电阻有限公司衷心感谢全体员工的努力工作，衷心感谢全体用户们的信任和支持。 Both wire wound precision resisotrs and metal glaze film resistors cover from very low to extra high resistance for meeting all the requirements from our customers all of the world.

美国瑞盾公司和盛雷城精密电阻有限公司是长期的战略伙伴，***生产制造高精密电阻和各种特殊电阻器，阻值覆盖范围大，从0.001欧姆 到 1G 欧姆，阻值精度可以高达 0.01%！

盛雷城精密电阻有限公司将采用光纤激光器刻槽机，替换现在使用的掺钕钇铝石榴石（YAG）激光刻槽机，大规模开展设备更新升级改造工程，

Thunder Precision Resistor Co., Ltd. Has been starting equipment upgrade program. Fiber laser trimming systems will replace

all the YAG laser and simi-conductor laser.

Fiber laser is the most stabilized laser system that will increase the quality of the groove on the resistors so that the stability of the resistors will be increased accordingly.

Thunder Precision Resistors makes high precision and ultra precision resistors and ultra precision resistor networks with really high stability and reliability already!本批次认定的高新技术企业资格有效期为3年（自2014年10月8日至2017年10月7日）。