HSMA-A431-Z5WM1 Optoelectronics

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HSMA-A431-Z5WM1 is an LED indication product that falls into the discrete category. It is a compact, lightweight, and reliable solution for remote signaling that can be used in various applications.

The device is a 4-pin surface-mount package that supports up to 24 color LEDs. It has several advanced features, including direct drive outputs, a low voltage input, and programmable constant current outputs that can be used to power LEDs up to 25mA.

The device is ideal for use in automotive, medical, industrial, and consumer applications. It can be used to indicate various levels of warning, status, or events. It is also well suited for applications where a red/green/amber differential is desired.

The HSMA-A431-Z5WM1 works by using the constant current outputs to power the LEDs. This allows for a consistent brightness level, regardless of the input voltage. The outputs are adjustable and the current limit can be programmed using the on-board trim pot. The color of the LED indicators can also be changed by programming the outputs.

In addition to its bright LED indicators, HSMA-A431-Z5WM1 also has a wide range of user-programmable features. This includes adjustable frequency and current limit settings, a power failure input, and an open-circuit detection that prevents false alarms. The device can be configured in either an AC or DC voltage input, and it offers both short-circuit and thermal protection.

The device is easy to install and configure and it is rated to work in temperatures ranging from -25 to 85 degrees Celsius. It is also RoHS compliant, UL/CSA approved, and has been tested to European Union standards. The HSMA-A431-Z5WM1 is compatible with most standard mounting holes and installation kits.

In conclusion, the HSMA-A431-Z5WM1 is a versatile and reliable LED indicator for discrete applications. It is designed for use in a variety of settings, from automotive and medical to consumer and industrial. Its features include programmable current outputs and adjustable frequency and current limits, as well as protection against overloads, short-circuits, thermal failures, and power failures.

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