LS 3336-S1T2-1

LS 3336-S1T2-1 belongs to the larger category of LED indication - discrete. It is most commonly used in industrial applications such as machine logic, critical process control, monitoring, and warning. It is designed for high-density, power-driven applications having a wide operating temperature range.

In terms of its working principle, the LS 3336-S1T2-1 is a monolithic integrated circuit which contains two independent logical blocks that control two separate ON/OFF signals. The two independent blocks can be combined to provide two ON/OFF signals or two independent signals. The inputs are driven by an interference free input signal, allowing highly reliable operation. The outputs are tipped push-pull outputs, which can drive LEDs, relays or other similar load.

The 350 Ω resistor in series with the LED allows the LS 3336-S1T2-1 to limit the peak current and protect the LEDs from over current. When the input is in an active low state, the 350 Ω resistor is in series with the LED, and as the input goes to an inactive high state, the 350 Ω resistor is bypassed and the full current through the LED is conducted.

The LS 3336-S1T2-1 has a wide range of applications including motor control, diagnostic equipment, crane controls, pressure monitoring, mobile cabs, automotive indicators, process indicators, medical instrumentation, programming equipment, safety and security systems and industrial control systems.

The LS 3336-S1T2-1 offers many advantages over traditional discrete LEDs. It is smaller in size than discrete LEDs, making it easier to integrate into tight applications. It is also less expensive than most discrete LEDs. In addition, the LS 3336-S1T2-1 is more reliable than discrete LEDs due to its inherent self-protection design. It also requires less power, making it energy efficient.

In conclusion, the LS 3336-S1T2-1 is a useful, energy-efficient LED indication - discrete which is most commonly used in industrial applications. Its small size, high reliability, low power consumption, and cost effectiveness make it an ideal choice for a variety of applications.