Analog Technologies, Inc. (ATI) announces an upcoming product price adjustment effective June 1, 2026. Orders placed and confirmed on or before May 31, 2026 will be honored at current pricing....(more)
Introduction This guide is designed to assist you in selecting the most appropriate tilt sensor based on the part number structure. Understanding the part number will enable you to quickly identify the key features of the tilt sensor that best meet your requirements. Part Number Structure Explanation Accuracy The first digit after TS represents the accuracy of the tilt sensor. In the example TS 2312 R01, the digit 2 indicates an accuracy of 0.2 degree s (see table for details) . Higher number im...(more)
Introduction: The ATLSXA103 laser controller is a high-performance, linearly designed product known for its excellent noise suppression capabilities, with a DC noise as low as 6uA. Without an internal microcontroller, its small dimensions (20 * 14.5 * 5 mm) make it suitable for products with strict volume requirements. It is widely applied in DPSSL, EDFA, SOA, fiber lasers, and laser diodes. Key Features: Low-noise design Compact and small High current output User-friendly operation Overcurrent...(more)
Analog Technologies has released two isolated DC-DC power modules, one with a 12V input voltage and one with a 24V input voltage....(more)
The ATI2934 is a high efficiency DC-to-DC step-down switching regulator designed to step down high voltage input sources to lower voltages....(more)
A DC-to-DC step-down switching regulator is an electronic circuit that converts a higher voltage DC input to a lower voltage DC output....(more)
Main Features : Built-in high voltage converter; high current capability: Up to 20mA; high slew rate: 800V/s; bandwidth: Up to 1MHz; wide output voltage range: 0~2kV@input voltage=24V; offset voltage range: 10V; compact size: 181.5(L)149.0(W)38.3(H) mm; weight: 2.2lb (1.0kg)....(more)
Features:low offset voltage 1V, input offset drift 5V/C, high gain bandwidth 4.5MHz, rail-to-rail input and output, high slew rate, low noise, low power consumption, etc....(more)
