FNA40860

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Power driver modules are an integral part in many electronic and electrical systems where it is necessary to control and manage the electrical current flow in order to achieve desired outcomes. FNA40860 is one such power driver module best suited for power applications. This power driver module is manufactured by FANUC America and features a wide operating range and a stronger power output. This power driver module is suitable for a variety of industrial applications, not limited to industrial electric motors, automotive, ultraviolet lamps, semiconductor wafer steppers, electric scooter motor control and more.

Features and Benefits

The FNA40860 power driver module has many features and benefits that makes it a preferred choice for many industrial applications. In terms of its field operation, this power driver module is able to operate over a wide area, with extended temperature ranges of -40 to +85C. Its robust current handling capability, up to 4.2A of continuous current output and 40A peak, makes the FNA40860 suitable for high power applications. It is also powerful enough to handle high voltage applications, with a voltage rating of up to 48V DC. In terms of design, the unit itself is relatively small and compact, measuring 118mm by 41.2mm and able to fit into smaller spaces in industrial control systems. The FNA40860 also includes an integrated heat sink, to dissipate the heat generated during operation, as well as built in short circuit protection.

Working Principle

The FNA40860 is an analog pulse width modulation (PWM) power driver module, which works by modulating a digital signal pulse by pulse. In other words, the FNA40860 is able to convert a digital input signal into a proportional analog voltage output. This is done by varying the pulse width and frequency of the output signal in order to create a proportional analog voltage. This process is known as pulse width modulation, which allows for precise output voltage control.

The FNA40860 power driver module has two input signals, and depending on the application, one or both of these can be TTL (transistor-transistor logic) compatible. The input signals can be either an open collector input signal or an analog voltage. The two signals, or pulses, are then used to modulate the pulse width and pulse frequency of the output signal in order to achieve the desired PWM ratio. The ratio is then applied to the output voltage, which is then processed by the power driver module and converted into a corresponding analog output.

Thanks to its PWM technology the FNA40860 is able to deliver precise control over its output voltage, producing more efficient and accurate results than other types of power drivers. This makes it ideal for many industrial applications, such as adaptive cruise control systems in automobiles, or for controlling the speed of electric motors or other devices. In addition, the FNA40860 is able to work with the latest industrial communication protocols, such as CAN bus, and is compatible with typical industrial PLCs.

Conclusion

The FNA40860 power driver module is an efficient and reliable module suitable for a variety of industrial applications. It comes with a wide operating range, a robust current handling capability, and is capable of producing precise output voltages. This power driver module is versatile and suitable for applications ranging from controlling the speed of electric motors to managing the current flow in industrial systems. It is also compatible with the latest communication protocols, such as CAN bus, and is able to work with standard PLCs. In conclusion, the FNA40860 is an ideal choice for many power applications.

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