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Littelfuse Launches First Reflow-Compatible Illuminated Tactile Switch with Long Travel and SPDT Function

Littelfuse Launches First Reflow-Compatible Illuminated Tactile Switch with Long Travel and SPDT Function

­Littelfuse, Inc. announced the expansion of its K5V Series illuminated Tactile Switch family with the release of new K5V4 models. These include Gull Wing (GH) and 2.1 mm Pin-in-Paste (PIP) versions that are reflow soldering-compatible.  Built using a high-temperature PAR (polyarylate) material
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Date:
10/01/2025
A Deep Dive into High-Efficient LED Drivers for Low-Profile Display Applications

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Figure 1: Conventional LED boost architecture simplified circuit diagram

­Laptop battery drain has a significant impact on the battery run-time of the laptop system. In this article, we explore the efficiency and performance of the LED driver and introduce a novel, 2-stage architecture that consists of a synchronous boost followed by a charge pump multiplier. We compare the 2-stage ar
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Date:
10/01/2025
Floating Ground Non-isolated Half-Bridge Gate Drivers

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Figure 1: A step-down power converter with remote load

­Power conversion is a core function of virtually every electronics design today. Ideally, any conversion from one DC voltage, say 9 V, to a different level, for example, 24 V, should be as efficient as possible, with minimal losses. To accommodate different voltages, current requirements, and power density, se
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Date:
10/01/2025
Enabling Digital Transformation in Industrial Environments

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Figure 1: Bird’s-eye view of an FPGA architecture showing an array of programmable logic blocks interconnected by configurable routing.

­Whether in the pursuit of greater efficiency, data-driven insights, artificial intelligence (AI) applications, or beyond, businesses across sectors are continuing to pursue digital transformation. In fact, the International Data Corporation (IDC) projects worldwide spending on digital transformation efforts wi
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Date:
10/01/2025
How Modern ATEX Design Enables Intelligent Control at the Edge

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Figure 1: Evolution of Intrinsically Safe Products

­Manufacturers are under continual pressure to create advanced electronic systems for hazardous environments. In the past, intrinsically safe (IS) designs were limited to basic sensors that transmitted data to distant control rooms. Now, modern low-power electronics have opened up new possibilities for intri
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Date:
10/01/2025
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