H46K98AYA

Through Hole Resistors, such as the H46K98AYA, are a type of passive component that restricts the flow of current within a circuit. They are relatively simple to use and utilize an encased, resistor-filled lead wire in order to lower the voltage and current flow. Depending on the specific resistor, the voltage and current can be changed using different resistances.

The H46K98AYA is a type of fixed-resistance resistor. It is a vertical, through-hole device and can be characterized by its two terminals, plastic body, and low-resistance resistor. The resistor has a high temperature range (up to 150C) and low dissipated power (as low as 2 mW). In addition, it is designed to be shock-resistant, vibration-resistant, and resistant to moisture and dust.

The H46K98AYA can be used in various applications, such as LED lighting, audio, and automotive products. It is often used to control current flows, stabilize voltages, or provide voltage-current regulation. As a through-hole resistor, the H46K98AYA is typically soldered to the circuit board, providing a reliable connection. The design of the resistor allows it to function in a stable manner without abnormal vibrations.

The working principle of the H46K98AYA is relatively straightforward. It performs its function by changing the current\'s direction or voltage level. When a current is applied to the resistor, the electrons are forced to flow in predetermined directions according to the law of electrical resistance. As the current is decreased, the voltage that is caused by the resistance increases. This causes the current to slow down and the voltage to rise.

The working principle of a through-hole resistor can be summed up as follows: the electrons flow through the encased resistor through the lead wire, and as the current is reduced, the voltage increases. The increase in voltage will cause the current to slow down, thus achieving its purpose of regulating the voltage and current.

In summary, the H46K98AYA is a type of through-hole resistor used in various applications. Its working principle is that the electrons flow through the encased resistor through the lead wire and as the current is reduced, the voltage increases. Its design ensures reliability, shock-resistance, vibration-resistance, and resistance to moisture and dust.