|************************************************************************
|************************************************************************
|
[IBIS ver]       2.1
[File name]      s9lc6816.ibs
[File Rev]       1.0
[Date]           January 2001
[Source]         File originated at White Electronic Designs
                                    1 Research Drive
                                    Westborough, MA 01581
[Notes]          The following information corresponds to 
                     WED9LC6816VyyxxBC, the SSRAM section of the part.
                     All sections for the SDRAM part are NC's.  
                     See model d9lc6816.ibs for the SDRAM module.
|
|                This model was created with the following input:
|                1) The model of the Galvantech part GVT71256DA36 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.  Values used are based on material
|                       for a length of 100 mils
|                       R = 150mOhms, L = 3.8nH, C = 0.17pF
|                       However, in many cases a signal may go to both the 
|                       SSRAM and SDRAM.  In these cases, the bond wires are
|                       placed in parallel.  Specifically, this works out as 
|                       follows:
|                            All address lines have 3 bond wires in parallel, 
|                              for a total of R = 50mohms, L = 1.3nH, C = 0.5pF
|
|                            All BWE and DQ lines have 2 bond wires in parallel,
|                              for a total of R = 75mohms, L = 1.9nH, C = 0.34pF
|
|                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]      WED9LC6816VyyxxBC
[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                500m        17nH      6.3pF
A2     DQ23                 IOPAD                404m        13.3nH    5pF
A3     VCC                  POWER
A4     VSS                  GND
A5     VSS                  GND
A6     VSS                  GND
A7     VCC                  POWER
A8     DQ24                 IOPAD                401m        13.2nH    5pF
A9     DQ28                 IOPAD                351m        11.4nH    4.3pF

B1     DQ18                 IOPAD                338m        11.1nH    4.1pF
B2     DQ22                 IOPAD                347m        11.4nH    4.2pF
B3     VCC                  POWER
B4     VSS                  GND
B5     SDCEB                NC                   200m        6.3nH     2.1pF
B6     VSS                  GND
B7     VCC                  POWER
B8     DQ25                 IOPAD                336m        10.9nH    4.1pF
B9     DQ29                 IOPAD                348m        11.4nH    4.2pF

C1     VCCQ                 POWER
C2     VCCQ                 POWER
C3     VCC                  POWER
C4     SDWEB                NC                   178m        5.7nH     1.8pF
C5     SDA10                NC                   200m        6.6nH     2.1pF
C6     NC                   NC
C7     VCC                  POWER
C8     VCCQ                 POWER
C9     VCCQ                 POWER

D1     DQ17                 IOPAD                300m        9.7nH      3.6pF
D2     DQ21                 IOPAD                311m        10.1nH     3.7pF
D3     VCC                  POWER
D4     VSS                  GND
D5     VSS                  GND
D6     VSS                  GND
D7     VCC                  POWER
D8     DQ26                 IOPAD                295m        9.5nH      3.5pF
D9     DQ30                 IOPAD                310m        10.2nH     3.7pF

E1     DQ16                 IOPAD                275m        9nH        3.2pF
E2     DQ20                 IOPAD                320m        10.5nH     3.8pF
E3     VCC                  POWER
E4     VSS                  GND
E5     SDCLK                NC                   215m        6.9nH      2.3pF
E6     VSS                  GND
E7     VCC                  POWER
E8     DQ27                 IOPAD                286m        9.3nH      3.3pF
E9     DQ31                 IOPAD                325m        10.7nH     3.9pF

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                    170m        5.3nH     1.7pF
G5     SDCASB               NC                    194m        6nH       2.1pF
G6     VSS                  GND
G7     A2                   INPAD_3X                 292m        10nH      4.0pF
G8     A4                   INPAD_3X                 247m        8.5nH     3.3pF
G9     A5                   INPAD_3X                 315m        10nH      4.3pF

H1     NC                   NC
H2     NC                   NC
H3     A8                   INPAD_3X                 246m        8.4nH     3.3pF
H4     VSS                  GND
H5     VSS                  GND     
H6     NC                   NC
H7     A1                   INPAD_3X                 264m        9nH       3.6pF
H8     A3                   INPAD_3X                 249m        8.6nH     3.3pF
H9     A10                  INPAD_3X                 179m        5.8nH     2.4pF

