KNP3WSJB-52-150R

KNP3WSJB-52-150R are precision resistors which are one type of Through Hole Resistors. They are a type of fixed resistor which demonstrates exceptional electrical characteristics. They are constructed with an oxide coated high-quality ceramic body or substrate. They are designed with a low tolerance and very low temperature coefficient for improved stability over a wide range of temperatures.

These resistors are used in a variety of applications due to their high tolerance and excellent temperature coefficient characteristics. They are often used in demanding industrial, audio and medical applications, such as ovens, turnstiles, CD players, hearing aids, etc. In addition, they are well suited for instrumentation or precision industrial equipment.

The KNP3WSJB-52-150R resistor features thick-film technology which is used to provide a stable, reliable performance. The thick-film construction allows for a device with a small size and low overall power dissipation. Each component is constructed with a highly dependable ceramic substrate which provides consistent performance over wide temperature and voltage variations.

The resistor is usually found in a three-terminal device to provide superior low-noise performance. The device typically has multiple independent resistors arranged in a string with two common ground terminals and a terminal connected to the second resistor in the string. This connection allows for a balanced termination which provides predictable and consistent electrical characteristics.

The KNP3WSJB-52-150R resistor features a wide range of resistance values which can range from 0.1 ohm to 1k ohms. The device is rated for a maximum of 1.25 watts and can handle a maximum current of 1.5 amps. The operating temperature range is between -55 to +125 degrees Celsius.

The KNP3WSJB-52-150R resistor is an excellent choice for applications which require consistent and reliable performance. The combination of a low tolerance and excellent temperature coefficient make it a popular choice for a wide variety of applications. The device is relatively small in size yet can handle a large amount of current. The device is also highly durable and versatile, making it an ideal choice for high-end industrial, audio and medical applications.