339-1SRVGW/S150/F14-20

Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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LED Discrete Indication – 339-1SRVGW/S150/F14-20 Application Field and Working Principle

LED discrete indication is a type of light emitting diode technology that uses electronic components to provide visual information. LED discrete indication can be used in a wide range of applications. It is commonly used in industrial and consumer electronics, as well as automotive, aerospace, medical and consumer appliance applications.339-1SRVGW/S150/F14-20 is a discrete indication LED product designed to provide a high-brightness indication in a wide range of applications. It features a side-viewing design, with a 5mm LED source, making it ideal for space-constrained applications such as small control interface panels and industrial equipment. The LED provides a full 180° horizontal viewing angle, with a bright 2000mcd light output. The device operates at an operating voltage of 2.62V and current draw of 28mA. The 339-1SRVGW/S150/F14-20 LED is an ideal way to perform discrete indication for any application that requires an indication with a long life, low power, and robust performance. As with all LEDs, this device must be driven by an external power source. The device should be connected to the ground pin of the external power source and the Vcc pin should be connected to the voltage power source. The Vout pin of the device should be connected to the discrete indication in order to indicate whatever it is desired to indicate. As a high brightness LED discrete indication device, the 339-1SRVGW/S150/F14-20 is well suited for applications such as power monitoring, system status indicators, graphical user interfaces, and other industrial control applications. It is also well suited for backlighting and display applications due to its high brightness and wide operating temperature range of -40°C to +110°C.In order to ensure maximum lifetime of the LED, the LED must be properly installed in an appropriate environment, such as a controlled temperature and humidity area. Furthermore, the LED should be connected to a power supply with sufficient current and voltage, as the LED should not be run with too low nor too high power supply ratings. It should also be adequately dissipated for adequate thermal management in order to avoid any damage from overheating.Finally, the LED should be properly handled and maintained to ensure maximum lifetime. It should be checked for proper operation before installation. This includes checking for any physical damage, cleaning the contact surfaces, polishing it to properly mount it, and properly connecting the power and ground terminals. In conclusion, the 339-1SRVGW/S150/F14-20 is an excellent discrete indication LED that provides a high-brightness indication in a wide range of applications. By properly installing and maintaining this device, one can ensure maximized lifetime, performance and reliability.

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