74LVX126MTR

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The 74LVX 126MTR is a four channel LVTTL differential line driver and receiver, with active edge control and a differential pair input used for data transmission between two making it an ideal component for logic-level inter-board communication. It is superior to alternative TTL and CMOS products in terms of speed, low power dissipation, and noise immunity.

It provides full digital control of each differential pair, allowing for symmetrical control of each transmitting device. Each channel can be independently set to transmit either LVTTL or LVCMOS data on both high and low bits. The 74LVX126MTR has an operating temperature range of -40°C to 125°C, making it suitable for a wide range of applications in extreme conditions.

Uses of 74LVX126MTR

The 74LVX126MTR can be used in several applications such as:

• Data acquisition and transmission
• Opto-electronics
• High speed data transfer
• High speed switching applications
• High speed optical communication systems
• Networking devices

Working Principle of 74LVX126MTR

The 74LVX126MTR is a low power, high speed, differential line driver and receiver. It acts as a voltage-controlled switch, using differential pair input and active edge control for data transmission between two points. The 74LVX126MTR is designed with active edge control to ensure proper operation at high speeds and to reduce power consumption.

The device takes two inputs: a differential pair of LVTTL / LVCMOS signals, and a VCC (reference voltage) input. When the VCC input is greater than the voltage of the differential pair input, the 74LVX126MTR will switch on and current will flow through the differential pair. When the VCC input is less than the voltage of the differential pair Input, the 74LVX126MTR will switch off and no current will flow through the differential pair.

The 74LVX126MTR provides better noise immunity than most alternative TTL and CMOS products due to its active edge control, which ensures proper operation at high speeds and reducing power consumption. Its low power dissipation also ensures that data communication is not disrupted and it is suitable for operation in extreme conditions.

Conclusion

The 74LVX126MTR is an ideal choice for logic-level inter-board communication due to its superior performance in terms of speed, low power dissipation and noise immunity. It can be used in a variety of applications and its reliable operation in extreme conditions makes it a great choice for high speed data transfer and opto-electronics.

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