74LVX132MTR

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The 74LVX132MTR is a quad 2-input Schmitt NAND gate. It is available in standard Small Outline Integrated Circuit (SOIC) packages with various pin counts. The device is characterized for operation from 0°C to 70°C. Inputs can be driven from either 3.3 or 5V devices. It is a high-performance TTL compatible device.

The 74LVX132MTR provides twoinput Schmitt NAND gates, a 3-state output buffer, and an active low Output Enable (OE) control. NAND gates are logic gates which accept two inputs. If either input is low, the output is high. If both inputs are high, the output is low. Output gating is provided by the active low Output Enable (OE).

The 74LVX132MTR is an ideal choice for logic based application and provide improved performance over standard TTL logic. It has a typical propagation delay of about 9 ns and a typical switching time of about 6 ns. It has a short-circuit output current of typically 25 mA, and it is able to drive up to 15 gates or 30 series TTL loads. The output current remains relatively constant down to low input voltages and the output impedance is less than 5 ohms.

The 74LVX132MTR offers improved performance compared to standard TTL devices. With power off protection it helps ensure superior system reliability. The device also has a low power consumption making the device suitable for applications in power sensitive areas. Its smaller surface mount packaging reduces board space and can help minimize total solution cost.

As an application example for the 74LVX132MTR, consider a logic circuit that requires a Schmitt triggerNAND gate. A Schmitt trigger NAND gate is useful in this application because it ensures a steady output even with noisy or irregular inputs. The 74LVX132MTR is the ideal choice for this application because it provides both the Schmitt trigger and NAND capabilities, high speed,is TTL compatible, and has a short-circuit output current.

In summary, the 74LVX132MTR is a high speed, low power version of the standard TTL logic devices. It is an ideal choice for logic based application and provide improved performance over standard TTL devices. With its shorter propagation delay, low power consumption and active low enablement pin, the 74LVX132MTR is an attractive choice for embedded and other applications requiring high speed and low power.

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