J1     A6                   INPAD_3X                 367m        12.5nH    5pF
J2     A7                   INPAD_3X                 267m        9.3nH     3.5pF
J3     A9                   INPAD_3X                 303m        10.3nH    4.1pF
J4     VSS                  GND
J5     VSS                  GND
J6     NC                   NC
J7     A0                   INPAD_3X                 303m        10.3nH    4.1pF
J8     A11                  INPAD_3X                 259m        8.7nH     3.5pF
J9     A12                  INPAD_3X                 271m        9nH       3.7pF

K1     A17                  INPAD_3X                 239m        8.3nH     3.3pF
K2     NC                   NC
K3     NC                   NC                    
K4     VSS                  GND
K5     VSS                  GND     
K6     NC                   NC
K7     NC                   NC
K8     A13                  INPAD_3X                 242m        8.2nH     3.3pF
K9     A14                  INPAD_3X                 107m        2.3nH     1.3pF

L1     NC                   NC
L2     NC                   NC
L3     NC                   NC
L4     BWE2                 INPAD_3X                 313m        10.2nH    3.7pF
L5     BWE3                 INPAD_3X                 340m        10.9nH    4.1pF
L6     NC                   NC
L7     NC                   NC
L8     A15                  INPAD_3X                 100m        3.1nH     1.3pF
L9     A16                  INPAD_3X                 82m         2.4nH     1pF

M1     VCCQ                 POWER
M2     VCCQ                 POWER     
M3     VCC                  POWER
M4     BWE0                 INPAD_3X                 233m        10.1nH    3.6pF
M5     BWE1                 INPAD_3X                 344m        13.9nH    5.2pF
M6     NC                   NC
M7     VCC                  POWER
M8     VCCQ                 POWER     
M9     VCCQ                 POWER

N1     DQ12                 IOPAD                 334m        10.9nH    4pF
N2     DQ11                 IOPAD                 563m        18.7nH    7.3pF
N3     VCC                  POWER
N4     VSS                  GND
N5     VSS                  GND
N6     VSS                  GND
N7     VCC                  POWER
N8     DQ4                  IOPAD                 289m        9.7nH     3.3pF
N9     DQ0                  IOPAD                 366m        11.9nH    4.5pF

P1     DQ13                 IOPAD                 301m        9.8nH     3.5pF
P2     DQ10                 IOPAD                 263m        8.4nH     3.0pF
P3     VCC                  POWER
P4     VSS                  GND
P5     SSCLK                INPAD                 226m        8.2nH     2pF
P6     VSS                  GND
P7     VCC                  POWER
P8     DQ5                  IOPAD                 330m        10.9nH    3.9pF
P9     DQ1                  IOPAD                 362m        10.9nH    4.4pF

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                 375m        13.9nH    5.4pF
T2     DQ9                  IOPAD                 275m        10.9nH    3.9pF
T3     VCC                  POWER
T4     SSADCB               INPAD                 252m        7.5nH     1.6pF
T5     SSWEB                INPAD                 269m        8nH       1.9pF
T6     NC                   NC
T7     VCC                  POWER
T8     DQ6                  IOPAD                 432m        14.3nH    5.4pF
T9     DQ2                  IOPAD                 375m        12.5nH    4.6pF

