CF18JT240R

Through Hole Resistors

CF18JT240R is a through hole resistor, which comes in a range of different resistances, including Ohms, kilohms, and megohms.It is typically used in circuits where a very precise and stable resistance must be maintained over a large temperature range. CF18JT240R are generally used when switching signals between various components of an electronic circuit, in order to achieve a desired level of impedance. CF18JT240R is also used for protection from over-voltage due to excessive current.

Application Field

CF18JT240R resistors are commonly used in applications such as:

• Automotive electronics
• Consumer electronics
• Data acquisition systems
• Instrumentation and test equipment
• Power converters
• Power supplies
• Telecommunications

Working Principle

The working principle of CF18JT240R resistors is based on the concept of “ohms”, which describes the relationship between voltage, current, and resistance. In simple terms, a resistor has two terminals, the positive and negative terminals. When a voltage is applied across these terminals, it causes a current to flow in the circuit. The resistance of the resistor limits the flow of current by providing a certain path for it to travel. This resistance is measured in ohms.Different types of resistors are created to meet various requirements. CF18JT240R resistors have a range of tolerance, temperature coefficient and stability.

CF18JT240R resistors have low temperature coefficient, which means that they remain stable and accurate even when exposed to wide temperature fluctuations. This makes them ideal for use in automotive and telecommunications applications. Furthermore, they have a high power rating and feature increased life expectancy, which adds to their durability and reliability.

CF18JT240R resistors are also characterized by their high stability over time, which is essential in applications like power converters and power supplies, where precise and constant current levels must be maintained. Additionally, their high tolerance makes them highly reliable and accurate, thus guaranteeing consistent performance even in the most critical circuits.