Besides, the undersampling method alleviates the circuit timing constraints and simplifies the circuit design, and we use the active-inductor technology to improve the performance of the CTLE module. A 1.25-12.5 Gbps Adaptive CTLE with Asynchronous Statistic Eye-Opening Monitor With the compliance boar...
open_system('circuit_CTLE/CTLE_core') 図15 – 回路シミュレーションで更新された CTLE モデル – 非線形性は入力にあり、非線形性と CTLE はシミュレーション結果に基づいていることに注意してください。 結果のモデルは、HDL Verifier ツールストリップを使用して Verilog に再...
Finally, the example shows how you can use the SystemVerilog model to aid in digital circuit design and validation. The supporting models, scripts, and HDL files are contained in a project. openProject('serdes_ctle_proj'); Create SerDes Simulink Model Using SerDes Toolbox To create...
Thispaperpresentsthedesignofa10Gb/slowpowerwire-linereceiverinthe65nmCMOSprocesswith1Vsupplyvoltage.Thereceiveroccupies300×500m2.WiththenovelhalfrateperiodcalibrationclockdatarecoveryCDRcircuitthereceiverconsumes52mWpower.Thereceivercancompensateawiderangeofchannellossbycombiningthelowpowerwidebandprogrammablecontinuous...
A design and simulation method that increases the quality factor of high speed receivers is proposed. The proposed methodology provides a mechanism, which matches the bandwidth of receiver to applied signal's frequency range. As a result, minimizes out of range harmonics influence on received data....
This example shows you how to write a custom analysis function to fit the transfer function of a CTLE circuit to a rational function in the Mixed Signal Analyzer app and generate a VerilogA model that can be simulated in Cadence.
Combiningequalizationatboththetransmitterandreceiverinahigh-speedserial-datachannelletsdesignsreachmorethan28Gbits/s.Equalizationwillcontinuetoplayakeyroleas..
9.1 Application Information The DS125BR800 is a high performance circuit capable of delivering excellent performance. Careful attention must be paid to the details associated with high-speed design as well as providing a clean power supply. Refer to Layout Guidelines and the LVDS Owner...
Lecture 8 - RX FIR, CTLE, DFE, & Adaptive Eq.
This paper presents the design of a 10 Gb/s low power wire-line receiver in the 65 nm CMOS process with 1 V supply voltage.The receiver occupies 300×500/μm2.With the novel half rate period calibration clock data recovery(CDR)circuit,the receiver consumes 52 mW power.The receiver can ...