FCT162827BTPVCTG4

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The FCT162827BTPVCTG4 is a logic family product that is part of the TTL-LOGIC family (Transistor-Transistor Logic). It is a four-channel programmable buffer with a built-in 1.2V reference, which can be used to provide buffering, level shifting, and voltage-level conversion between TTL and CMOS logic. It is specifically designed for applications requiring low voltage (<1.2V) logic. The FCT162827BTPVCTG4 is a high-performance logic buffer, driver, receiver, and transceiver that offers improved signal integrity, low power dissipation and an excellent signal-to-noise ratio. In addition, the FCT162827BTPVCTG4 provides better ESD and EMI protection than conventional TTL buffers.

The FCT162827BTPVCTG4 offers excellent power efficiency, with power consumption as low as 0.4mA (1.2V) and 0.1mA (0.8V), making it suitable for many battery-powered applications. It is also designed to provide extremely low propagation delay of 1.2ns (1.2V) and 0.7ns (0.8V). This high speed makes it ideal for many high-speed applications, such as clock distribution and data transmission.

Application fields of FCT162827BTPVCTG4 logic-buffers, drivers, receivers, transceivers are typically in embedded designs requiring low power, low noise, and extreme signal integrity, such as industrial automation, automotive, networking, computing and consumer electronics.

The FCT162827BTPVCTG4 typically has three input ports (A, B, and C), four output ports (D, E, F, and G), and one multi-level select (SEL). It is powered by a single 1.2V supply voltage. The logic inputs are enabled by the SEL signal, which is used to select the logic level at which the output should be driven (i.e., logic “1” or “0”). The output is driven to the selected logic level, based on the value of the input at the A, B, and C ports. The FCT162827BTPVCTG4 has an open-drain output, which means that the output is only driven when the selected logic level is “1”, and is floated when the logic level is “0”.

The FCT162827BTPVCTG4 logic-buffers, drivers, receivers, transceivers have several features that make them suitable for power consumption-constrained architectures. The FCT162827BTPVCTG4 uses current-source mode, which allows for lower quiescent power consumption than traditional voltage-mode logic buffers, and it offers an internal 40mA low-resistance buffer enable/disable switch. The FCT162827BTPVCTG4 also has a reduced standby current that allows for further power savings.

The FCT162827BTPVCTG4 also offers improved signal integrity. The device is able to withstand large voltage shifts on the A and B inputs, which are typically seen in noisy environments. This is due to the device’s high input threshold voltage and low output drive. Additionally, the device has an adjustable reference voltage (1.2V ±0.2V), which allows for improved noise and ESD immunity, and an adjustable output drive that is capable of driving large bus capacitance.

In summary, the FCT162827BTPVCTG4 is an ideal choice for embedded designs requiring low power dissipation, low noise, and improved signal integrity. It is designed for use in applications such as industrial automation, automotive and consumer electronics where power and signal integrity constraints are an important consideration. It offers excellent performance characteristics and features, such as high speed, low power, low noise, and improved ESD and EMI immunity.

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