Process-voltage-temperature (PVT) invariant continuous time equalizer

A processing system for equalizing a data transfer, comprising:

• a trans-conductance generator configured to:
• obtain a first clock signal, and
• generate a first bias signal using a first switched capacitor and the first clock signal, wherein the first switched capacitor charges according to the first clock signal;
• a biasing circuit configured to:
• obtain a second clock signal, and
• generate a second bias signal using a second switched capacitor and the second clock signal, wherein the second switched capacitor is configured to charge according to the second clock signal;
• and
• a peaking amplifier configured to generate an output signal using an input signal, the first bias signal, and the second bias signal.

A method for transferring data, comprising:

• obtaining a first plurality of data signals;
• generating a serialized signal from the first plurality of data signals using a serializer device, wherein the serialized signal comprises data from the first plurality of data signals;
• transmitting the serialized signal, through a transmission line, to an equalizer at a predetermined data rate,
• wherein the predetermined data rate is within a predetermined frequency band of the equalizer, and
• wherein the predetermined frequency band is based on a predetermined clock frequency for charging a plurality of switched capacitors inside the equalizer;
• generating an equalized signal from the serialized signal using the equalizer;
• and
• obtaining a second plurality of data signals from the equalized signal using a deserializer device.