EAK RESISTOR

  In today’s high-tech industries, from medical equipment to industrial power systems, the demand for reliable and high-energy components is greater than ever. One such critical component is the pulse resistor , especially the non-inductive ceramic resistor , which plays a pivotal role in managing energy surges, voltage spikes, and high-frequency operations. Among the various types of resistors used in these applications, ceramic resistors stand out due to their excellent thermal stability, durability, and resistance to electrical stress. When engineered without inductance, they become ideal for use in sensitive and high-power circuits where precision and reliability are non-negotiable. What Makes a Pulse Resistor Unique? A pulse resistor is specifically designed to withstand and absorb repeated high-energy pulses without degrading in performance. These resistors must maintain stable resistance values even under extreme conditions — such as those found in: Capacitor discharge circu...

  In the realm of electrical and electronic systems, the management of high voltage surges and pulses is of paramount importance. These transient phenomena can wreak havoc on sensitive components, leading to malfunctions, reduced lifespan, and even catastrophic failures. To mitigate such risks, specialized components like high voltage surge resistors and high voltage pulse resistors are employed. One such notable product is the RV086-500KJ-185R-K, a custom-designed resistor tailored to meet specific user requirements while delivering robust performance in high voltage applications. Product Overview The RV086-500KJ-185R-K is a custom-manufactured resistor designed to handle high voltage surges and pulses effectively. It is constructed using the RCD07534 series of composite ceramic resistor discs. Each disc has an outer diameter of 75mm, a thickness of 25.4mm, and a central hole diameter of 20mm. With a resistance of 9.25Ω per disc and a power rating of 13W, these discs are precision...

  Ceramic carbon resistors play a pivotal role in capacitor charging and discharging systems, ensuring stable energy management and reliable circuit operation. This technical analysis delves into their specifications, performance, and application advantages, tailored for professionals in power electronics and electrical engineering. 1. Key Product Specifications Damping Resistor (R1) Rated Resistance : 10 Ω, providing precise impedance control for energy regulation. Heat Capacity : 25 kJ (with a total stored energy of 7.2 kJ after C3 and C4 series connection), enabling sustained thermal stability during high - energy cycles. Type : Ceramic resistor, leveraging ceramic’s excellent thermal conductivity and mechanical strength. Voltage & Current Peaks : Withstands a maximum instantaneous terminal voltage peak of 31 kV and a ground - to - ground instantaneous voltage peak of 152 kV. The maximum instantaneous current peak is no less than 3.1 kA, ensuring robustness under extreme tra...