|*************************************************************************** | National Semiconductor Corporation | Interface Products Group | IBIS Model of DS90CR216 | 21-Bit LVDS Channel Link Receiver | 48L TSSOP |*************************************************************************** | [IBIS Ver] 2.1 [Comment char] |_char [File name] 90cr216.ibs [File Rev] 2.2 [Date] 10/07/04 [Source] File originated at National Semiconductor Corporation. Interface Group/Analog Division. All data based on Empirical Measurements(Bench). [Notes] File created by SBH. | Rev. 2.2: - updated [pin] and [package]-dglisic Rev. 2.1: - changed Vih and Vil for LVDS Input to +/- 100mV - changed Vdiff for LVDS inputs in pin mapping to 200mV - modified by TSC on 10/31/02 | [Disclaimer] (C) Copyright National Semiconductor Corporation 1994 All rights reserved National Semiconductor Corporation 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 National within 30 days. The user is granted this license only to use the IBIS model and is not granted rights to sell, load, rent, lease or license the IBIS model in whole or in part, or in modified form to anyone other than user. User may modify the IBIS model to suit its specific applications but rights to derivative works and such modifications shall belong to National. This IBIS model is provided on an "AS IS" basis and National makes absolutely no warranty with respect to the information contained herein.NATIONAL DISCLAIMS AND CUSTOMER WAIVES ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. The entire risk as to quality and performance is with the Customer. ACCORDINGLY, IN NO EVENT SHALL THE COMPANY BE LIABLE FOR ANY DAMAGES, WHETHER IN CONTRACT OR TORT,INCLUDING ANY LOST PROFITS OR OTHER INCIDENTAL, CONSEQUENTIAL, EXEMPLARY, OR PUNITIVE DAMAGES ARISING OUT OF THE USE OR APPLICATION OF THE IBIS model provided in this package.Further, National reserves the right to make changes without notice to any product herein to improve reliability, function, or design. National does not convey any license under patent rights or any other intellectual property rights, including those of third parties. National is not obligated to provide maintenance or support for the licensed IBIS model. Contact National at ATTN:INTERFACE APPLICATIONS/IBIS MODELS. 2900 Semiconductor Drive, M/S A2595, Santa Clara, CA 95052-8090 | | |**************************************************************************** [Copyright] Copyright 1994, National Semiconductor, All Rights Reserved [Component] DS90CR216MTD [Manufacturer] National Semiconductor Corp [Package] | typ min max R_pkg 50.0m 50.0m 50.0m L_pkg 1.49n 0.95n 2.07n C_pkg 0.306p 0.146p 0.429p | |**************************************************************************** | [Pin] signal_name model_name R_pin L_pin C_pin | 1 RxOUT17 DS90CR216_ROUT 50.0m 2.07n 0.429p 2 RxOUT18 DS90CR216_ROUT 50.0m 1.49n 0.306p 3 GND GND 50.0m 1.49n 0.146p 4 RxOUT19 DS90CR216_ROUT 50.0m 0.95n 0.152p 5 RxOUT20 DS90CR216_ROUT 50.0m 0.95n 0.152p 6 N/C NC 50.0m 0.95n 0.146p 7 LVDSGND GND 50.0m 1.49n 0.306p 8 RxIN0- DS90CR216_RIN 50.0m 2.07n 0.429p 9 RxIN0+ DS90CR216_RIN 50.0m 2.07n 0.429p 10 RxIN1- DS90CR216_RIN 50.0m 1.49n 0.306p 11 RxIN1+ DS90CR216_RIN 50.0m 0.95n 0.146p 12 LVDSVCC POWER 50.0m 0.95n 0.152p 13 LVDSGND GND 50.0m 0.95n 0.152p 14 RxIN2- DS90CR216_RIN 50.0m 0.95n 0.146p 15 RxIN2+ DS90CR216_RIN 50.0m 1.49n 0.306p 16 RxCLKIN- DS90CR216_RIN 50.0m 2.07n 0.429p 17 RxCLKIN+ DS90CR216_RIN 50.0m 2.07n 0.429p 18 LVDSGND GND 50.0m 1.49n 0.306p 19 PLLGND GND 50.0m 0.95n 0.146p 20 PLLVCC POWER 50.0m 0.95n 0.152p 21 PLLGND GND 50.0m 0.95n 0.152p 22 PWRDWN* DS90CR216_PDRIN 50.0m 0.95n 0.146p 23 RxCLKOUT DS90CR216_ROUT 50.0m 1.49n 0.306p 24 RxOUT0 DS90CR216_ROUT 50.0m 2.07n 0.429p 25 GND GND 50.0m 2.07n 0.429p 26 RxOUT1 DS90CR216_ROUT 50.0m 1.49n 0.306p 27 RxOUT2 DS90CR216_ROUT 50.0m 0.95n 