U1     DQ15                 IOPAD                 350m        11.6nH    4.2pF
U2     DQ8                  IOPAD                 339m        11.1nH    4.1pF
U3     VCC                  POWER
U4     SSOEB                INPAD                 254m        7.5nH     1.6pF
U5     SSCEB                INPAD                 242m        7.1nH     1.5pF
U6     NC                   NC
U7     VCC                  POWER
U8     DQ7                  IOPAD                 353m        11.4nH    4.3pF
U9     DQ3                  IOPAD                 375m        12nH      4.6pF
|   ** All values updated for bond wires in parallel.
|**************************************************************
|IOPAD     MODEL
|**************************************************************
|
[Model]    IOPAD
Model_type I/O
Polarity   Non-Inverting
Vinl =    0.8V 
Vinh =    2.0V
|
|   All C_comp values for dq lines see both the SDRAM and SSRAM
|          typ   min   max
C_comp     1.6pF 1.2pF 2pF
|
[Voltage range] 3.3V 3.0V 3.6V
|
[Pulldown]
|
|Voltage I(typ)		I(min)		I(max)
|				
6.6	2.1507	2.0022	2.2093
6.4	1.9818	1.8339	2.0403
6.2	1.8133	1.6661	1.8715
6	1.6451	1.4987	1.703
5.8	1.4768	1.3313	1.5345
5.6	1.3086	1.1639	1.366
5.4	1.1419	999.0975m	1.1987
5.2	976.7621m	836.8633m	1.0328
5	811.6149m	674.6292m	866.8117m
4.8	646.4677m	512.3950m	700.8502m
4.6	481.3205m	350.1608m	534.8888m
4.4	321.3092m	201.2278m	372.8319m
4.2	179.6552m	91.2261m	223.0633m
4	77.6661m	58.1149m	98.4463m
3.8	75.3619m	57.8615m	88.7406m
3.6	74.6386m	57.6514m	88.4642m
3.4	74.4422m	57.4557m	88.2341m
3.2	74.2271m	57.2600m	88.0033m
3	73.9558m	57.0643m	87.7725m
2.8	73.6845m	56.6353m	87.5418m
2.6	73.4132m	56.2062m	87.3110m
2.4	73.1419m	55.7772m	86.9055m
2.2	72.4964m	55.3482m	86.3251m
2	70.7285m	54.9192m	85.7448m
1.8	68.9607m	50.9433m	85.1645m
1.6	67.1928m	46.9674m	84.5841m
1.4	65.4249m	42.9915m	81.3162m
1.2	61.7996m	39.0156m	75.3606m
1	52.6020m	35.0397m	69.4050m
800.0000m	43.4043m	24.2915m	63.4495m
600.0000m	34.2067m	13.5434m	57.4939m
400.0000m	25.0091m	2.7952m	47.3895m
200.0000m	14.2203m	-7.9529m	33.1362m
0	-1.3422m	-18.7011m	18.8829m
-200.0000m	-16.9047m	-30.5760m	4.6296m
-400.0000m	-32.4672m	-42.1490m	-9.6236m
-600.0000m	-48.0297m	-62.3260m	-24.6668m
-800.0000m	-76.5911m	-151.4984m	-41.5973m
-1	-189.5296m	-280.9462m	-61.8204m
-1.2	-326.2242m	-420.2251m	-165.3802m
-1.4	-468.1923m	-561.7955m	-301.4785m
-1.6	-612.8385m	-706.8165m	-443.3400m
-1.8	-758.7970m	-852.6337m	-587.8484m
-2	-905.4917m	-998.4509m	-733.8935m
-2.2	-1.0522	-1.1444	-880.6188m
-2.4	-1.1997	-1.2917	-1.0278
-2.6	-1.3477	-1.4394	-1.1756
-2.8	-1.4959	-1.5872	-1.3236
-3	-1.6441	-1.7352	-1.472
-3.2	-1.7926	-1.8835	-1.6204
-3.3	-1.8669	-1.9576	-1.6947
|			
[Pullup]			
|			
|Voltage I(typ)		I(min)		I(max)
|				
-3.3	2.1395	1.9938	2.1958
-3.1	1.9707	1.8256	2.0267
-2.9	1.8022	1.6578	1.858
-2.7	1.634	1.4905	1.6895
-2.5	1.4657	1.3231	1.521
-2.3	1.2975	1.1557	1.3526
-2.1	1.1308	991.0659m	1.1853
-1.9	965.6963m	829.0690m	1.0193
