MC100EP16VBD

The MC100EP16VBD is a 16-bit Static CMOS Registered Clock Buffer containing two outputs The MC100EP16VBD requires a single supply voltage, ranging from 2.3V to 3.6V and provides output swings of 0.4Vcc to Vcc-0.4V.

The MC100EP16VBD is applicable in a wide range of applications since it utilizes differential inputs and outputs, allowing the device to operate at up to 300 MHz. These applications include PLL/DLL frequencies such as DDR/SDRAM and FIFO-based applications, as well as other clock-based procedures.

The MC100EP16VBD utilizes VDDT to adjust the input DC bias voltage in order to reduce device power consumption and increase ESD margin. The device also features differential input and output buffers which are enabled to improve the EMI performance in order to reduce the RFI present on the board.

The Working Principle of MC100EP16VBD is based on the fact that its output is only enabled when its input signals are properly initialized. The outputs are only enabled when the inputs are connected to a valid clock. If the input is not valid or not connected, the outputs are disabled. The device has a wide range of power supply voltage variations (2.3V to 3.6V) and consumes very low static power (23µA with both outputs enabled).

The MC100EP16VBD has a very low propagation delay (4-6ns) and is suitable for use in systems that use clocks that require quick response times, such as DDR and SDRAM. The device also has excellent noise immunity due to its differential input and outputs. This feature also helps maintain timing integrity even in noisy environments.

Overall, the MC100EP16VBD is a very robust device which provides excellent noise immunity, low power consumption and quick response times. Its 16-bit design provides a wide range of applications and its differential inputs and outputs improves the EMI and RFI performance on the board.