For a patch resistor product used around an automobile engine, an abnormal resistance phenomenon occurs in some cases, resulting in a problem with the entire product function. Meilong Electronics engineers explained the possible reasons for this situation. This kind of situation is due to the fact that common patch resistors are easily affected by the vulcanization environment. What should we do if we encounter this situation?
To this end, the R & D team of Maloney Electronics made a special process of anti-vulcanization chip resistor by adding vulcanization-resistant materials to the electrode to effectively solve the influence of the chip resistor under the vulcanization environment. Let us together Learn more about this special anti-vulcanization chip resistor.
Anti-vulcanization chip resistor (AS series) function
High-concentration sulfur gas is one of the main extremes affecting electronic products. Electronic products exposed to high concentrations of sulfur gas such as industrial control systems, sensors, instrumentation equipment, communication base stations, etc., sulfur gas will be from the electrode of the patch resistor. The gap between the protective layer and the protective layer is combined with the silver material of the terminal electrode of the chip resistor to produce silver sulfide, which results in the insulation of the chip resistor, thereby causing the electronic device to fail or even become dangerous. The anti-vulcanization chip resistor has high anti-vulcanization performance, can work normally and stably in a sulfur-containing environment, has outstanding performance and long service life, and can effectively solve the effect of corrosion and vulcanization of electronic components.
1, small size, light weight;
2, to adapt to reflow and wave soldering;
3, stable electrical performance, high reliability;
4, the assembly cost is low, and match with automatic mounting equipment;
5, high mechanical strength, superior high frequency characteristics, with a strong anti-vulcanization effect;
6, in line with RoHS directive requirements;
Note: Anti-vulcanization resistor structure diagram
Anti-vulcanization chip resistor (AS series) Product parameters:
Specifications: 0201, 0402, 0603, 0805, 1206, 2010, 2512;
Resistance range: 1Î©~10MÎ©(10ohm-100Mohm);
Resistance accuracy: Â±0.5%, 1%, 5%;
Rated power: 1/20W, 1/16W, 1/10W, 1/8W, 1/4W, 1/3W, 3/4W, 1W;
Temperature drift coefficient (TCR): 100ppm, 200ppm/Â°C;
Temperature range: -55Â°c-+155Â°c or -55-+125Â°C (0201 size, 1/20W) anti-vulcanization chip resistor
(1) 10 seconds at the maximum temperature of 260 degrees infrared reflow
(2) Wave soldering time at maximum temperature of 260 degrees for 10 seconds
(3) 5 seconds at the maximum temperature of 410 degrees soldering iron
2, on high-end computers, with anti-sulfidation effect
3, industrial equipment
4, automatic equipment controller
5, medical equipment
6, high-end multimedia electronic outdoor electronic applications and other requirements meet the anti-vulcanization applications.
Material storage and transportation requirements
Temperature requirement: 5Â°C~35Â°C
Humidity requirement: 25%~75%
Storage period: 1 year from shipment
Anti-squeeze/collision: Prevent deformation of the outer box or reel during storage and storage
Moisture protection: control the storage temperature and humidity. It is recommended to confirm whether the ambient temperature and humidity are within the required range on a daily basis. If abnormalities are found, use a dehumidifier or an air conditioner.
Note: Bare packing means that the original packaging of the material is separated and stored.
Anti-squeeze/collision: Prevent deformation of the outer box or reel when handling storage.
Finally, it should be pointed out that the product is stored in a highly static environment or in the sun, rain, snow, or condensation. Product performance and soldering connections may deteriorate. If you have any questions about the product, you are welcome to consult our customer service staff. We will To provide you with professional, timely and patient service.
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