CD4001BM96G4

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Logic-gates and inverters are electronic components that manipulate and control the signals used in electronic circuits. The CD4001BM96G4 is one such component that is used in many applications. This component is composed of four independent, two-input NAND gate. Each gate has an active high-input level, dynamic output characteristics and low-input current. Additionally, this component has the capability to operate from -40°C to 85°C.

Understanding the application field and the working principle of the component is essential for proper use. The CD4001BM96G4 is a versatile component that is used in many different forms of equipment due to its small size, low input current and wide range of operating temperatures. Common applications for this component include combining logic gates for arithmetic and logic operations, controlling digital subsystems, and interfacing and isolating digital signals. This component is especially well-suited to use in portable device that require low power consumption.

The CD4001BM96G4 has an overall structure consisting of four independent NAND gates. Each of the gates is composed of two inputs and are supplied with a 5V Vcc voltage. The input signals can range from 0V to Vcc and correspond to a "low" or "high" logic level, respectively. As the distance between the two logic levels increases, the input capacitance increases and the input rise and fall times decrease. The gates\' output is also affected, and reaches a steady state for a specific logic level depending on the combination of the input signals.

The CD4001BM96G4\'s output voltage mirrors that of the input voltage. When both inputs are at the low-logic level, the output is at the high-logic level and vice versa. This allows the component to be used as an inverter that converts the input signal from one level to the other.

The CD4001BM96G4 is a logic gate and inverter component that is versatile due to its small size and low power consumption. Its four independent NAND gates provide a diverse range of logic operations and can be used to build many kinds of digital circuits. Furthermore, this component is also capable of inversion and thus capable of changing the logic level from one state to the other.

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