H461R9BCA

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Through hole resistors are used to connect two points, create a voltage drop, limit current, dissipate power, measure voltage and current, and protect circuits from overcurrent. The H461R9BCA is a through hole resistor that can be used in a variety of applications. This resistor provides a precision current resistance with low tolerance and a wide temperature stability range.

The H461R9BCA is an axial lead, through hole resistor. This resistor is made with resistance materials and has a maximum working voltage of 250V. The resistor is usually packaged in ceramic, ceramic-metallic, or metal-clad cases. This particular resistor can be used for low-weight applications and has relatively low power dissipation.

The physical size of the H461R9BCA is small, so it is suitable for applications where space is at a premium. And since it is a through hole resistor, it has the advantage of being easier to mount and can withstand frequent vibration. The H461R9BCA also has a high-reliability design and offers some protection against dust and other environmental factors.

The working principle of the H461R9BCA is straightforward. It works by creating a voltage drop across its two terminals. The resistance of the resistor determines how much of a voltage drop it will create, and this voltage is used to regulate current flow. This process is known as Ohm’s Law, and this law is what makes the H461R9BCA so useful in a variety of applications.

The H461R9BCA can be used in a variety of applications due to its small size, excellent resistance tolerance, and wide temperature stability range. It can be used for voltage regulation in automotive power converters, motor control circuits, medical equipment, and telecommunications systems. It can also be used to ensure maximum current protection in high-power circuits, and it is used in some data acquisition and power supply systems.

The H461R9BCA is a precision current resistor with a low tolerance and wide temperature stability range. It is small in size and suitable for applications where space is at a premium. It also has a high-reliability design and offers some protection against dust and other environmental factors. Its working principle is based on Ohm’s Law, which allows it to be used in a variety of applications. The H461R9BCA is a great choice for precision current regulation, voltage control, and maximum current protection.

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