|************************************************************************ | IBIS file max4951ctp.ibs created at Maxim Integrated Products |************************************************************************ | [IBIS ver] 3.2 [File name] max4951ctp.ibs [File Rev] 1.0 [Date] February 10, 2009 [Source] Data was acquired from HSpice simulations and bench measurements. [Notes] This is a SATA Bidirectional re-driver. This IBIS model is not verified using any software. [Disclaimer] Maxim Integrated Products hereby grants the user of this IBIS model a non-exclusive, nontransferable license to use this IBIS model under the following terms. Before using this IBIS model, the user should read this license. If the user does not accept these terms, the IBIS model should be returned to Maxim Integrated Products within 30 days. 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[Copyright] Copyright 2009 Maxim Integrated Products, All Rights Reserved. | |************************************************************************ | Component MAX4951CTP |************************************************************************ | [Component] MAX4951CTP [Manufacturer] Maxim Integrated Products [Package] |variable typ min max R_pkg 60E-03 NA NA L_pkg 1.05E-09 NA NA C_pkg 0.18E-12 NA NA | [Pin] signal_name model_name R_pin L_pin C_pin 1 HAP HSINPUT 0.070 1.288n 0.197p 2 HAM HSINPUT 0.066 1.202n 0.167p 3 GND GND 0.065 1.176n 0.166p 4 HBM HSOUTPUTB 0.066 1.203n 0.166p 5 HBP HSOUTPUTB 0.070 1.290n 0.197p 6 VCC POWER 0.056 0.962n 0.198p 7 EN INPUT 0.053 0.873n 0.165p 8 BB INPUT 0.050 0.812n 0.167p 9 BA INPUT 0.052 0.863n 0.167p 10 VCC POWER 0.055 0.944n 0.197p 11 DBP HSINPUT 0.069 1.269n 0.197p 12 DBM HSINPUT 0.065 1.181n 0.167p 13 GND GND 0.063 1.153n 0.167p 14 DAM HSOUTPUTA 0.065 1.179n 0.166p 15 DAP HSOUTPUTA 0.069 1.267n 0.197p 16 VCC POWER 0.055 0.940n 0.197p 17 GND GND 0.052 0.859n 0.166p 18 GND GND 0.050 0.802n 0.165p 19 GND GND 0.052 0.869n 0.166p 20 VCC POWER 0.056 0.967n 0.197p | | [Diff Pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max 1 2 220m 0n NA NA 5 4 0 0n NA NA 11 12 220m 0n NA NA 15 14 0 0n NA NA | | [Model Selector] HSOUTPUTA HS_OUT_LSWING 525mV swing, BA = GND HS_OUT_HSWING 930mV swing, BA = VCC | [Model Selector] HSOUTPUTB HS_OUT_LSWING 525mV swing, BB = GND HS_OUT_HSWING 930mV swing, BB = VCC | | |************************************************************************ | Control Inputs |************************************************************************ | [Model] INPUT |Signals BA, BB, EN Model_type Input Vinl = 0.60V Vinh = 1.40V C_comp 1.24pF NA NA [Temperature Range] 25 70 0 [Voltage Range] 3.30V 3.00V 3.60V [POWER Clamp Reference] 3.30V 3.00V 3.60V [GND Clamp Reference] 0.00V 0.00V 0.00V | [POWER_clamp] |------------------------------------------------------------- | Note that the [POWER_clamp] voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. | Lab measurement stopped after the clamp current surpassed | approximately 5mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 75u NA NA -0.7 75u NA NA -0.2 25u NA NA 0.0 0u NA NA | [GND_clamp] |------------------------------------------------------------- | Note that the [GND_clamp] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 5mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 -5.2m NA NA -0.87 -5.2m NA NA -0.86 -4.1m NA NA -0.85 -2.8m NA NA -0.825 -1.3m NA NA -0.8 -736u NA NA -0.75 -246u NA NA -0.7 -173u NA NA -0.65 -126u NA NA -0.6 -97u NA NA -0.575 -82u NA NA -0.55 -68u NA NA -0.5 -46u NA NA -0.4 -14u NA NA -0.3 -5u NA NA -0.2 -3u NA NA -0.1 -2u NA NA 0.0 0u NA NA 0.51 8u NA NA 1.0 16u NA NA 2.0 32u NA NA 3.0 48u NA NA 3.3 52u NA NA | |End [Model] INPUT | | | |************************************************************************ | Data Inputs |************************************************************************ | [Model] HSINPUT |Signals HAP, HAM, DBP, DBM Model_type Input | Threshold actually determined by VDIFF Vinl = 0.50V Vinh = 2.50V C_comp 0.55pF NA NA [Temperature Range] 25 70 0 [Voltage Range] 3.30V 3.00V 3.60V [POWER Clamp Reference] 3.30V 3.00V 3.60V [GND Clamp Reference] 0.00V 0.00V 0.00V | [POWER_clamp] |------------------------------------------------------------- | Note that the [POWER_clamp] voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 14.9m NA NA -0.7 14.9m NA NA -0.6 12.7m NA NA -0.5 10.5m NA NA -0.4 8.3m NA NA -0.3 6.0m NA NA -0.2 4.2m NA NA -0.1 2.1m NA NA 0.0 0.0m NA NA | [GND_clamp] |------------------------------------------------------------- | Note that the [GND_clamp] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 -66.1m NA NA 0.0 -66.1m NA NA 0.12 -66.1m NA NA 2.3 -21.7m NA NA 2.5 -17.4m NA NA 3.0 -6.7m NA NA 3.1 -4.5m NA NA 3.3 0.0m NA NA | |End [Model] HSINPUT | | | |************************************************************************ | Data Outputs |************************************************************************ | | [Model] HS_OUT_LSWING | Signals DAP, DAM, HBP, HBM Model_type Open_sink Polarity Non-Inverting Vref = 3.3 Rref = 50.0 Cref = 0.0 Vmeas = 3.15 | typ min max C_comp 0.55p NA NA [Temperature Range] 25 70 0 [Voltage Range] 3.30V 3.00V 3.60V [POWER Clamp Reference] 3.30V 3.00V 3.60V [GND Clamp Reference] 0.00V 0.00V 0.00V [Pullup Reference] 3.30V 3.00V 3.60V [Pulldown Reference] 0.00V 0.00V 0.00V | | [Power_Clamp] |------------------------------------------------------------- | Note that the [POWER_clamp] voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 14.0m NA NA -0.7 14.0m NA NA -0.6 11.9m NA NA -0.5 9.8m NA NA -0.4 7.9m NA NA -0.3 5.8m NA NA -0.2 4.0m NA NA -0.1 1.9m NA NA 0.0 0.0m NA NA 3.3 0.0m NA NA | | [GND_Clamp] |------------------------------------------------------------- | Note that the [GND_clamp] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 -66.3m NA NA 0.0 -66.3m NA NA 2.3 -20.1m NA NA 2.5 -16.3m NA NA 3.0 -6.2m NA NA 3.1 -4.4m NA NA 3.3 0.0m NA NA | [Pulldown] |------------------------------------------------------------- | Note that the [Pulldown] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) 6.6 12.2m NA NA 1.5 12.2m NA NA 1.4 4.2m NA NA 0.0 0.0m NA NA -3.3 0.0m NA NA | [Ramp] | typ min max dV/dt_r 