|************************************************************************
|************************************************************************
|
[IBIS ver]       2.1
[File name]      s9lc644.ibs
[File Rev]       1.0
[Date]           September 2001
[Source]         File originated at White Electronic Designs
                                    1 Research Drive
                                    Westborough, MA 01581
[Notes]          This IBIS model corresponds to WED9LC644VBC, the SSRAM 
                   section ONLY. For the SDRAM section, see the file d9lc644.ibs
[Disclaimer]     This information is for modeling purposes only, and is not
                 guaranteed.
|
|                This model was created with the following input:
|                1) The model of the Galvantech part GVT71128DA36 was
|                       edited to remove all package characteristics
|                2) This edited model represents the die
|                3) Signals that are used in parallel, i.e. address
|                       signals, had the value of Ccomp altered to
|                       reflect multiple devices in parallel.  Note that
|                       although this model represents only the SSRAM section,
|                       the input characteristics of the SDRAM section, such
|                       as C_comp, and GND and POWER clamps are added to this 
|                       input.  The reason is that although only the SSRAM
|                       is being written to, the SDRAM capacitance and diodes
|                       are always present.
|                4) The values of Rpin, Lpin, and Cpin were based on
|                       interconnect statistics generated from Hyperlynx.
|                5) Also added into Rpin, Lpin, and Cpin are estimates of 
|                       the bond wire.  
|                       However, in many cases a signal may go to both the 
|                       SSRAM and SDRAM.  In these cases, the bond wires are
|                       placed in parallel.  
|
|                6) Even though the SSRAM section is written to independently 
|                        from the SDRAM, the diode protection device of the
|                        SDRAM  is always present.  Therefore, any submodel
|                        of this part that does not have a clamp structure
|                        that is present in the SSRAM section will be added
|                        in this model.
|
[Disclaimer]    THESE DESIGNS ARE PROVIDED "AS IS" WITH NO WARRANTY 
                WHATSOEVER AND WHITE ELECTRONIC DESIGNS SPECIFICALLY 
                DISCLAIMS ANY IMPLIED WARRANTIES OF MERCHANTABILITY,
                FITNESS FOR A PARTICULAR PURPOSE, OR AGAINST INFRINGEMENT.
|
|************************************************************************
|************************************************************************
|
[Component]      WED9LC644VBC
[Manufacturer]   White Electronic Designs
[Package]
| variable       typ                 min                 max
| Set all values to zero, use R_pin, L_pin, and C_pin
R_pkg            0m                NA                  NA 
L_pkg            0nH               NA                  NA 
C_pkg            0pF               NA                  NA 
|
