Phoenix Contact, LS-EMLP Device Marker for use with TOPMARK LASER, TOPMARK NEO

The Phoenix Contact device marker combines functionality with style, designed specifically for demanding industrial environments. Constructed from high-quality anodised aluminium, it showcases a sleek black finish that enhances visibility and readability. Tailored for use with direct laser marking technologies, this label promises longevity thanks to its robust design. The aluminium material provides both strength and lightness, ensuring that identification tags are both durable and easy to handle. This device marking solution is ideal for adhesive mounting, making it versatile for a range of applications. With thoughtful engineering, each marker can withstand a variety of environmental conditions, proving itself reliable in high-pressure settings. Whether you require labelling for machinery, equipment, or electrical panels, this device marker represents an outstanding choice for quality and performance.

High-strength aluminium construction for durability in tough conditions
Adhesive mounting type offers ease of installation on various surfaces
Anodised surface enhances scratch resistance and longevity
Designed for direct laser marking, ensuring clear and precise labelling
Compliant with stringent environmental standards for material safety
Suitable for a wide operational temperature range
Includes two individual labels, providing flexibility for multiple applications

Switching Voltage Regulators, Linear Technology

Linear Technology product series of synchronous and non-synchronous internal switching regulator ICs offer high efficiency plus a wide input voltage range and switching frequencies up to 4MHz.
The controllers span over several types of configurations from buck (step-down), boost (step-up), buck-boost, forward, Isolated, Inverting and flyback controllers. The Flyback, Forward and Isolated Controllers primary and secondary side provide a solution to help replace the DC/DC bricks that get used in back-plane power conversion.