Used LAMBDA LMF-12-MR #126330 for sale
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LAMBDA LMF-12-MR is a high-performance, low noise, linear power supply module designed for demanding applications in harsh environments. This module produces a steady 12V DC output with a maximum current capacity of 500mA, allowing it to withstand both high and low levels of current. LMF-12-MR utilizes a highly efficient power conversion and a powerful linear regulation circuit to provide consistent power output throughout load changes. Its large output capacity and extended operating temperature range make it ideal for use in industrial, medical and military applications. It is designed to operate reliably and precisely at temperatures from -20°C up to +70°C, as well as shock and vibration up to 9.8 Grms. LAMBDA LMF-12-MR has a comprehensive DC input voltage range from 12V to 300V with a low ripple and noise of less than 50mV PP. Its highly regulated output is protected against short circuit conditions, overload, and overvoltage or undervoltage conditions. An optional remote control connection is also available for efficient remote monitoring and control of the power supply. LMF-12-MR is designed to meet a variety of failure-mode requirements including smooth startup and overvoltage protection, as required in industrial applications. As an AC to DC module, it includes various features such as a safety shutdown and an input voltage reverse protection. This means that the module will remain in a safe operation mode even if a reverse voltage is applied to the inputs. LAMBDA LMF-12-MR also has a high reliability for continuous use, with an MTBF (Mean Time Between Failure) of 500,000 hours and over 90% electrical efficiency. This impressive power supply module is certified to both EMI and EMC standards, ensuring reliable operation in challenging environmental conditions. In summary, LMF-12-MR by LAMBDA is a rugged, high performance, low noise linear power supply module with an extended temperature range, high efficiency, and excellent electrical performance. It is an ideal choice for demanding applications in harsh environments.
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