[Pin]  signal_name   model_name   R_pin  L_pin  C_pin
|
A1   DQ19   IOPAD   247.05m   7.75nH   2.29pF
A2   DQ23   IOPAD   261.15m   8.25nH   2.39pF
A3   VCC    POWER   
A4   VSS    GND   
A5   VSS    GND   
A6   VSS    GND   
A7   VCC    POWER   
A8   DQ24   IOPAD   299.45m   9.55nH   2.79pF
A9   DQ28   IOPAD   259.45m   8.25nH   2.39pF
B1   DQ18   IOPAD   218.85m   6.85nH   1.99pF
B2   DQ22   IOPAD   245.05m   7.75nH   2.29pF
B3   VCC    POWER   
B4   VSS    GND   
B5   SDCEB  NC  
B6   VSS    GND   
B7   VCC    POWER   
B8   DQ25   IOPAD   268.55m   8.55nH   2.49pF
B9   DQ29   IOPAD   255.35m   8.15nH   2.79pF
C1   VCCQ   POWER   
C2   VCCQ   POWER   
C3   VCC    POWER   
C4   SDWEB  NC   
C5   SDA10  NC   
C6   NC     NC  
C7   VCC    POWER   
C8   VCCQ   POWER   
C9   VCCQ   POWER   
D1   DQ17   IOPAD   180.55m   5.55nH   1.59pF
D2   DQ21   IOPAD   203.85m   6.35nH   1.79pF
D3   VCC    POWER  
D4   VSS    GND   
D5   VSS    GND   
D6   VSS    GND   
D7   VCC    POWER   
D8   DQ26   IOPAD   229.65m   7.25nH   2.09pF
D9   DQ30   IOPAD   216.75m   6.75nH   1.99pF
E1   DQ16   IOPAD   172.65m   5.35nH   1.49pF
E2   DQ20   IOPAD   186.25m   5.75nH   1.59pF
E3   VCC    POWER   
E4   VSS    GND   
E5   SDCLK  NC   
E6   VSS    GND   
E7   VCC    POWER   
E8   DQ27   IOPAD   215.95m   6.75nH   1.89pF
E9   DQ31   IOPAD   198.25m   6.15nH   1.79pF
F1   VCCQ   POWER   
F2   VCCQ   POWER   
F3   VCC    POWER   
F4   VSS    GND   
F5   VSS    GND   
F6   VSS    GND   
F7   VCC    POWER   
F8   VCCQ   POWER   
F9   VCCQ   POWER   
G1   NC     NC   
G2   NC     NC   
G3   NC     NC   
G4   SDRASB NC   
G5   SDCASB NC   
G6   VSS    GND   
G7   A2     INPAD_3X   553.90m   16.63nH   5.59pF
G8   A4     INPAD_3X   539.80m   16.23nH   5.39pF
G9   A5     INPAD_3X   445.20m   13.53nH   4.49pF
H1   NC     NC   
H2   NC     NC   
H3   A8     INPAD_3X   438.60m   12.93nH   4.39pF
H4   VSS    GND   
H5   VSS    GND   
H6   NC     NC   
H7   A1     INPAD_3X   408.50m   12.03nH   4.09pF
H8   A3     INPAD_3X   554.90m   16.63nH   5.59pF
H9   A10    INPAD_3X   124.00m   3.83nH   1.32pF
J1   A6     INPAD_3X   628.70m   18.73nH   6.19pF
J2   A7     INPAD_3X   633.20m   18.53nH   6.19pF
J3   A9     INPAD_3X   471.70m   14.23nH   4.79pF
J4   VSS    GND   
J5   VSS    GND   
J6   NC     NC  
J7   A0     INPAD_3X   457.10m   13.63nH   4.59pF
J8   A11    INPAD_3X   373.20m   11.33nH   3.79pF
J9   A12    INPAD_3X   151.00m   4.73nH   1.59pF
K1   NC     NC   
K2   NC     NC   
K3   NC     NC   
K4   VSS    GND   
K5   VSS    GND   
K6   NC     NC  
K7   NC     NC   
K8   A13    INPAD_3X   151.20m   4.73nH   1.59pF
K9   A14    INPAD_3X   95.60m   2.93nH   1.25pF
L1   NC     NC   
L2   NC     NC   
L3   NC     NC   
L4   BWE2   INPAD_2X   213.35m   6.75nH   1.99pF
L5   BWE3   INPAD_2X   293.45m   9.05nH   2.69pF
L6   NC     NC   
L7   NC     NC   
L8   A15    INPAD_3X   138.70m   4.33nH   1.48pF
L9   A16    INPAD_3X   131.60m   4.03nH   1.41pF
M1   VCCQ   POWER   
M2   VCCQ   POWER   
M3   VCC    POWER   
M4   BWE0   INPAD_2X   348.05m   10.15nH   3.09pF
M5   BWE1   INPAD_2X   309.05m   9.05nH   2.79pF
M6   NC     NC   
M7   VCC    POWER   
M8   VCCQ   POWER   
M9   VCCQ   POWER   
N1   DQ12   IOPAD   445.35m   13.05nH   4.09pF
N2   DQ11   IOPAD   350.85m   10.25nH   3.09pF
N3   VCC    POWER   
