H41K96BYA

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 H41K96BYA is a type of through hole resistor. They are often referred to as THRs, and they use cylindrical metal shells, equipped with resistors mounted inside. The presence of the metal shells amplifies the signal of the resistors, allowing them to be used in high power applications such as switchgear and aircraft systems. The shells also allow the component to dissipate heat, protecting the component from overheating and other risks associated with high power systems.

In terms of application, the H41K96BYA is most well suited for applications in which tight tolerances and high power requirements are both necessary. Examples include air pressure and oil pressure switches, power control systems, and AC and DC motor control systems. These components are also well suited for conditions of extreme temperatures and humidity. Due to their high signal amplification, they are less likely to malfunction during higher power applications.

The working principle of the H41K96BYA is based on ohmic resistance. When current is applied, an opposition to its flow is created. This is referred to as the source of the resistance. The amount of resistance created depends on the material used and the outside factors associated with it. In the case of the H41K96BYA, this is a cylindrical metal shell, surrounded by a resistor.

When current is applied to the resistor, a voltage drop is created. This voltage drop is representative of the resistance. The amount of resistance depends on the wattage of the resistor, as well as the length of the cylinder shell. The more wattage contained in the resistor, the greater the resistance will be. Likewise, a longer cylinder shell will result in a greater resistance. This is why the H41K96BYA is ideal for high power applications as it can effectively control and regulate both low and high power systems.

When the voltage and current are applied to the resistor, the voltage drop will cause both heat and noise to be created. These two characteristics are essential when it comes to regulating power and eliminating unwanted interference from other systems. The metal shell amplifies these two characteristics, thereby helping to reduce noise and increase the efficacy of the component.

The H 41K 96 BYA is well suited for applications involving tight tolerances and high power requirements. Its cylindrical metal shell allows for increased resistance and helps to dissipate heat. The increased wattage also helps to regulate both low and high power systems. And due to its increased noise and heat characteristics, the component is well suited for conditions of extreme temperature and humidity. All of these characteristics make the H41K96BYA an ideal choice for high power applications.

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