PPTC self recovery fuse is an overcurrent protection component that can automatically reset. It is made by adding conductive particle materials to a polymer organic polymer under high pressure, high temperature, and vulcanization reaction conditions, and processed through a special process. The PPTC self recovery fuse plug-in packaging series is divided into A6 (6V), A16 (16V), A30 (30V), A60 (60V), A72 (72V), A120 (120V), A240 (240V), A250 (250V), A600 (600V) series, which are distinguished by different withstand voltage values. Product features: After circuit obstacles are eliminated, the fuse automatically recovers without the need for manual replacement. It can be reused and reduces costs. Fast action time and recovery time increase reliability. Safety certification: UL, compliant with ROHS certification. The PPTC self recovery fuse of the plug-in has higher voltage and greater current than the patch, better meeting customer needs. Application: Line protection, power ou
1. Where is the self recovery fuse used? Self recovery fuses are used for overcurrent protection between motherboard power supplies, LCD displays for power overcurrent protection, and PGA core circuit overcurrent protection. They are mainly used in various levels of power supply and signal line short-circuit overcurrent circuits. 2. What problems can self restoring fuses solve? The self recovery fuse mainly solves the following problems on the industrial control motherboard: 1. Internal short circuit overload protection problem; 2. External short circuit overcurrent protection issue. The industrial control motherboard is prone to heat generation due to prolonged continuous operation. In addition, there are power circuits and other circuits that experience excessive current due to faults, burning out critical circuits and chip equipment in the motherboard. Regardless of overload, short circuit, or incorrect power connection, it will cause a sharp increase in current in the circu
Fuses, commonly used in electronic products, mainly play a protective role. And fuses have different safety standards, and the certification of fuses varies from country to country. Let's learn about the safety standards of fuses together. Fuse safety standard 1: UL and CSA standards Safety standards for North American regions such as the United States and Canada; The standards for small current fuse tubes are UL248-1/14 and CSA248-1/14. Fuse Safety Standard II: IEC Standard International Electrotechnical Commission standards, safety standards used in Europe and China. The standard for small current fuse tubes is IEC60 127 and GB 9364 (China). Fuse Safety Standard III: KTL Standard Korean Electrical Safety Standards. Fuse Safety Standard 4: JIS Standard Japanese Electrical Safety Standards. The standard for small current fuse tubes is JIS C6575.
There are two resistance specifications for the recoverable fuse ASMD0603 series, one is the conventional resistance series, and the other is the low resistance series. The low resistance ASMD0603SL series provides micro surface mount resettable overcurrent protection, making this world's smallest PTC suitable for ultra portable applications where space is very valuable and device current is low. (ASMD0603 series recoverable fuse) The recoverable fuses in the ASMD0603SL series include models ASMD0603SL035, ASMD0603SL050, ASMD0603SL100, ASMD0603SL125, ASMD0603SL150, ASMD0603SL175, and ASMD0603SL200, with a maximum current of 50A and a holding current range of 0.35mA to 2.0A. The maximum working voltage is 6V, and the working temperature range is -40 ℃~85 ℃. The main features of the recoverable fuse ASMD0603SL series include: compliance with RoHS standards, halogen-free, and UL certification. This series of fuses has a fast fusing speed, and the 0603 package is small in size. It is
The characteristics of the JFP-F series quick break resistor type fuse include: 1. Pin tensile strength: 5N for 10 ± 1 S; 2. Pin thrust strength: 2N for 10 ± 1 S; 3. Solderability: Wave soldering: 260 ℃, ≤ 3s; Soldering iron: 350 ± 10 ℃, ≤ 3s; 4. Welding heat resistance: Wave soldering: 260 ℃, 10s; Soldering iron: 350 ℃, 5s The electrical characteristics of the JFP-F series quick break resistor type fuse are: all testing environments have a temperature of 25 ± 5 ℃, Load capacity: When the fuse passes through 100% of the rated current, it should not blow within 4 hours. Breaking capacity: The fuse can withstand breaking capacity: up to 50 A under 125/250 V AC power supply. Apply 1.0 times the rated current when the temperature stabilizes (measure 4 times within 5 minutes, and the difference between each measurement and the average value should not exceed 2 ℃). The temperature rise of any part of the fuse shall not exceed 75 ℃, and the ambient temperature shall be 25 ± 5
The 5F-500V high-voltage ceramic tube fuse belongs to the fast fuse type fuse tube, with a rated voltage of 500V for high voltage. This series has a wide range of current of 0.1A~20A and high sectioning capacity 10KA@125V AC (200mA~10A) 35A@250V AC (200mA~1A) 100A@250V AC (1.25A~3.5A) 200A@250V AC (4A~30A) 1KA@500V AC (4A~30A). The size of 5F-500V high-voltage quick break ceramic tube fuse is 21.5 * 5.6 (with lead) and 20 * 5.2 (without lead). The material composition of this series of products is as follows: copper caps are made of brass nickel plated, ceramic tubes, fuses are made of alloy, explosion-proof sand is made of quartz sand, and leads are made of tinned copper wire.home energy storage system battery The characteristics of 5F-500V high-voltage quick break ceramic tube fuse include: pin tensile strength of 5 N 10 ± 1 second; The pin thrust strength is 2N10 ± 1 second; The welding method can be wave soldering or Luotie soldering, with a wave soldering temperature
MB:+86 13924633629 Ms.vicky
E-mail: waimao@xcfuse.com
Factory :
XC Electronics(Shenzhen)Corp.,LTD
Add: Jinyuan Industrial zone,Heao, Henggang, Shenzhen 518115,China
Shenzhen branch: Shenzhen Xucheng Electronic Commerce co.Ltd
Add: 8-15 Jinyuan Industrial zone,Heao, Henggang, Shenzhen 518115,China
