74LX1G126STR

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74LX1G126STR is an advanced logic IC which belongs to the Logic - Buffers, Drivers, Receivers, Transceivers category. It is designed to provide low on-state resistance, high drive current, and high noise immunity, as well as high common-mode transient immunity. It consists of two parts, a Schmitt-trigger input buffer and an output driver with open-drain output stage.

The 74LX1G126STR is well-suited for applications such as buffering data lines and for driving low-power load circuits, such as LED drivers, high-speed logic buffers, and non-volatile memory circuits. This device is also well suited for buffering high speed LVDS lines as well as for providing an interface between TTL/CMOS and high-speed LVDS signals.

The 74LX1G126STR consists of two independent buffers connected in series. The first buffer consists of two gates with a Schmitt trigger threshold voltage that is fixed at around 1.5V. The output voltage at the second buffer is independent of the first buffer and can be configured to any logic level. The output stage is an open-drain driver with an on-state resistance of 5 Ohms or less. It connects the logic output line to the ground or logic high level. When the on-state resistance is below 5 Ohms, the device is able to drive loads up to 22 mA.

The 74LX1G126STR is also well suited for situations where common-mode transient immunity is critical. The device has an enhanced CM-immunity feature that minimizes the effects of transient noise on logic data lines. This feature ensures that data transmissions are reliable even in noisy environments.

The 74LX1G126STR also features a low standby current. The standby current is limited to 6 uA under worst case conditions. This makes the device suitable for battery-powered applications and applications where power consumption needs to be minimized.

In summary, the 74LX1G126STR is an advanced logic IC with excellent performance characteristics. Its low on-state resistance, high common-mode transient immunity, and low power consumption make it ideal for a variety of applications, such as buffering data lines, driving low-power loads, and driving high speed LVDS lines.

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