N4   VSS    GND   
N5   VSS    GND   
N6   VSS    GND   
N7   VCC    POWER   
N8   DQ4    IOPAD   692.25m   20.25nH   18.89pF
N9   DQ0    IOPAD   616.95m   17.85nH   5.69pF
P1   DQ13   IOPAD   536.95m   15.75nH   4.99pF
P2   DQ10   IOPAD   385.75m   11.25nH   3.49pF
P3   VCC    POWER  
P4   VSS    GND   
P5   SSCLK  INPAD   435.10m   12.55nH   3.68pF
P6   VSS    GND   
P7   VCC    POWER  
P8   DQ5    IOPAD   558.85m   16.25nH   5.09pF
P9   DQ1    IOPAD   644.25m   18.55nH   5.89pF
R1   VCCQ   POWER   
R2   VCCQ   POWER   
R3   VCC    POWER  
R4   VSS    GND   
R5   VSS    GND   
R6   VSS    GND   
R7   VCC    POWER   
R8   VCCQ   POWER  
R9   VCCQ   POWER   
T1   DQ14   IOPAD   392.95m   11.35nH   3.49pF
T2   DQ9    IOPAD   494.55m   14.35nH   4.49pF
T3   VCC    POWER   
T4   SSADCB INPAD   401.20m   11.45nH   3.28pF
T5   SSWEB  INPAD   373.70m   10.65nH   3.08pF
T6   NC     NC  
T7   VCC    POWER   
T8   DQ6    IOPAD   588.65m   17.05nH   5.39pF
T9   DQ2    IOPAD   610.85m   17.45nH   5.49pF
U1   DQ15   IOPAD   408.65m   11.85nH   3.69pF
U2   DQ8    IOPAD   455.85m   13.05nH   4.09pF
U3   VCC    POWER   
U4   SSOEB  INPAD   407.80m   11.55nH   3.38pF
U5   SSCEB  INPAD   408.20m   11.65nH   3.38pF
U6   NC     NC   
U7   VCC    POWER   
U8   DQ7    IOPAD   594.65m   17.05nH   5.39pF
U9   DQ3    IOPAD   629.35m   18.05nH   5.79pF
|**************************************************************			
|	IOPAD	MODEL	
|**************************************************************			
|			
[Model]	IOPAD		
Model_type	I/O		
Polarity	Non-Inverting		
Vinl	=	0.8V	
Vinh	=	2.0V	
|	      typ   min    max
C_comp	1.6pF	 1.2pF  2.0pF	
|				
[Voltage range]	3.3V	3.0V	3.6V	
|				
[Pulldown]				
|				
|Voltage I(typ)		I(min)		I(max)
|				
6.6	2.1454	1.9962	2.2047
6.4	1.977		1.8284	2.036
6.2	1.8089	1.661	1.8676
6	1.641		1.494	1.6995
5.8	1.4732	1.327	1.5314
5.6	1.3054	1.16	1.3633
5.4	1.1391	995.7171m	1.1965
5.2	974.5231m	834.1139m	1.031
5	809.9010m	672.5107m	865.5595m
4.8	645.2789m	510.9074m	700.1017m
4.6	480.6568m	349.3042m	534.6438m
4.4	321.6861m	202.5466m	373.4180m
4.2	183.5995m	96.9383m	226.7431m
4	91.2116m	70.2415m	111.0249m
3.8	89.8245m	69.9535m	106.5799m
3.6	89.2795m	69.6858m	105.2367m
3.4	89.0152m	69.4249m	104.9359m
3.2	88.7289m	69.1640m	104.6436m
3	88.3768m	68.9031m	104.3513m
2.8	88.0247m	68.3633m	104.0590m
2.6	87.6726m	67.8235m	103.6175m
2.4	87.3205m	67.2838m	103.1262m
2.2	86.5213m	66.7440m	102.6349m
2	84.3806m	66.2042m	102.1436m
1.8	82.2399m	61.3822m	101.6524m
1.6	80.0992m	56.5602m	98.0101m
1.4	77.9585m	51.7382m	93.3176m
1.2	73.6079m	46.9162m	88.6251m
1	62.6280m	42.0941m	83.9326m
800.0000m	51.6480m	29.2137m	79.2401m
600.0000m	40.6681m	16.3334m	67.1026m
400.0000m	29.6881m	3.4530m	52.4835m
200.0000m	17.0012m	-9.4274m	37.8643m
0	-806.8518u	-22.3078m	23.2452m
-200.0000m	-18.6149m	-36.3991m	8.6260m
-400.0000m	-36.4229m	-50.0913m	-9.8005m
-600.0000m	-54.2309m	-68.4399m	-28.9100m
-800.0000m	-82.9625m	-160.4637m	-48.1117m
-1	-197.2088m	-289.7370m	-69.3489m
-1.2	-337.7311m	-434.8476m	-171.6258m
-1.4	-483.8059m	-581.3479m	-311.4718m
-1.6	-633.0738m	-727.9994m	-458.9694m
-1.8	-782.3417m	-879.3370m	-608.7940m
-2	-934.3587m	-1.0307	-758.6187m
-2.2	-1.0866	-1.182	-908.4434m
-2.4	-1.2388	-1.3333	-1.0609
-2.6	-1.391	-1.4847	-1.2137
-2.8	-1.5432	-1.6376	-1.3665
