H861R9BDA

Through hole resistors are one of the most widely used basic components in the electronics industry. The H861R9BDA is a through hole resistor with features designed to meet the demands of the professional power management market. It is designed to accurately set outputs, adjust voltage levels, and control the switching of signals.

Application Field: The H861R9BDA is widely used in industrial systems, motor control, domestic circuits, and damping applications. It is also used for H-bridge motor control, high-performance3-phase servo amplifiers, voltage follower applications, and ac-dc power conversion circuits.

Working Principle: The H861R9BDA is a non-inductive resistor with a metal resistor element. It is capable of addressing high peak currents with lower voltage coefficients for superior accuracy. It is able to reduce the total amount of voltage drop during operation, making it perfect for setting outputs, adjusting levels, and regulating signal switching. It has a constant resistance during changes in voltage and temperature. It is designed to withstand high currents and provides outstanding repetitive pulse performance.

The H861R9BDA is also designed to withstand high power spikes for a long period of time. It is capable of dissipating large amounts of energy continuously without experiencing any changes in its resistance value. Its capacitance characteristics are also stable, ensuring there are little to no distracting ripples or noise when it operates. Furthermore, it does not require any installation considerations due to its small package size. This makes it suitable for applications where space is limited.

Overall, the H861R9BDA is a reliable, precise through hole resistor that is ideal for professional power management solutions. It provides power management benefits such as reduced voltage drops and higher accuracy with a small package size. Plus, its capacitance characteristics are designed to eliminate any distracting ripples and noise. This makes it the perfect choice for motor control and damping applications, high-performance servo amplifiers, voltage follower applications, and ac-dc power conversion circuits.