-1.7	800.5480m	667.0722m	853.2515m
-1.5	635.3996m	505.0753m	687.2268m
-1.3	470.2513m	343.0785m	521.2020m
-1.1	310.1215m	195.2819m	358.8137m
-900.0000m	166.5570m	85.2126m	206.6052m
-700.0000m	57.6328m	45.7248m	74.0269m
-500.0000m	39.0024m	32.1446m	42.1257m
-300.0000m	22.9379m	19.5894m	25.0990m
-100.0000m	7.7286m	7.3758m	9.3730m
100.0000m	-6.5342m	-4.8378m	-5.1967m
300.0000m	-17.9572m	-17.0515m	-19.7664m
500.0000m	-29.3802m	-24.7631m	-34.3360m
700.0000m	-40.8032m	-32.4748m	-48.9057m
900.0000m	-52.2263m	-40.1864m	-60.4343m
1.1	-62.1070m	-47.8981m	-68.9218m
1.3	-67.3607m	-55.6098m	-77.4094m
1.5	-72.6144m	-58.4429m	-85.8969m
1.7	-77.8682m	-61.2761m	-94.3844m
1.9	-83.1219m	-64.1093m	-100.0692m
2.1	-87.4777m	-66.9424m	-102.9511m
2.3	-89.1398m	-69.7756m	-105.8330m
2.5	-90.8020m	-70.8463m	-108.7149m
2.7	-92.4641m	-71.9170m	-111.5968m
2.9	-94.1262m	-72.9877m	-113.6344m
3.1	-95.7426m	-74.0584m	-114.8277m
3.3	-97.2216m	-75.1292m	-116.0210m
3.5	-98.7007m	-75.9196m	-117.2142m
3.7	-100.1798m	-77.4481m	-118.4075m
3.9	-101.6589m	-88.3395m	-119.4267m
4.1	-113.4316m	-172.1604m	-120.5464m
4.3	-216.9022m	-300.8246m	-122.4898m
4.5	-352.3941m	-439.9250m	-200.9811m
4.7	-493.9614m	-581.4152m	-334.1717m
4.9	-638.4534m	-726.4270m	-475.1246m
5.1	-784.3320m	-872.2516m	-619.2542m
5.3	-930.9884m	-1.0181	-765.1191m
5.5	-1.0776	-1.164	-911.7346m
5.7	-1.2252	-1.3113	-1.0589
5.9	-1.3731	-1.4591	-1.2066
6.1	-1.5214	-1.6069	-1.3546
6.3	-1.6696	-1.7549	-1.503
6.5	-1.8181	-1.9033	-1.6514
6.6	-1.8924	-1.9774	-1.7257
|				
[GND_clamp]				
|				
|Voltage I(typ)		I(min)		I(max)
|				
6.6	2.1388	1.9929	2.1951
6.4	1.9699	1.8246	2.0261
6.2	1.8013	1.6567	1.8572
6	1.633	1.4892	1.6887
5.8	1.4647	1.3217	1.5201
5.6	1.2964	1.1542	1.3515
5.4	1.1294	988.9116m	1.184
5.2	963.7396m	825.9029m	1.0176
5	798.0863m	662.8943m	851.1837m
4.8	632.4330m	499.8856m	684.7623m
4.6	466.7796m	336.8769m	518.3409m
4.4	304.9119m	183.1974m	354.7411m
4.2	153.2703m	60.0502m	197.5851m
4	20.9507m	512.9232u	51.2954m
3.8	4.1916m	102.2312u	1.1391m
3.6	1.3470u	-285.0126n	5.4258u
3.4	709.7780n	-75.8763n	-888.7981n
3.2	195.9202n	133.2599n	-519.8320n
3	52.2631n	342.3961n	-150.8659n
2.8	-91.3940n	154.6313n	218.1001n
2.6	-235.0512n	-33.1335n	587.0662n
2.4	-378.7083n	-220.8983n	591.7743n
2.2	-450.5400n	-408.6631n	232.2242n
2	-306.8955n	-596.4280n	-127.3258n
1.8	-163.2509n	-408.7008n	-486.8759n
1.6	-19.6064n	-220.9736n	-846.4259n
1.4	124.0382n	-33.2465n	-846.4335n
1.2	195.8572n	154.4807n	-486.8986n
1	52.1995n	342.2079n	-127.3637n
800.0000m	-91.4582n	-99.5805n	232.1711n
600.0000m	-235.1158n	-541.3689n	591.7060n
400.0000m	-378.7735n	-983.1573n	591.6080n
200.0000m	-1.5312m	-1.4249u	231.8772n
0	-7.6542m	-1.8667u	-127.8536n
-200.0000m	-13.7772m	-235.3146u	-487.5844n
-400.0000m	-19.9002m	-2.2751m	-847.3153n
-600.0000m	-26.0232m	-33.7876m	-5.2822u
-800.0000m	-56.6958m	-142.0433m	-6.9909m
-1	-183.2472m	-276.0484m	-34.9080m
-1.2	-322.6168m	-416.8775m	-158.3362m
-1.4	-465.7050m	-559.4156m	-297.6471m