0.146p 28 VCC POWER 50.0m 0.95n 0.152p 29 RxOUT3 DS90CR216_ROUT 50.0m 0.95n 0.152p 30 RxOUT4 DS90CR216_ROUT 50.0m 0.95n 0.146p 31 RxOUT5 DS90CR216_ROUT 50.0m 1.49n 0.306p 32 GND GND 50.0m 2.07n 0.429p 33 RxOUT6 DS90CR216_ROUT 50.0m 2.07n 0.429p 34 RxOUT7 DS90CR216_ROUT 50.0m 1.49n 0.306p 35 RxOUT8 DS90CR216_ROUT 50.0m 0.95n 0.146p 36 VCC POWER 50.0m 0.95n 0.152p 37 RxOUT9 DS90CR216_ROUT 50.0m 0.95n 0.152p 38 GND GND 50.0m 0.95n 0.146p 39 RxOUT10 DS90CR216_ROUT 50.0m 1.49n 0.306p 40 RxOUT11 DS90CR216_ROUT 50.0m 2.07n 0.429p 41 RxOUT12 DS90CR216_ROUT 50.0m 2.07n 0.429p 42 VCC POWER 50.0m 2.07n 0.429p 43 RxOUT13 DS90CR216_ROUT 50.0m 1.49n 0.306p 44 GND GND 50.0m 0.95n 0.146p 45 RxOUT14 DS90CR216_ROUT 50.0m 0.95n 0.152p 46 RxOUT15 DS90CR216_ROUT 50.0m 0.95n 0.152p 47 RxOUT16 DS90CR216_ROUT 50.0m 0.95n 0.146p 48 VCC POWER 50.0m 1.49n 0.306p | [Diff_pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max | | The '+' pin is Diff_pin and the '-' pin is the inv_pin | 9 8 .2 0 0 0 11 10 .2 0 0 0 15 14 .2 0 0 0 17 16 .2 0 0 0 | |**************************************************************************** | RECEIVER INPUT MODEL |**************************************************************************** | [Model] DS90CR216_RIN Model_type Input |Signals RxIN+,RxIN- ; RxCLKIN+, RxCLKIN- Vinh = .1 Vinl = -.1 | typ min max C_comp 5.433pF NA NA | |**************************************************************************** | | typ min max [Temperature Range] 25.0 NA NA [Voltage range] 3.3V 3.0V 3.6V | |**************************************************************************** | | [Power_clamp] |------------------------------------------------------------- | Note that the[POWER_clamp]voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. |------------------------------------------------------------- |Voltage I(typ) I(min) I(max) | 0.000000 0.00mA NA NA -3.00 0.00mA NA NA | [GND_clamp] |Voltage I(typ) I(min) I(max) | 3.3000V 0.00000E-09 NA NA 0 -2.14000E-11 NA NA -0.04412 -6.97220E-10 NA NA -0.08824 -3.27780E-09 NA NA -0.13235 -1.84920E-08 NA NA -0.17647 -1.00420E-07 NA NA -0.22059 -5.45780E-07 NA NA -0.26471 -2.94780E-06 NA NA -0.30882 -1.56240E-05 NA NA -0.35294 -7.89040E-05 NA NA -0.39706 -3.52940E-04 NA NA -0.44118 -1.28880E-03 NA NA -0.48529 -3.65320E-03 NA NA -0.52941 -8.25740E-03 NA NA -0.57353 -1.49040E-02 NA NA -0.61765 -2.03080E-02 NA NA -0.66177 -2.17180E-02 NA NA -0.70588 -2.47440E-02 NA NA -0.75 -2.83300E-02 NA NA -0.79412 -2.94160E-02 NA NA -0.83824 -3.64320E-02 NA NA -0.88235 -6.60220E-02 NA NA -3.300V -980.0mA NA NA | | | |**************************************************************************** | RECEIVER PWRDWN* INPUT MODEL |**************************************************************************** | [Model] DS90CR216_PDRIN Model_type Input |Signals PWRDWN* Vinh = 2.0 Vinl = 0.8 | typ min max C_comp 5.433pF NA NA | |**************************************************************************** | | typ min max [Temperature Range] 25.0 NA NA [Voltage range] 3.3V 3.0V 3.6V | |**************************************************************************** [GND_clamp] |Voltage I(typ) I(min) I(max) | 3.3V 0.00000E-10 NA NA 0.0 -5.31600E-10 NA NA -0.04412 -1.28100E-07 NA NA -0.08824 -2.43980E-07 NA NA -0.13235 -3.93240E-07 NA NA -0.17647 -5.83900E-07 NA NA -0.22059 -1.11760E-06 NA NA -0.26471 -3.42820E-06 NA NA -0.30882 -1.52240E-05 NA NA -0.35294 -7.36960E-05 NA NA -0.39706 -3.30740E-04 NA NA -0.44118 -1.20840E-03 NA NA -0.48529 -3.45420E-03 NA NA -0.52941 -7.84140E-03 NA NA -0.57353 -1.42060E-02 NA NA -0.61765 -1.95420E-02 NA NA -0.66177 -1.96160E-02 NA NA -0.70588 -1.99440E-02 NA NA -0.75 -1.99820E-02 NA NA -0.79412 -2.55060E-02 NA NA -0.83824 -4.17760E-02 NA NA -0.88235 -6.08680E-02 NA NA -0.92647 -8.20560E-02 NA NA -3.300V -980.0mA NA NA | | [Power_clamp] |------------------------------------------------------------- | Note