Walter CIS_CSP Glass Tube Fuse Introduction

Walter CIS/CSP glass tube fuse is a key component used for circuit protection, mainly used to prevent damage to circuits due to overcurrent. Huade Electronics Co., Ltd. was established in 1968 and is a professional fuse manufacturer in Taiwan. Its products have passed multiple international certifications, including UL, CSA, T-MARK (PSE), SEMKO, VDE, CCC, etc. Huade has a wide variety of glass tube fuses, including CIS and CSP series. These fuses have a rated application current range of 100mA~10A and have good electrical characteristics such as high temperature resistance and impact resistance

Walter offers a wide range of specifications for CIS/CSP glass tube fuses, which can be selected according to different application scenarios and protection needs. For example, the 3.6x10mm glass tube fuse has fast break and slow break (delay) melting characteristics. The slow break type has surge impact capability, with current values ranging from 63mA to 20A and voltage options of 125V/250V. In addition, fuses can be customized with different lead lengths and angles as needed, such as 0.84.5, 0.820, 0.838, 0.620, 0.6 * 30, etc

Walter CIS/CSP glass tube fuses are widely used in various electronic products, such as rectifiers, chargers, telephone equipment, power supplies, household appliances, telecommunications products, machines, instruments, game consoles, etc. The design of these fuses aims to meet the needs of modern compact electronic products, while saving circuit board space and improving product reliability and safety

In summary, Walter CIS/CSP glass tube fuses have become an indispensable protective component for many electronic devices due to their rich specifications, excellent characteristics, and wide applicability. Whether in terms of size, fuse characteristics, or certification standards, Huade fuses can provide a satisfactory solution to ensure the safety of circuits when facing abnormal currents. When selecting and using Wald fuses, actual circuit parameters and protection requirements should be fully considered to ensure the best protection effect