-1.6	-610.8981m	-704.8460m	-440.7952m
-1.8	-757.2044m	-850.9439m	-585.9460m
-2	-904.1351m	-997.0418m	-732.3543m
-2.2	-1.0511	-1.1432	-879.3373m
-2.4	-1.1987	-1.2906	-1.0267
-2.6	-1.3468	-1.4385	-1.1747
-2.8	-1.4951	-1.5864	-1.3228
-3	-1.6434	-1.7345	-1.4712
-3.2	-1.792	-1.8828	-1.6197
-3.3	-1.8663	-1.957	-1.694	
|				
[POWER_clamp]				
|				
|Voltage I(typ)		I(min)		I(max)
|				
|				
-3.3	2.1388	1.9929	2.1951
-3.1	1.9699	1.8246	2.0261
-2.9	1.8013	1.6567	1.8572
-2.7	1.633	1.4892	1.6887
-2.5	1.4647	1.3217	1.5201
-2.3	1.2964	1.1542	1.3515
-2.1	1.1294	988.9116m	1.184
-1.9	963.7396m	825.9029m	1.0176
-1.7	798.0863m	662.8943m	851.1837m
-1.5	632.4330m	499.8856m	684.7623m
-1.3	466.7796m	336.8769m	518.3409m
-1.1	304.9119m	183.1974m	354.7411m
-900.0000m	153.2703m	60.0502m	197.5851m
-700.0000m	20.9507m	512.9232u	51.2954m
-500.0000m	4.1916m	102.2312u	1.1391m
-300.0000m	1.3470u	-285.0126n	5.4258u
-100.0000m	709.7780n	-75.8763n	-888.7981n
100.0000m	195.9202n	133.2599n	-519.8320n
300.0000m	52.2631n	342.3961n	-150.8659n
500.0000m	-91.3940n	154.6313n	218.1001n
700.0000m	-235.0512n	-33.1335n	587.0662n
900.0000m	-378.7083n	-220.8983n	591.7743n
1.1	-450.5400n	-408.6631n	232.2242n
1.3	-306.8955n	-596.4280n	-127.3258n
1.5	-163.2509n	-408.7008n	-486.8759n
1.7	-19.6064n	-220.9736n	-846.4259n
1.9	124.0382n	-33.2465n	-846.4335n
2.1	195.8572n	154.4807n	-486.8986n
2.3	52.1995n	342.2079n	-127.3637n
2.5	-91.4582n	-99.5805n	232.1711n
2.7	-235.1158n	-541.3689n	591.7060n
2.9	-378.7735n	-983.1573n	591.6080n
3.1	-1.5312m	-1.4249u	231.8772n
3.3	-7.6542m	-1.8667u	-127.8536n
3.5	-13.7772m	-235.3146u	-487.5844n
3.7	-19.9002m	-2.2751m	-847.3153n
3.9	-26.0232m	-33.7876m	-5.2822u
4.1	-56.6958m	-142.0433m	-6.9909m
4.3	-183.2472m	-276.0484m	-34.9080m
4.5	-322.6168m	-416.8775m	-158.3362m
4.7	-465.7050m	-559.4156m	-297.6471m
4.9	-610.8981m	-704.8460m	-440.7952m
5.1	-757.2044m	-850.9439m	-585.9460m
5.3	-904.1351m	-997.0418m	-732.3543m
5.5	-1.0511	-1.1432	-879.3373m
5.7	-1.1987	-1.2906	-1.0267
5.9	-1.3468	-1.4385	-1.1747
6.1	-1.4951	-1.5864	-1.3228
6.3	-1.6434	-1.7345	-1.4712
6.5	-1.792	-1.8828	-1.6197
6.6	-1.8663	-1.957	-1.694
[Ramp]			
|	typ	min	max
dV/dt_r	1.15/500p	0.85/500p	1.20/300p
dV/dt_f	1.30/500p	1.00/500p	1.30/400p
|			
|**************************************************************			
|	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
|
|  This POWER clamp module is copied from the DRAM section of the part, since
|   these two devices are in parallel, this diode will always be present, 
|   even though we only write to one part at a time.
|
[POWER Clamp]
|
|       Voltage            I(typ)             I(min)             I(max)
|
     -3.29999995E+0     58.79247189E-3     45.95510289E-3     66.38261676E-3
     -3.25000000E+0     57.43337050E-3     44.83242333E-3     64.90743160E-3
     -3.20000005E+0     56.08423799E-3     43.72044653E-3     63.44192475E-3
     -3.15000010E+0     54.73512784E-3     42.60927066E-3     61.97620928E-3