-3	-1.6963	-1.7904	-1.5193
-3.2	-1.8496	-1.9433	-1.6721
-3.3	-1.9262	-2.0197	-1.7485
|			
[Pullup]			
|			
|Voltage I(typ)		I(min)		I(max)
|				
-3.3	2.1317	1.9857	2.188
-3.1	1.9633	1.8179	2.0194
-2.9	1.7952	1.6506	1.8511
-2.7	1.6273	1.4836	1.683
-2.5	1.4595	1.3167	1.5149
-2.3	1.2917	1.1497	1.3468
-2.1	1.1255	985.4972m	1.18
-1.9	960.7630m	824.0163m	1.0144
-1.7	796.0603m	662.5353m	848.8241m
-1.5	631.3576m	501.0544m	683.2319m
-1.3	466.6549m	339.5734m	517.6396m
-1.1	307.1855m	193.0573m	355.7740m
-900.0000m	165.0693m	85.0928m	204.5986m
-700.0000m	59.3128m	47.8891m	74.3139m
-500.0000m	40.5908m	33.7118m	46.3882m
-300.0000m	23.9798m	20.5431m	26.2087m
-100.0000m	8.0725m	7.7105m	9.4021m
100.0000m	-6.8541m	-5.1220m	-6.6136m
300.0000m	-18.8383m	-17.9545m	-22.6294m
500.0000m	-30.8226m	-26.0850m	-38.6451m
700.0000m	-42.8068m	-34.2155m	-50.5429m
900.0000m	-54.7910m	-42.3459m	-61.0681m
1.1	-65.1569m	-50.4764m	-71.5933m
1.3	-70.6676m	-58.6069m	-82.1185m
1.5	-76.1783m	-61.6424m	-92.6437m
1.7	-81.6890m	-64.6779m	-98.3457m
1.9	-87.1997m	-67.7134m	-102.4398m
2.1	-91.7838m	-70.7489m	-106.5340m
2.3	-93.5881m	-73.7845m	-110.6282m
2.5	-95.3924m	-74.9798m	-114.7223m
2.7	-97.1968m	-76.1751m	-116.8968m
2.9	-99.0011m	-77.3704m	-118.4314m
3.1	-100.7322m	-78.5657m	-119.9660m
3.3	-102.2435m	-79.7610m	-121.5006m
3.5	-103.7549m	-80.6537m	-123.0352m
3.7	-105.2663m	-82.8809m	-124.2065m
3.9	-106.7777m	-91.1271m	-125.2011m
4.1	-117.3594m	-179.5855m	-126.3601m
4.3	-223.1681m	-308.3716m	-128.1792m
4.5	-362.5773m	-453.4805m	-205.4634m
4.7	-508.2638m	-599.9978m	-342.4673m
4.9	-657.4164m	-746.6667m	-489.2399m
5.1	-806.5690m	-898.0373m	-638.7939m
5.3	-958.5792m	-1.0494	-788.3478m
5.5	-1.1108	-1.2008	-937.9018m
5.7	-1.263	-1.3521	-1.0904
5.9	-1.4152	-1.5036	-1.2431
6.1	-1.5674	-1.6564	-1.3959
6.3	-1.7206	-1.8093	-1.5487
6.5	-1.8738	-1.9622	-1.7014
6.6	-1.9505	-2.0386	-1.7778
|
|				
[GND_clamp]				
|				
|Voltage I(typ)		I(min)		I(max)
|				
6.6	2.1309	1.9848	2.1874
6.4	1.9624	1.8169	2.0187
6.2	1.7943	1.6494	1.8503
6	1.6264	1.4823	1.6821
5.8	1.4584	1.3152	1.5139
5.6	1.2905	1.148	1.3458
5.4	1.1239	983.2044m	1.1787
5.2	958.6855m	820.6305m	1.0126
5	793.4427m	658.0566m	846.6315m
4.8	628.2000m	495.4828m	680.6165m
4.6	462.9573m	332.9089m	514.6016m
4.4	301.5624m	179.8622m	351.4306m
4.2	150.6264m	57.8709m	194.8074m
4	19.5241m	464.5185u	49.2955m
3.8	3.9060m	92.6238u	9.8694m
3.6	1.1261u	-225.2357n	4.7752u
3.4	587.3912n	-59.0277n	-512.1107n
3.2	152.0105n	107.1804n	-261.1897n
3	26.5715n	273.3884n	-10.2687n
2.8	-98.8675n	112.1002n	240.6523n
2.6	-224.3065n	-49.1880n	173.2951n
2.4	-349.7455n	-210.4762n	-154.9447p
2.2	-412.4689n	-371.7644n	-173.6049n
2	-287.0457n	-533.0526n	-347.0550n
1.8	-161.6226n	-371.8180n	-520.5050n
1.6	-36.1994n	-210.5835n	-433.7919n
1.4	89.2238n	-49.3489n	-260.3577n
1.2	151.9350n	111.8857n	-86.9236n
1	26.5101n	273.1202n	86.5105n
800.0000m	-98.9148n	-186.0335n	259.9446n
600.0000m	-224.3396n	-645.1872n	173.2282n
400.0000m	-349.7645n	-1.1043u	-205.1700p
200.0000m	-1.5671m	-1.5635u	-173.6385n
0	-7.8338m	-2.0226u	-347.0718n
-200.0000m	-14.1004m	-280.3616u	-520.5051n
-400.0000m	-20.3671m	-4.0690m	-304.4431n
-600.0000m	-26.6338m	-31.5173m	-5.1774u
-800.0000m	-58.1352m	-147.4449m	-7.1485m
-1	-189.0928m	-283.9216m	-35.6916m
-1.2	-333.0440m	-430.5020m	-162.9562m
-1.4	-480.6442m	-578.0773m	-306.7602m
