ASMT-TBBM-NP902

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The ASMT-TBBM-NP902 is an LED light source module designed for discrete indication applications. It is a low-power module that operates at low voltage and is highly reliable. The module is designed for long-term operation in a wide range of environmental conditions. The module features a wide variety of features to ensure it performs optimally in its application.

The ASMT-TBBM-NP902 is ideal for discrete indication applications. The LED module is composed of a single LED element and a number of control components which provide the necessary support and protection. The LED elements can be operated in different states, including dim, off, and full on. The module provides five control lines, including control, ground, Vgnd, DI and Vdd, which allow for the selection of the desired LED element state.

The ASMT-TBBM-NP902 module is designed to be highly reliable and versatile. The module can be used for a variety of LED applications, including discrete indicators, surface-mounted LED display modules, and LED clusters. The module is designed to handle a wide range of input voltages, from 5 V to 16 V, and the LED elements can be operated in a wide range of temperatures, from -20°C to +60°C.

The working principle of the ASMT-TBBM-NP92 module is based on the combination of direct current (DC) and pulse width modulation (PWM) techniques. When the control signal is applied, the module operates in three states: dim, off, and full on. In the dim state, the PWM signal is applied and the intensity of the LED output is reduced accordingly. In the off state, the DC signal is applied and the LED output is completely shut off. In the full on state, the DC signal is applied and the LED output is fully illuminated.

The ASMT-TBBM-NP902 module is suitable for a variety of LED applications and offers the reliability, versatility and performance required in these applications. It is a low-power module that is highly reliable, and is designed to handle a wide range of inputs and temperatures. The control lines provide the necessary control and protection, while the PWM and DC signal combination ensure reliable performance. The module is ideal for discrete indication applications and offers flexibility of light output.

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