TC7PZ17FU,LJ(CT

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TC7PZ17FU,LJ (CT, also known as "triple-input AND gate") is a device used to perform three-input AND logic operations. It is built using both CMOS and TTL technology, and is mainly used in application areas where high speed and low power consumption are desired. This device provides a cost-effective solution to a wide range of complex logic operations, and is found in many industrial applications such as automotive and aerospace.

TC7PZ17FU,LJ is a logic buffer which has three inputs, a positive logic enable input (EN), a 0-level logic input (INL), and a 1-level logic input (INH). The output (OUT) of the device is a logic level output which is either a 0 or 1, based on the logic state of the inputs. The output of the device is driven by the two inputs, however when the enable input is low, the output is forced low regardless of the input states. This feature of the device allows for two distinct modes: the inverted mode and the non-inverted mode.

In the non-inverted mode, the output of the device is a logic-level signal which is sustrated from the two inputs. If both the 0-level logic input and the 1-level logic input are high, the output will be high (1). If either the 0-level logic input or the 1-level logic input is low, the output will be low (0). In this manner, the device performs a three-input AND operation, with the output level being driven by the two inputs. When the enable input is low, the output is forced low regardless of the input states.

In the inverted mode, the output of the device is inverted; so if both the 0-level logic input and the 1-level logic input are high, the output will be low (0). If either the 0-level logic input or the 1-level logic input is low, the output will be high (1). When the enable input is low, the output is forced low regardless of the input states.

TC7PZ17FU,LJ is mainly used in high-speed and low-power applications, and its particular suitability for such applications arises from its low power consumption and its wide speed range. It is also capable of operating in environments characterized by extreme temperatures, making it a suitable choice for many industrial settings. Its wide variety of logic states and its three-input capability make it a preferred choice for complex logic operations, and it is commonly found in automotive and aerospace designs.

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