SN64BCT126ANSR

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The SN64BCT126ANSR is a logic device that can serve many different applications and is grouped under the heading of Logic - Buffers, Drivers, Receivers, Transceivers. This device is a Schottky TTL three-state non-inverting buffer designed with Schottky technology making it an ideal choice for logic systems with high switching speeds, such as in A/V (audio/video) applications, as well as in clock distribution networks. It has a wide operating voltage range of 2.0V-5.5V, allowing it to be used in both low voltage and high voltage systems.

The major applications of the SN64BCT126ANSR include:

• Clock distribution networks
• Multi-level logic buffers with wide voltage range
• Data bus protection
• Audio/video level shifting
• Voltage level translation between Low Voltage TTL and High Voltage TTL
• Linking circuits between Low Voltage TTL and High Voltage ECL systems

The working principle of the SN64BCT126ANSR is based on TTL (transistor-transistor logic) technology. It acts as a non-inverting buffer, meaning that the logic state of the output remains the same as the logic state of the input. The buffer is designed to drive up to 8 TTL loads, allowing it to easily interface with digital systems.

The TTL devices contain six different logic circuits: two-input AND gates, two-input OR gates, two-input NAND gates, two-input NOR gates, inverters, and tristate buffers. The SN64BCT126ANSR is a tristate buffer, meaning that it can be enabled or disabled, and that the output is dependent on the enable signal. When the enable signal is low (logic 0), the device is disabled and output is in the high impedance state. When the enable signal is high (logic 1), the device is enabled and output is in the same state as the input.

The SN64BCT126ANSR is also a Schottky device, meaning that it utilizes Schottky diodes in its circuits. Schottky diodes provide faster switching speeds when compared to other TTL devices, making the SN64BCT126ANSR an ideal choice for logic systems with high switching speeds, such as in A/V applications, as well as in clock distribution networks.

Overall, the SN64BCT126ANSR is an excellent logic device that can be used in a variety of applications. Its wide operating voltage range, high-speed switching capabilities, and tristate buffer design make it an ideal choice for a wide range of digital systems.

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