-1.6	-630.5685m	-725.7772m	-455.5603m
-1.8	-780.4928m	-877.3398m	-606.0101m
-2	-932.7167m	-1.0289	-756.4600m
-2.2	-1.0851	-1.1805	-906.9098m
-2.4	-1.2375	-1.332	-1.0596
-2.6	-1.3898	-1.4836	-1.2125
-2.8	-1.5422	-1.6366	-1.3654
-3	-1.6955	-1.7895	-1.5183
-3.2	-1.8488	-1.9424	-1.6712
-3.3	-1.9254	-2.0189	-1.7477
|				
[POWER_clamp]				
|				
|Voltage I(typ)		I(min)		I(max)
|				
|				
-3.3	2.1309	1.9848	2.1874
-3.1	1.9624	1.8169	2.0187
-2.9	1.7943	1.6494	1.8503
-2.7	1.6264	1.4823	1.6821
-2.5	1.4584	1.3152	1.5139
-2.3	1.2905	1.148	1.3458
-2.1	1.1239	983.2044m	1.1787
-1.9	958.6855m	820.6305m	1.0126
-1.7	793.4427m	658.0566m	846.6315m
-1.5	628.2000m	495.4828m	680.6165m
-1.3	462.9573m	332.9089m	514.6016m
-1.1	301.5624m	179.8622m	351.4306m
-900.0000m	150.6264m	57.8709m	194.8074m
-700.0000m	19.5241m	464.5185u	49.2955m
-500.0000m	3.9060m	92.6238u	9.8694m
-300.0000m	1.1261u	-225.2357n	4.7752u
-100.0000m	587.3912n	-59.0277n	-512.1107n
100.0000m	152.0105n	107.1804n	-261.1897n
300.0000m	26.5715n	273.3884n	-10.2687n
500.0000m	-98.8675n	112.1002n	240.6523n
700.0000m	-224.3065n	-49.1880n	173.2951n
900.0000m	-349.7455n	-210.4762n	-154.9434p
1.1	-412.4689n	-371.7644n	-173.6049n
1.3	-287.0457n	-533.0526n	-347.0550n
1.5	-161.6226n	-371.8180n	-520.5050n
1.7	-36.1994n	-210.5835n	-433.7919n
1.9	89.2238n	-49.3489n	-260.3577n
2.1	151.9350n	111.8857n	-86.9236n
2.3	26.5101n	273.1202n	86.5105n
2.5	-98.9148n	-186.0335n	259.9446n
2.7	-224.3396n	-645.1872n	173.2282n
2.9	-349.7645n	-1.1043u	-205.1701p
3.1	-1.5671m	-1.5635u	-173.6385n
3.3	-7.8338m	-2.0226u	-347.0718n
3.5	-14.1004m	-280.3616u	-520.5051n
3.7	-20.3671m	-4.0690m	-304.4431n
3.9	-26.6338m	-31.5173m	-5.1774u
4.1	-58.1352m	-147.4449m	-7.1485m
4.3	-189.0928m	-283.9216m	-35.6916m
4.5	-333.0440m	-430.5020m	-162.9562m
4.7	-480.6442m	-578.0773m	-306.7602m
4.9	-630.5685m	-725.7772m	-455.5603m
5.1	-780.4928m	-877.3398m	-606.0101m
5.3	-932.7167m	-1.0289	-756.4600m
5.5	-1.0851	-1.1805	-906.9098m
5.7	-1.2375	-1.332	-1.0596
5.9	-1.3898	-1.4836	-1.2125
6.1	-1.5422	-1.6366	-1.3654
6.3	-1.6955	-1.7895	-1.5183
6.5	-1.8488	-1.9424	-1.6712
6.6	-1.9254	-2.0189	-1.7477

[Ramp]			
|	typ	min	max
dV/dt_r	1.60/300p	1.40/250p	1.40/100p
dV/dt_f	1.60/400p	1.40/500p	2.00/350p
|			
|**************************************************************			
|	INPAD	MODEL	
|**************************************************************			
|			
[Model]	INPAD		
Model_type	Input		
Vinl	=	0.8V	
Vinh	=	2.0V	
|           typ   min   max
C_comp	0.8pF	0.6pF	1.0pF
|			
[Voltage range]	3.3V	3.0V	3.6V
|			
[GND_clamp]			
|			
|Voltage I(typ)		I(min)		I(max)
|				
6.6	3.72E-16	2.0123p	4.84E-18
6.4	-5.7860p	-3.3881p	-5.7059p
6.2	3.9285p	4.1077p	4.4512p
6	4.2529p	4.2020p	4.3481p
5.8	4.5772p	4.2964p	4.2451p
5.6	4.9016p	4.3908p	4.1420p
5.4	3.4865p	3.3782p	2.5151p
5.2	332.0201f	1.2587p	-635.5783f
5	-2.8225p	-860.7639f	-3.7863p
4.8	-5.9769p	-2.9802p	-6.9370p
4.6	-9.1314p	-5.0997p	-10.0877p
4.4	-11.7189p	-8.0809p	-12.0719p
4.2	-10.7695p	-8.6352p	-10.2957p
4	-910.4724f	676.6206f	-738.0788f
3.8	-17.5820p	-14.9576p	-15.1197p
3.6	-20.8506p	-17.9249p	-4.3497p
3.4	-19.6516p	-16.6698p	-266.9849f
3.2	-16.8621p	-15.4148p	-6.9194p
3	-9.3014p	-14.1597p	-13.5719p
2.8	-1.7406p	-7.8964p	-20.2244p
2.6	5.8201p	-1.6331p	-26.8768p
2.4	13.3809p	4.6301p	-25.1859p
2.2	14.9702p	10.8934p	-15.1516p
