ACSL-6300-06TE

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Optoisolators - Logic Output

The ACSL-6300-06TE is a logic output optoisolator with a complementary output type, designed specifically for interfacing high-side devices switching up to 600V with low-voltage electronic circuits. It is suitable for isolating voltage signals in AC and DC rating applications such as inverters, motor drives, programmable logic controllers, and signal light displays.

The ACSL-6300-06TE contains a dual LED emitter, a NPN transistor output stage and 3 terminals (P, N, Q). When a voltage, typically between 3V and 30V, is applied to the P terminal a low-current is limited through the LED (3mA max), this in turn allows current to flow through the N terminal and into the output of the NPN transistor. When the voltage on the P terminal is low (less than 300mV) and the LED is not emitting then the output of the transistor will be in the off state.

One practical example of how dual optoisolator can be used is for motor control, in which the ACSL-6300-06TE is used to isolate the motor control signals (up to 600V) from the low voltage command circuit. When activated, the optoisolator LED will light up, activating the on state at the output of the optoisolator. Since the voltage output is built with an NPN transistor, the output voltage can switch between Gnd (low) and V+ (high) depending on the status of the LED emitter.

The ACSL-6300-06TE is designed for use in a wide range of applications and it can be used to provide electrical isolation and voltage surge protection for data lines, power lines and signal lines. It is important to note that before using this optoisolator, it should be tested and verified that the output voltage is compatible with the control system. In addition, the optoisolator also features built-in EMI and transient surge suppression protection.

To summarize, the ACSL-6300-06TE is an ideal solution for applications requiring electrical isolation and voltage surge protection. It is designed for ease of use and comes with a variety of features and spec for different kind of applications. It can be used to control motors by switching between Gnd (low) and V+ (high) or to provide robust electrical isolation in data, power and signal lines.

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