N74F367D,623

The N74F367D,623 is a logic component that falls under the category of Buffers, Drivers, Receivers, Transceivers. It is a three-state dual-channel buffer with differential inputs. It has two full-scale differential receivers on the output end with strong drivers on the input end. It is used in many applications such as data communications, clock drivers and other logic applications.

Features

• Low-Power Schottky
• TTL Compatible Inputs
• Differential Inputs
• Maximum of 200 Mbps Data Rate
• High-Level Outputs
• Low Power Consumption
• Wide Operating Range of 4.5V to 5.5V

Applications

The N74F367D,623 is a versatile logic device that can be used in many different applications. It can be used in data communications such as in high speed Ethernet, Fibre Channel, and Serial Attached SCSI. It can also be used in clock drivers, multiplexers, decoders, analog switches, clock dividers, and anywhere that two-channel data switching is needed.

Working Principle

The N74F367D,623 is a dual-channel buffer with differential inputs. It has two full-scale differential receivers at the output end and strong drivers at the input end. The N74F367D is designed to pass information from the inputs to the outputs without any distortion. It utilizes a three-state buffer with differential inputs so that the data can be transmitted without noise or distortion. The N74F367D has low power consumption and operates over a wide temperature range.

The two full-scale differential receivers at the output end provide superior noise immunity and transmission speed. The differential receivers convert the digital signal back into its original state, which prevents any distortion. The N74F367D is also designed to be able to operate with high-level output signals, meaning that it can pass along signals at a faster speed.

Conclusion

The N74F367D,623 is a versatile logic device that is used in many applications such as data communications, clock drivers and other logic applications. It features low-power Schottky and TTL compatible inputs, differential inputs and a maximum of 200 Mbps data rate. Its two full-scale differential receivers on the output end provide superior noise immunity and transmission speed, and the strong drivers on the input end convert the digital signal back into its original state.