2	-1.3549p	17.1567p	-5.1173p
1.8	-17.6800p	1.4716p	4.9169p
1.6	-34.0051p	-14.2136p	14.9512p
1.4	-50.3302p	-29.8987p	11.3228p
1.2	-58.3117p	-45.5838p	-5.9683p
1	-41.2626p	-61.2689p	-23.2594p
800.0000m	-24.2135p	-4.1939n	-40.5505p
600.0000m	-7.1645p	-8.3265n	-57.8416p
400.0000m	9.8846p	-12.4592n	-65.7324p
200.0000m	-54.2688u	-16.5918n	-64.2231p
0	-271.3443u	-20.7244n	-62.7137p
-200.0000m	-488.4197u	-48.8280u	-61.2043p
-400.0000m	-705.4951u	-9.2077m	-59.6949p
-600.0000m	-922.5706u	-81.6882m	-312.9474p
-800.0000m	-7.0161m	-127.0293m	-5.1310u
-1	-89.4028m	-152.6811m	-25.6525u
-1.2	-139.2718m	-175.7686m	-23.5016m
-1.4	-165.6041m	-198.2272m	-106.6583m
-1.6	-189.6194m	-218.7799m	-151.7740m
-1.8	-212.4910m	-238.8929m	-177.6547m
-2	-234.7209m	-259.0058m	-201.6675m
-2.2	-256.9509m	-279.0133m	-224.9735m
-2.4	-278.0700m	-297.4386m	-247.6711m
-2.6	-298.4318m	-315.0895m	-269.4272m
-2.8	-318.2585m	-332.5616m	-290.9082m
-3	-338.0852m	-349.7168m	-311.5288m
-3.2	-357.0762m	-366.1750m	-331.9084m
-3.3	-366.4873m	-374.4040m	-342.0983m
|**************************************************************			
|	INPAD_2X	MODEL	
|**************************************************************			
|			
[Model]	INPAD_2X		
Model_type	Input		
Vinl	=	0.8V	
Vinh	=	2.0V	
|           typ   min   max
C_comp	1.6pF	1.2pF	2.0pF
|			
[Voltage range]	3.3V	3.0V	3.6V
|			
[GND_clamp]			
|			
|Voltage I(typ)		I(min)		I(max)
|				
6.6	3.72E-16	2.0123p	4.84E-18
6.4	-5.7860p	-3.3881p	-5.7059p
6.2	3.9285p	4.1077p	4.4512p
6	4.2529p	4.2020p	4.3481p
5.8	4.5772p	4.2964p	4.2451p
5.6	4.9016p	4.3908p	4.1420p
5.4	3.4865p	3.3782p	2.5151p
5.2	332.0201f	1.2587p	-635.5783f
5	-2.8225p	-860.7639f	-3.7863p
4.8	-5.9769p	-2.9802p	-6.9370p
4.6	-9.1314p	-5.0997p	-10.0877p
4.4	-11.7189p	-8.0809p	-12.0719p
4.2	-10.7695p	-8.6352p	-10.2957p
4	-910.4724f	676.6206f	-738.0788f
3.8	-17.5820p	-14.9576p	-15.1197p
3.6	-20.8506p	-17.9249p	-4.3497p
3.4	-19.6516p	-16.6698p	-266.9849f
3.2	-16.8621p	-15.4148p	-6.9194p
3	-9.3014p	-14.1597p	-13.5719p
2.8	-1.7406p	-7.8964p	-20.2244p
2.6	5.8201p	-1.6331p	-26.8768p
2.4	13.3809p	4.6301p	-25.1859p
2.2	14.9702p	10.8934p	-15.1516p
2	-1.3549p	17.1567p	-5.1173p
1.8	-17.6800p	1.4716p	4.9169p
1.6	-34.0051p	-14.2136p	14.9512p
1.4	-50.3302p	-29.8987p	11.3228p
1.2	-58.3117p	-45.5838p	-5.9683p
1	-41.2626p	-61.2689p	-23.2594p
800.0000m	-24.2135p	-4.1939n	-40.5505p
600.0000m	-7.1645p	-8.3265n	-57.8416p
400.0000m	9.8846p	-12.4592n	-65.7324p
200.0000m	-54.2688u	-16.5918n	-64.2231p
0	-271.3443u	-20.7244n	-62.7137p
-200.0000m	-488.4197u	-48.8280u	-61.2043p
-400.0000m	-705.4951u	-9.2077m	-59.6949p
-600.0000m	-922.5706u	-81.6882m	-312.9474p
-800.0000m	-7.0161m	-127.0293m	-5.1310u
-1	-89.4028m	-152.6811m	-25.6525u
-1.2	-139.2718m	-175.7686m	-23.5016m
-1.4	-165.6041m	-198.2272m	-106.6583m
-1.6	-189.6194m	-218.7799m	-151.7740m
-1.8	-212.4910m	-238.8929m	-177.6547m
-2	-234.7209m	-259.0058m	-201.6675m
-2.2	-256.9509m	-279.0133m	-224.9735m
-2.4	-278.0700m	-297.4386m	-247.6711m
-2.6	-298.4318m	-315.0895m	-269.4272m
-2.8	-318.2585m	-332.5616m	-290.9082m
-3	-338.0852m	-349.7168m	-311.5288m
-3.2	-357.0762m	-366.1750m	-331.9084m
-3.3	-366.4873m	-374.4040m	-342.0983m
|
|  The below POWER_clamp is from the SDRAM input, since this structure is
|      always present.
[POWER_clamp]
| voltage     I(typ)              I(min)              I(max)
