MC10EP16TDG

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The MC10EP16TDG is a true dual high-speed complementary metal-oxide semiconductor (BiCMOS) logic device. This device is a member of the Excel logic series and is part of the logic family of products from ON Semiconductor. The MC10EP16TDG has application fields in a variety of functionalities and environments, such as automotive, industrial, communications and consumer products. The device is used in applications that require high speed, low-power, low-voltage operation, as well as excellent noise immunity. It can also be used in applications that require robust ESD protection.

The device features a wide range of features and benefits, including a maximum logic speed of up to 120MHz (typical), a maximum operating voltage of 2.5V, CMOS active and static power consumption of up to 1.2mA and 2.8mA, respectively, support for multiple single-ended and differential input signals, and a maximum propagation delay of 3.4ns. It has a wide temperature operating range of up to -40°C to +125°C. The MC10EP16TDG also features built-in bipolar ESD protection, which ensures greater reliability and stability in the device.

The MC10EP16TDG includes two separate logic cells that can be used independently or in combination with each other. Each logic cell consists of four true dual gates (T1-T4). The first two gates, T1 and T2, are active high, while the second two gates, T3 and T4, are active low. The active low gates can also be used to create additional logic functions, such as AND and XOR gates, by configuring the inputs and outputs accordingly. The device also features two inverters on every gate, with one input tied to VSS and the other input tied to either VCC or the output of the gate.

The MC10EP16TDG requires an external supply voltage (VCC) of up to 2.5V and an external ground connection (VSS). It also has an open-drain output which can be used to pull down an output signal and three-state inputs. When the device is powered, the logic cells perform their basic operations. The logic cells accept single-ended and differential input signals, and the output of each cell is buffered. This allows for higher output drive capability, which is especially beneficial in high-noise and low-power applications.

The MC10EP16TDG is ideally suited for a variety of applications, including data acquisition, industrial automation, consumer electronics, medical monitoring, instrumentation, and embedded systems. This device is able to reduce overall system power consumption while still providing high performance. Additionally, the device features low-bias current and low-input capacitance to maintain a low-power and high-performance system. The device is also reliable, with built-in ESD protection.

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