CP00052K700KE66

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors, the CP00052K700KE66 belongs to, are regularly used electrically in devices or systems requiring an electrical resistance. This type of resistor has traits that make it beneficial to use in certain circuit applications, such as allowing power dissipation, controlling current flow, and providing a voltage divider.

For the CP00052K700KE66 specifically, its application normally consists of LCR measurement circuits, high-voltage pulse generators, and any other circuit requiring the usage of a resistor with consistent performance over time.Additionally, the CP00052K700KE66 is a convenient tool for low temperature coefficient and low noise electrical resistance. Due to their cost-efficient price, through hole resistors are also used in digital circuits for analog signal processing and verification.

When it comes to its working principle, the CP00052K700KE66’s working principle is relatively straightforward. Primarily, two different types of resistors, the fixed resistor and the variable resistor, are found within the CP00052K700KE66. The fixed resistor is used for controlling activities due to its stable resistance value, while the variable resistor is used to adjust the resistance within devices or systems.

Specifications of CP00052K700KE66 include a 5% tolerance, a 700mW power rating, a 100K Ohms resistance value, and an MFR package size. Its operating temperature ranges from -55 to 125 °C, and it is approved by RoHS, REACH, and WEEE. This combination of specs gives the CP00052K700KE66 the benefit of being used consistently within low-voltage dc circuits.

In conclusion, the CP00052K700KE66 is a common through hole resistor used due to numerous advantages. It is easy to use as it enables the user to maintain proper control with its working principle, while its specs are also able to provide accurate performance over a steady temperature range. Additionally, this through hole resistor is also cost-efficient, making it attractive for use as it provides consistent performance reliably at a lower cost.

The specific data is subject to PDF, and the above content is for reference