RJ45 Inline Connector

In the fields of professional audio, video transmission, and stage lighting control, a seemingly minor connectivity issue can bring a meticulously planned performance or important event to a standstill. Vibration, frequent plugging and unplugging, and com

With the rapid development of smart manufacturing and the Industrial Internet of Things (IIoT), industrial communications are moving towards high-speed and intelligent technologies. Industrial automation equipment requires real-time, efficient transmission of large amounts of data to achieve precise control and collaborative operations. Industrial Ethernet fieldbus, with its high speed, high reliability, and strong compatibility, has become the mainstream choice for industrial communications and is widely used in smart manufacturing, smart factories, industrial automation, and other fields. T

From the center tap, Bob Smith terminal to PCB layout, the system sorts out the most common pitfalls of the Ethernet port, and provides selection suggestions based on VOOHU full-rate network transformers and supporting components.

The POE system consists of two core components: PSE (Power Supply Equipment) and PD (Powered Equipment). The PSE is located at the front end of the system and is responsible for combining the power supply with the signal and sending it to the PD, which is

What is a XLR RJ45 connector? The XLR RJ45 connector is a hybrid connector that combines the mechanical stability of the XLR (XLR) interface with the RJ45 Ethernet transmission function. It adopts a circular or quasi-circular design and is equipped with a XLR-type locking mechanism to provide high-reliability connections and is suitable for harsh environments that require anti-vibration, dustproof, waterproof, and electromagnetic shielding. It supports high-speed data transmission (such as Gigabit Ethernet) and is widely used in professional audio and video equipment, industrial automation, st

The conduction disturbance (CE) at the power supply end exceeds the standard, but it doesn’t move even after adding a common mode inductor? VOOHU explains the causes from the two noise paths of differential mode and common mode, analyzes the selection logic of peak impedance, DC bias and leakage inductance of common mode inductors, and provides a selection table and three-step rectification method for the on-shelf material numbers of common mode inductors and integrated inductors of power lines.