NC7SZ11L6X

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The NC7SZ11L6X is a single channel level shifter that is ideal for solution designs which require bidirectional data communication between two systems with differing logic levels. It is designed to guarantee low static power consumption and low dynamic power while achieving high performance. It overcomes the tradeoff between static and dynamic power components, offering a low Tj junction and saving energy while meeting or exceeding the system performance requirements.

The NC7SZ11L6X offers a wide range of features for data transfers and control signals. This includes: input impedance, output hold level and enable control that allow users to achieve board level power savings over traditional level shifters.

The NC7SZ11L6X provides the user with a range of useful features and functions. These include a low Voltage Differential Signaling (LVD) interface, which supports data rates up to 1.6Gb/s; a Hot Swap enable feature to detect and prevent insertion difficulties; a spread spectrum clock jitter filter; a programmable output hold level; and hysteretic receiver design for maximum noise immunity.

In terms of its application areas, the NC7SZ11L6X is suitable for most systems requiring differential or singleended signaling across varying logic levels. This includes Ethernet, SCSI, memory interfaces, and many other data systems. It is especially suitable for use in mobile systems where low power consumption is essential.

The NC7SZ11L6X uses a proven logic gate/inverter combination to achieve signal transmission and signal isolation. This is accomplished by creating a logic gate between an input signal and an output signal, and an inverter to invert the input signal into its opposite signal. This allows the level shifter to transmit signals across different logic levels. The output signal of the gate is then inverted by the inverter to achieve a signal that is equal in logic level to the input signal.

To achieve this, the NC7SZ11L6X utilizes a pair of transistors, with each transistor serving a different purpose. One transistor acts as a switch to transmit the input signal through the logic gate and to the output signal, while the other transistor acts as an isolation barrier between the input signal and the output signal. This isolation barrier ensures that the input signal is properly received and, if necessary, inverted before being transmitted.

When both transistors are in an on state, the level shifter is able to control the output voltage. This voltage control is achieved by the process of the transistors’ output voltage balancing. The voltage balancing process is done by adjusting the relative on-off state of each transistor, thereby controlling the amount of current flowing through the gate and affecting the output voltage.

The NC7SZ11L6X is a versatile level shifter that is ideal for applications requiring bi-directional data transfer between two different logic levels. It is designed to save energy while providing optimal performance. It also offers useful features such as a low voltage differential signaling interface, a hot swap enable feature and a spread spectrum clock jitter filter. With these features, the NC7SZ11L6X provides an ideal solution to any data transfer or control applications between two different logic levels.

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