MC100EP17DTG

The MC100EP17DTG is a quad differential receiver designed for low power applications. This device is part of the MC100 series of specialty logic components manufactured by ON Semiconductor. Specialty logic components are integrated circuits that provide specific logic functions or other specific conditions and are designed for special purposes.

Application Field

The MC100EP17DTG is designed for use in low power, low noise applications. It is specifically designed for applications such as CAN transceivers, data acquisition systems and motor control systems. It is also suitable for use in control systems and digital signal processors.

Working Principle

The MC100EP17DTG has four differential inputs, each of which is separate. This means that the device is immune to common-mode noise, meaning that it is well-suited to low-noise applications. The differential inputs require equal and opposite logic levels, allowing for a high degree of noise rejection.

The outputs are open-drain outputs, meaning that they are open when off and shorted to ground when on, allowing for the creation of high-speed logic switching networks. The outputs are also quiescent high, meaning that they are enabled only when the inputs are driven to their active levels.

The device has four outputs, each of which can be individually disabled. This feature allows the outputs to be used simultaneously without interfering with each other. The device has a maximum output current rating of 25mA, allowing for efficient use of power.

All inputs and outputs are protected against reverse-voltage, meaning that the device can be used safely in a wide range of applications. The device is also ESD and surge protected, meaning that it is well-suited for use in industrial and automotive applications.

Conclusion

The MC100EP17DTG is an advanced specialty logic component designed for low power applications. It is designed specifically for use in CAN transceivers, data acquisition systems, motor control systems and other related applications. It has four differential inputs and four open-drain outputs, allowing for the creation of high-speed logic switching networks. The device is also protected against reverse-voltage, ESD and surge, allowing for safe and reliable operation in industrial and automotive applications.