MC100ES60T22EJR2

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MC100ES60T22EJR2 device is a logic-level translator. This chip is an integrated circuit that can convert single-ended logic signals from higher logic levels to lower logic levels and vice versa. The device can also translate logic levels across different logic families, e.g. CMOS, FET, LVTTL, etc. It is also capable of converting electrical signals between powered and non-powered devices.

The MC100ES60T22EJR2 allows a CMOS device to interface directly with another device that has a different voltage supply than the one being interfaced with. This chip is designed for applications that require level shifting or logic level translation between two power domains. This makes it suitable for a variety of applications such as in interface communication between different voltage circuits, logic to data converters, and power-managed systems.

The MC100ES60T22EJR2 device operates at a wide input range of 3.0 to 5.5 volts. The device also features an input switching threshold of 1.6 volts and a rise and fall time of 5ns. The operating temperature range for this device is between -40 to +85 degrees C. This makes the device suitable for various applications that require reliable data throughput at high speed.

The MC100ES60T22EJR2 translates from Vih (3.3V) to VOL (0.9V) level or from VOL (0.9V) to Vih (3.3V) level. The device has two input pins, Vpa and Vpe and one output pin, Vdata, capable of sinking and sourcing 2mA of current. The output allows for higher speed operation with propagation delay of approximately 5ns.

The unique features of the MC100ES60T22EJR2 such as its wide input range, input switching threshold, fast rise and fall times, and temperature operating range make the device perfect for use in a variety of applications. These include digital to analog converters, interface communication applications, and power-managed systems. Additionally, the device is capable of handling multiple signals in parallel, making it ideal for levels shifting in embedded devices where handling multiple signals simultaneously is required.

The MC100ES60T22EJR2 device is designed to operate at very low power, thereby reducing energy usage and facilitating energy conservation. When used in the appropriate applications, this device can provide superior circuit performance and reliable data throughput at high speeds. Thus, this device is an ideal choice for various level shifting and data translation tasks.

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