|
  -3.30       31.11mA             31.64mA             30.80mA
  -3.20       29.84mA             30.36mA             29.52mA
  -3.10       28.57mA             29.09mA             28.25mA
  -3.00       27.29mA             27.82mA             26.97mA
  -2.90       26.02mA             26.55mA             25.70mA
  -2.80       24.75mA             25.28mA             24.42mA
  -2.70       23.47mA             24.01mA             23.15mA
  -2.60       22.20mA             22.74mA             21.88mA
  -2.50       20.93mA             21.47mA             20.61mA
  -2.40       19.67mA             20.20mA             19.34mA
  -2.30       18.40mA             18.94mA             18.07mA
  -2.20       17.13mA             17.68mA             16.80mA
  -2.10       15.87mA             16.42mA             15.54mA
  -2.00       14.61mA             15.16mA             14.27mA
  -1.90       13.35mA             13.90mA             13.01mA
  -1.80       12.10mA             12.65mA             11.76mA
  -1.70       10.84mA             11.40mA             10.50mA
  -1.60        9.59mA             10.15mA              9.25mA
  -1.50        8.35mA              8.92mA              8.01mA
  -1.40        7.12mA              7.68mA              6.77mA
  -1.30        5.89mA              6.46mA              5.54mA
  -1.20        4.68mA              5.25mA              4.33mA
  -1.10        3.49mA              4.06mA              3.14mA
  -1.00        2.34mA              2.90mA              1.99mA
  -0.90        1.26mA              1.80mA              0.94mA
  -0.80        0.38mA              0.82mA              0.18mA
  -0.70       24.63uA              0.16mA              4.90uA
  -0.60        0.61uA              8.36uA             80.47nA
  -0.50       13.85nA              0.31uA              1.31nA
  -0.40        0.32nA             10.91nA             25.44pA
  -0.30       11.13pA              0.39nA              4.54pA
  -0.20        3.87pA             17.41pA              4.01pA
  -0.10        3.51pA              3.78pA              3.80pA
   0.00        3.30pA              3.10pA              3.60pA
|
|**************************************************************			
|	INPAD_3X	MODEL	
|**************************************************************			
|			
[Model]	INPAD_3X		
Model_type	Input		
Vinl	=	0.8V	
Vinh	=	2.0V	
|           typ   min   max
C_comp	2.4pF	1.8pF	3.0pF
|			
[Voltage range]	3.3V	3.0V	3.6V
|			
[GND_clamp]			
|			
|Voltage I(typ)		I(min)		I(max)
|				
6.6	3.72E-16	2.0123p	4.84E-18
6.4	-5.7860p	-3.3881p	-5.7059p
6.2	3.9285p	4.1077p	4.4512p
6	4.2529p	4.2020p	4.3481p
5.8	4.5772p	4.2964p	4.2451p
5.6	4.9016p	4.3908p	4.1420p
5.4	3.4865p	3.3782p	2.5151p
5.2	332.0201f	1.2587p	-635.5783f
5	-2.8225p	-860.7639f	-3.7863p
4.8	-5.9769p	-2.9802p	-6.9370p
4.6	-9.1314p	-5.0997p	-10.0877p
4.4	-11.7189p	-8.0809p	-12.0719p
4.2	-10.7695p	-8.6352p	-10.2957p
4	-910.4724f	676.6206f	-738.0788f
3.8	-17.5820p	-14.9576p	-15.1197p
3.6	-20.8506p	-17.9249p	-4.3497p
3.4	-19.6516p	-16.6698p	-266.9849f
3.2	-16.8621p	-15.4148p	-6.9194p
3	-9.3014p	-14.1597p	-13.5719p
2.8	-1.7406p	-7.8964p	-20.2244p
2.6	5.8201p	-1.6331p	-26.8768p
2.4	13.3809p	4.6301p	-25.1859p
2.2	14.9702p	10.8934p	-15.1516p
2	-1.3549p	17.1567p	-5.1173p
1.8	-17.6800p	1.4716p	4.9169p