     -3.09999990E+0     53.38604748E-3     41.49873182E-3                 NA
     -3.04999995E+0     52.03707144E-3     40.39009288E-3     59.04436857E-3
     -3.00000000E+0                 NA                 NA     57.57844821E-3
     -2.95000005E+0     49.33912680E-3                 NA     56.11220747E-3
     -2.90000010E+0     47.99035564E-3     37.06418350E-3     54.64573950E-3
     -2.84999990E+0     46.64197564E-3     35.95646843E-3     53.17903310E-3
     -2.79999995E+0                 NA     34.85089540E-3                 NA
     -2.75000000E+0                 NA     33.74676034E-3     50.24484172E-3
     -2.70000005E+0     42.59683937E-3     32.64665604E-3     48.77774790E-3
     -2.65000010E+0     41.24914482E-3                 NA     47.31065780E-3
     -2.59999990E+0     39.90275040E-3     30.44832684E-3     45.84350809E-3
     -2.50000000E+0                 NA     28.24999951E-3     42.90884361E-3
     -2.45000005E+0     35.86357832E-3     27.16045082E-3                 NA
     -2.40000010E+0     34.51889381E-3     26.07315220E-3     39.97417539E-3
     -2.34999990E+0     33.17745030E-3     24.98585358E-3     38.50720450E-3
     -2.29999995E+0                 NA     23.89855497E-3                 NA
     -2.25000000E+0                 NA     22.81125449E-3     35.57574004E-3
     -2.20000005E+0     29.15312350E-3     21.74038813E-3                 NA
     -2.15000010E+0     27.81555057E-3     20.67336254E-3     32.64426813E-3
     -2.09999990E+0     26.48532577E-3     19.60633695E-3     31.17993660E-3
     -2.04999995E+0                 NA     18.53931323E-3     29.72036786E-3
     -2.00000000E+0                 NA     17.47228578E-3     28.26080099E-3
     -1.95000005E+0     22.49465510E-3     16.43426158E-3                 NA
     -1.89999998E+0     21.17307484E-3     15.40301181E-3     25.34166723E-3
     -1.85000002E+0     19.86792125E-3     14.37176205E-3     23.88608269E-3
     -1.79999995E+0     18.56276765E-3     13.34051229E-3     22.44405076E-3
     -1.75000000E+0                 NA     12.30926346E-3                 NA
     -1.70000005E+0     15.95246047E-3     11.33140363E-3     19.55998689E-3
     -1.64999998E+0     14.66736104E-3     10.36601793E-3     18.11795309E-3
     -1.60000002E+0     13.42037320E-3      9.40063130E-3     16.68680459E-3
     -1.54999995E+0     12.17338536E-3      8.43524467E-3     15.29267803E-3
     -1.50000000E+0     10.92639659E-3      7.46985804E-3                 NA
     -1.45000005E+0      9.67940874E-3      6.60877209E-3     12.50442583E-3
     -1.39999998E+0      8.45610537E-3      5.77205326E-3     11.11029927E-3
     -1.35000002E+0      7.28193764E-3      4.93533397E-3      9.73032974E-3
     -1.29999995E+0      6.14716765E-3      4.09861514E-3      8.39851703E-3
     -1.25000000E+0      5.18596545E-3      3.26189585E-3      7.10796425E-3
     -1.20000005E+0      4.25665639E-3      2.53925100E-3      5.98023599E-3
     -1.14999998E+0      3.32734757E-3      1.89344632E-3      4.91323555E-3
