The stability and accuracy of ROHM precision resistance performance is very important for the equipment products that use it, which will affect the stability of the use of equipment, as well as the life of the equipment, but according to the market dynamics and investigation, ROHM UCR series precision resistance is a good choice, from the brand, ROHM company is a well-known electronic components manufacturer. UCR series precision resistors have also received attention from the industry.
ROHM precision resistor UCR series introduction
ROHM's UCR series precision resistors, the product size from 0603 to 3216, covering a variety of specifications, including 0201, 0402, 0603, etc., to meet the needs of different electronic devices for space layout, the series of resistors using the back mount structure, this design not only reduces the circuit board space, but also effectively reduces the resistance deviation. The accuracy and stability of the resistance are improved.
In terms of power rating, the UCR series offers a variety of options from 0.1W to 1W, which enables it to maintain stable performance in different operating environments, and its resistance values range from 10mΩ to 100mΩ, covering the range of resistance values required for a variety of application scenarios.
Models and characteristics of ROHM UCR series resistors
There are various types of UCR resistors, including UCR006YVPFL, UCR006YVPJL, and UCR01MVPFL. These models not only represent different resistance values, powers and sizes, but also reflect ROHM's continuous innovation and advancement in resistance manufacturing technology. Each model is optimized for specific application scenarios to ensure optimal performance in actual use.
For example, some types of resistors use special materials and processes to improve their environmental adaptability such as resistance to high temperature and humidity. These characteristics make the UCR series resistors widely used in highly demanding fields such as automotive electronics, aerospace, and industrial automation.