0.177/32p NA NA dV/dt_f 0.177/32p NA NA | [Rising Waveform] R_fixture = 50.0 V_fixture = 3.3 |Time V(typ) V(min) V(max) | 0p 3.00 NA NA 110p 3.03 NA NA 128p 3.04 NA NA 150p 3.05 NA NA 156p 3.06 NA NA 162p 3.07 NA NA 172p 3.10 NA NA 178p 3.125 NA NA 184p 3.15 NA NA 200p 3.23 NA NA 206p 3.25 NA NA 222p 3.29 NA NA 226p 3.30 NA NA 774p 3.30 NA NA | | [Falling Waveform] R_fixture = 50.0 V_fixture = 3.3 |Time V(typ) V(min) V(max) | 0p 3.30 NA NA 110p 3.30 NA NA 146p 3.29 NA NA 160p 3.28 NA NA 166p 3.27 NA NA 170p 3.26 NA NA 172p 3.25 NA NA 188p 3.17 NA NA 224p 3.02 NA NA 230p 3.01 NA NA 330p 3.00 NA NA 774p 3.00 NA NA | | |End [Model] HS_OUT_LSWING | | [Model] HS_OUT_HSWING | Signals DAP, DAM, HBP, HBM Model_type Open_sink Polarity Non-Inverting Vref = 3.3 Rref = 50.0 Cref = 0.0 Vmeas = 3.05 | typ min max C_comp 0.55p NA NA [Temperature Range] 25 70 0 [Voltage Range] 3.30V 3.00V 3.60V [POWER Clamp Reference] 3.30V 3.00V 3.60V [GND Clamp Reference] 0.00V 0.00V 0.00V [Pullup Reference] 3.30V 3.00V 3.60V [Pulldown Reference] 0.00V 0.00V 0.00V | | [Power_Clamp] |------------------------------------------------------------- | Note that the [POWER_clamp] voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 14.0m NA NA -0.7 14.0m NA NA -0.6 11.9m NA NA -0.5 9.8m NA NA -0.4 7.9m NA NA -0.3 5.8m NA NA -0.2 4.0m NA NA -0.1 1.9m NA NA 0.0 0.0m NA NA 3.3 0.0m NA NA | | [GND_Clamp] |------------------------------------------------------------- | Note that the [GND_clamp] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) -3.3 -66.3m NA NA 0.0 -66.3m NA NA 2.3 -20.1m NA NA 2.5 -16.3m NA NA 3.0 -6.2m NA NA 3.1 -4.4m NA NA 3.3 0.0m NA NA | [Pulldown] |------------------------------------------------------------- | Note that the [Pulldown] voltage table is referenced to Gnd. | Lab measurement stopped after the clamp current surpassed | approximately 20mA to protect the system or drive Voltage | 4 Volts above ground. |------------------------------------------------------------- |V(V) I(typ) I(min) I(max) 6.6 22.2m NA NA 2.5 22.2m NA NA 2.3 21.7m NA NA 1.5 18.0m NA NA 1.4 7.7m NA NA 1.3 3.5m NA NA 0.0 0.0m NA NA -3.3 0.0m NA NA | [Ramp] | typ min max dV/dt_r 0.300/49p NA NA dV/dt_f 0.300/44p NA NA | [Rising Waveform] R_fixture = 50.0 V_fixture = 3.3 |Time V(typ) V(min) V(max) | 0p 2.75 NA NA 110p 2.78 NA NA 138p 2.79 NA NA 150p 2.80 NA NA 154p 2.81 NA NA 158p 2.82 NA NA 168p 2.85 NA NA 176p 2.90 NA NA 184p 2.95 NA NA 198p 3.05 NA NA 206p 3.10 NA NA 216p 3.15 NA NA 228p 3.20 NA NA 234p 3.22 NA NA 244p 3.24 NA NA 250p 3.25 NA NA 258p 3.26 NA NA 272p 3.27 NA NA 302p 3.28 NA NA 470p 3.30 NA NA | | [Falling Waveform] R_fixture = 50.0 V_fixture = 3.3 |Time V(typ) V(min) V(max) | 0p 3.30 NA NA 110p 3.28 NA NA 144p 3.27 NA NA 154p 3.26 NA NA 160p 3.25 NA NA 164p 3.24 NA NA 172p 3.20 NA NA 181p 3.15 NA NA 188p 3.10 NA NA 194p 3.05 NA NA 200p 3.00 NA NA 208p 2.95 NA NA 216p 2.90 NA NA 228p 2.85 NA NA 236p 2.83 NA NA 240p 2.82 NA NA 246p 2.81 NA NA 256p 2.80 NA NA 268p 2.79 NA NA 304p 2.78 NA NA 470p 2.75 NA NA | | |End [Model] HS_OUT_HSWING | | |End [Component] MAX4951CTP | [End]