that the[POWER_clamp]voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. |------------------------------------------------------------- |Voltage I(typ) I(min) I(max) | | 0.0 0.0mA 0.00mA 0.00mA -3.3000 0.00mA 0.00mA 0.00mA |**************************************************************************** | RECEIVER OUTPUT MODEL |**************************************************************************** | [Model] DS90CR216_ROUT Model_type 3-state | Signals RxOUT0 ~ RxOUT20 Vmeas = 0.0V |This is 0.0v differential on ouput Cref = 8pF |Timing specification test load capacitance value Vref = 0 |Timing specification test load voltage; GND | variable typ min max | C_comp 5.247pF NA NA | |**************************************************************************** | | typ min max [Temperature Range] 25.0 NA NA [Voltage range] 3.3V 3.0V 3.6V | |**************************************************************************** | [Pulldown] | Voltage I(typ) I(min) I(max) -3.3V -980.0mA NA NA -0.97059 -6.70820E-02 NA NA -0.79412 -2.89900E-02 NA NA -0.61765 -2.47120E-02 NA NA -0.44118 -1.52740E-02 NA NA -0.26471 -9.08000E-03 NA NA -0.08824 -3.07160E-03 NA NA 0.088235 2.87940E-03 NA NA 0.264706 8.58080E-03 NA NA 0.441176 1.39960E-02 NA NA 0.617647 1.89120E-02 NA NA 0.794118 2.32920E-02 NA NA 0.970588 2.69780E-02 NA NA 1.14706 3.00080E-02 NA NA 1.32353 3.23240E-02 NA NA 1.5 3.40100E-02 NA NA 1.67647 3.51840E-02 NA NA 1.85294 3.59260E-02 NA NA 2.02941 3.64080E-02 NA NA 2.20588 3.67140E-02 NA NA 2.38235 3.69300E-02 NA NA 2.55882 3.70820E-02 NA NA 2.73529 3.72000E-02 NA NA 2.91176 3.73020E-02 NA NA 3.08824 3.73860E-02 NA NA 3.26471 3.74580E-02 NA NA 3.44118 3.75220E-02 NA NA 3.61765 3.75900E-02 NA NA 3.79412 3.77220E-02 NA NA 3.97059 3.90480E-02 NA NA 4.14706 5.11260E-02 NA NA 6.6V 5.11260E-02 NA NA | [Pullup] |------------------------------------------------------------- | Note that the[Pullup]voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. |------------------------------------------------------------- |Voltage I(typ) I(min) I(max) 6.6V -7.57240E-02 NA NA 3.917647 -5.87580E-02 NA NA 3.741176 -5.44940E-02 NA NA 3.564706 -5.37540E-02 NA NA 3.388235 -5.33180E-02 NA NA 3.211765 -5.28580E-02 NA NA 3.035294 -5.23500E-02 NA NA 2.858824 -5.17680E-02 NA NA 2.682353 -5.10980E-02 NA NA 2.505882 -5.02820E-02 NA NA 2.329412 -4.92900E-02 NA NA 2.15294 -4.80400E-02 NA NA 1.97647 -4.65320E-02 NA NA 1.8 -4.46220E-02 NA NA 1.62353 -4.23280E-02 NA NA 1.44706 -3.95520E-02 NA NA 1.27059 -3.63160E-02 NA NA 1.09412 -3.25980E-02 NA NA 0.91765 -2.83680E-02 NA NA 0.74118 -2.36980E-02 NA NA 0.56471 -1.85560E-02 NA NA 0.38824 -1.30640E-02 NA NA 0.21176 -7.19880E-03 NA NA 0.03529 -1.05920E-03 NA NA -0.14118 5.39980E-03 NA NA -0.31765 1.20080E-02 NA NA -0.49412 1.88840E-02 NA NA -0.67059 2.66960E-02 NA NA -0.84706 4.31740E-02 NA NA -1.02353 8.76800E-02 NA NA -3.3V 8.76800E-02 NA NA | [GND_clamp] |------------------------------------------------------------- | Outputs in Tri-state. |------------------------------------------------------------- | Voltage I(typ) I(min) I(max) | | Receiver output is non-tristable 3.00 0.00mA NA NA -3.00 0.00mA NA NA | [POWER_clamp] | |------------------------------------------------------------- | Note that the[POWER_clamp]voltage table is referenced to Vcc | and is calculated using Vtable=Vcc - Vmeasured. | Outputs in Tri-state. |------------------------------------------------------------- |Voltage I(typ) I(min) I(max) | | Receiver output is non-tristable 0.00 0.00mA NA NA -3.00 0.00mA NA NA | |**************************************************************************** | [Ramp] | | Note: Ramp rate measured on single-ended Driver Output. | | typ min max | dV/dt_r 3.3/2.625n NA NA dV/dt_f 3.3/2.654n NA NA | R_load = 1MOhm | Represent Hi-Z |------------------------------------------------------------------- [End]