MC100EPT21DR2G

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Introduction of MC100EPT21DR2G: The MC100EPT21DR2G is a dual-channel translators device. This device helps to translate the logic signal from one voltage domain to another voltage domain. It is equipped with a spot-checked feature which helps to detect and correct temperature drift, noise and ESD across the device to help optimize the performance and yield. It has an ultra-low propagation delay of 10ns, it is one 2.5V tolerant I/O, and uses CMOS process technology for improved high-temperature performance.

Application of MC100EPT21DR2G:

The MC100EPT21DR2G is used to help support a wide variety of applications. It can be used in digital signal isolators, data converters, gate isolators, DSPs and data acquisition systems which utilize digital devices which require voltage translation for optimum operation. Additionally, it is commonly used for connecting systems which operate at different voltage levels, like between FPGAs and ASICs.

Working Principle of MC100EPT21DR2G:

The MC100EPT21DR2G works according to the same principle of all translators, with two main functions–translating logic level from one voltage domain to another and maintaining the proper level of voltage across an input and output circuit. The MC100EPT21DR2G operates as a non-inverting buffer with an active low enable input. When the enable input is held low, the output is forced low, regardless of the input state. The output of the MC100EPT21DR2G is used to translate the logic levels between two devices with different operating voltages. When the enable input is set high, the input is used to actively control the output logic level of the device.

The MC100EPT21DR2G has a spot-checked feature which helps to detect and correct temperature drift, noise and ESD across the device to help optimize the performance and yield of the device. This feature uses a specially designed circuit configuration to monitor the input and output pins and detect any errors in the operation. If an error is detected, the spot-checked feature can interrupt the operations and switch it to a safe state.

The MC100EPT21DR2G uses CMOS process technology for improved high-temperature performance. The device also features an ultra-low propagation delay of 10ns, which enables it to react quickly to input changes. The device is pin-for-pin compatible with the EP2C21D8C17, making it easy to migrate from one device to the other.

Conclusion:

In conclusion, the MC100EPT21DR2G is a dual-channel translators device which is used to help support a wide variety of applications, including digital signal isolators, data converters and gate isolators. It has an ultra-low propagation delay of 10ns, it is one 2.5V tolerant I/O, and uses CMOS process technology for improved high-temperature performance. Furthermore, it has a spot-checked feature which helps to detect and correct temperature drift, noise and ESD across the device to help optimize the performance and yield. This makes it an ideal device for connecting systems which operate at different voltage levels, like between FPGAs and ASICs.

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