SSM6N67NU,LF

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An SSM6N67NU LF is a commonly used FET array designed for low-frequency applications, such as pixel driving or audio processing. It features two N-channel FETs, two low-noise Nch-FETs, two low-bandwidth P-channel FETs and two low-threshold Pch-FETs

The purpose of an SSM6N67NU LF is to provide reliable digital signal isolation and switching. Each FET array is individually controlled, so it can handle a variety of complex audio and video signals. Additionally, it can seamlessly bridge different digital formats, maintaining the highest possible level of signal integrity. This versatility makes SSM6N67NU LF a valuable solution for audio and video applications.

The working principle of an SSM6N67NU LF is quite simple. Each FET array consists of two N-channel FETs, two low-noise Nch-FETs, two low-bandwidth P-channel FETs and two low-threshold Pch-FETs. Each FET array has two identical ports that can be connected to two separate circuits or to two terminals of the same circuit. The control terminals are connected to the two FETs. Depending on the input signals and the operating voltage levels, one FET is turned on and the other is turned off. This change in current is then applied to the port, changing its state from low-impedance to high-impedance, or vice versa. This allows signals to be controlled as desired, making SSM6N67NU LF an ideal switch for audio and video applications.

SSM6N67NU LF has a wide range of applications due to its low-noise and low-bandwidth. It can be used in audio and video pixel driving, for signal isolation and switching, as well as for bridging different digital formats. Additionally, it is ideal for driving high-speed interfaces such as USB, HDMI, and Ethernet. Due to its wide range of operating voltages, it is also compatible with a variety of different logic families.

Overall, SSM6N67NU LF is a reliable and versatile FET array that is ideal for a variety of low-frequency applications. Its design allows it to handle complex audio and video signals, as well as bridge different digital formats. Moreover, it is compatible with multiple logic families and can be used in audio and video pixel driving, as well as signal isolation and switching. It is an excellent choice for a wide range of applications.

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