1.6	-34.0051p	-14.2136p	14.9512p
1.4	-50.3302p	-29.8987p	11.3228p
1.2	-58.3117p	-45.5838p	-5.9683p
1	-41.2626p	-61.2689p	-23.2594p
800.0000m	-24.2135p	-4.1939n	-40.5505p
600.0000m	-7.1645p	-8.3265n	-57.8416p
400.0000m	9.8846p	-12.4592n	-65.7324p
200.0000m	-54.2688u	-16.5918n	-64.2231p
0	-271.3443u	-20.7244n	-62.7137p
-200.0000m	-488.4197u	-48.8280u	-61.2043p
-400.0000m	-705.4951u	-9.2077m	-59.6949p
-600.0000m	-922.5706u	-81.6882m	-312.9474p
-800.0000m	-7.0161m	-127.0293m	-5.1310u
-1	-89.4028m	-152.6811m	-25.6525u
-1.2	-139.2718m	-175.7686m	-23.5016m
-1.4	-165.6041m	-198.2272m	-106.6583m
-1.6	-189.6194m	-218.7799m	-151.7740m
-1.8	-212.4910m	-238.8929m	-177.6547m
-2	-234.7209m	-259.0058m	-201.6675m
-2.2	-256.9509m	-279.0133m	-224.9735m
-2.4	-278.0700m	-297.4386m	-247.6711m
-2.6	-298.4318m	-315.0895m	-269.4272m
-2.8	-318.2585m	-332.5616m	-290.9082m
-3	-338.0852m	-349.7168m	-311.5288m
-3.2	-357.0762m	-366.1750m	-331.9084m
-3.3	-366.4873m	-374.4040m	-342.0983m
|
|  The below POWER_clamp is from the SDRAM input, since this structure is
|      always present.
[POWER_clamp]
| voltage     I(typ)              I(min)              I(max)
|
  -3.30       31.11mA             31.64mA             30.80mA
  -3.20       29.84mA             30.36mA             29.52mA
  -3.10       28.57mA             29.09mA             28.25mA
  -3.00       27.29mA             27.82mA             26.97mA
  -2.90       26.02mA             26.55mA             25.70mA
  -2.80       24.75mA             25.28mA             24.42mA
  -2.70       23.47mA             24.01mA             23.15mA
  -2.60       22.20mA             22.74mA             21.88mA
  -2.50       20.93mA             21.47mA             20.61mA
  -2.40       19.67mA             20.20mA             19.34mA
  -2.30       18.40mA             18.94mA             18.07mA
  -2.20       17.13mA             17.68mA             16.80mA
  -2.10       15.87mA             16.42mA             15.54mA
  -2.00       14.61mA             15.16mA             14.27mA
  -1.90       13.35mA             13.90mA             13.01mA
  -1.80       12.10mA             12.65mA             11.76mA
  -1.70       10.84mA             11.40mA             10.50mA
  -1.60        9.59mA             10.15mA              9.25mA
  -1.50        8.35mA              8.92mA              8.01mA
  -1.40        7.12mA              7.68mA              6.77mA
  -1.30        5.89mA              6.46mA              5.54mA
  -1.20        4.68mA              5.25mA              4.33mA
  -1.10        3.49mA              4.06mA              3.14mA
  -1.00        2.34mA              2.90mA              1.99mA
  -0.90        1.26mA              1.80mA              0.94mA
  -0.80        0.38mA              0.82mA              0.18mA
  -0.70       24.63uA              0.16mA              4.90uA
  -0.60        0.61uA              8.36uA             80.47nA
  -0.50       13.85nA              0.31uA              1.31nA
  -0.40        0.32nA             10.91nA             25.44pA
  -0.30       11.13pA              0.39nA              4.54pA
  -0.20        3.87pA             17.41pA              4.01pA
  -0.10        3.51pA              3.78pA              3.80pA
   0.00        3.30pA              3.10pA              3.60pA
|
| End [Component] SSRAM section of WED9L644VBC
|
[End]