NKN100JR-73-0R91

Through Hole Resistors can be found in a variety of applications and exhibits excellent electrical and thermal performance. NKN100JR-73-0R91 is one type of Through Hole Resistors which is usually used to provide a steady current limited to a specific value in circuits.

As a precision resistor, the main features of NKN100JR-73-0R91 include: low temperature coefficient; good linearity; high stability; very low noise level; high overload durability; impedance is greater than 10 MΩ between adjacent contacts; high self-heating capacity; high power rating; precision tolerance; withstanding acid and alkali; stable long-term performance; excellent frequency performance; and wide operating temperature range. With all these advantages, this type of resistor can be applied in many different fields of industry, such as electronic equipment, automotive electronics, precision instruments, aerospace, security, medical equipment, consumer electronics, telecommunication etc.

The NKN100JR-73-0R91 Through Hole Resistor works by increasing the resistance of a wire when a current is passed through it. In a cold-processed resistors, a carbon paste is applied on a heat-resistant ceramic substrate, then a layer of ceramic is attached to it. The terminals of the resistor contact the substrate to form the electrical connections. This type of resistance can dissipate large amounts of power if the resistor is properly designed and constructed.

The NKN100JR-73-0R91 Through Hole Resistor has a variety of electrical characteristics that set it apart from other types of resistors. Its resistance, power dissipation, temperature coefficient, and frequency response are all important factors in the performance and reliability of the resistor. The resistance of the NKN100JR-73-0R91 is rated in ohms, which indicates the amount of electrical resistance the resistor will add to the circuit. Its power dissipation is also a factor, as this value determines the amount of power the resistor can dissipate in a given environment and operational condition. The temperature coefficient of the resistor is also important in selecting the type of resistor for a particular application, as it indicates how the electrical characteristics of the resistor change with temperature. Finally, the frequency response of the resistor indicates how the resistor will respond to different frequencies within its operating range, as the resistance of the resistor may decrease or increase at specific rates depending on the frequency of the signal.

When selecting a NKN100JR-73-0R91 Through Hole Resistor, the customer should consider all of its characteristics and application requirements. The resistance value, power dissipation, temperature coefficient, and frequency response must all be evaluated in order to choose the optimum resistor for a particular application. As NKN100JR-73-0R91 is highly reliable, offers excellent long-term performance, and is suitable for various applications, it is no surprise that this type of Through Hole Resistor is popular among customers.