     -1.10000002E+0      2.39803852E-3      1.38746575E-3      3.84623511E-3
     -1.04999995E+0      1.46872958E-3      1.10450096E-3      2.77923467E-3
     -1.00000000E+0      1.10405858E-3    821.53617404E-6      1.71223399E-3
   -949.99998808E-3                 NA                 NA      1.21674628E-3
   -899.99997616E-3    582.22038206E-6    255.60663198E-6    935.68192096E-6
   -850.00002384E-3    321.30125328E-6     56.79793321E-6    654.61749909E-6
   -800.00001192E-3     60.38210267E-6     44.75815877E-6    373.55304812E-6
   -750.00000000E-3     16.52717037E-6     32.71839159E-6     92.48864080E-6
   -699.99998808E-3     12.55764619E-6     20.67862260E-6     13.51079754E-6
   -649.99997616E-3      8.58812018E-6      8.63885180E-6     10.35291189E-6
   -600.00002384E-3      4.61859554E-6    317.97077327E-9      7.19502668E-6
   -550.00001192E-3    649.07050046E-9                 NA                 NA
   -500.00000000E-3     27.35730043E-9                 NA    879.25650405E-9
   -449.99998808E-3     20.80234651E-9    115.49911250E-9     15.18828441E-9
   -400.00000596E-3      0.00000000E+0      0.00000000E+0      0.00000000E+0
      6.59999990E+0      0.00000000E+0      0.00000000E+0      0.00000000E+0
|
|
|**************************************************************			
|	INPAD_3X	MODEL	
|**************************************************************			
|	This model is identical to INPAD, except C_Comp is adjusted 
|       for inputs that see all three devices.		
[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
|
|  This POWER clamp module is copied from the DRAM section of the part, since
|   these two devices are in parallel, this diode will always be present, 
|   even though we only write to one part at a time.
|
[POWER Clamp]
|
|       Voltage            I(typ)             I(min)             I(max)
|
     -3.29999995E+0     58.79247189E-3     45.95510289E-3     66.38261676E-3
     -3.25000000E+0     57.43337050E-3     44.83242333E-3     64.90743160E-3
     -3.20000005E+0     56.08423799E-3     43.72044653E-3     63.44192475E-3
     -3.15000010E+0     54.73512784E-3     42.60927066E-3     61.97620928E-3
     -3.09999990E+0     53.38604748E-3     41.49873182E-3                 NA
     -3.04999995E+0     52.03707144E-3     40.39009288E-3     59.04436857E-3
     -3.00000000E+0                 NA                 NA     57.57844821E-3
     -2.95000005E+0     49.33912680E-3                 NA     56.11220747E-3
     -2.90000010E+0     47.99035564E-3     37.06418350E-3     54.64573950E-3
     -2.84999990E+0     46.64197564E-3     35.95646843E-3     53.17903310E-3
     -2.79999995E+0                 NA     34.85089540E-3                 NA
     -2.75000000E+0                 NA     33.74676034E-3     50.24484172E-3
     -2.70000005E+0     42.59683937E-3     32.64665604E-3     48.77774790E-3
     -2.65000010E+0     41.24914482E-3                 NA     47.31065780E-3
     -2.59999990E+0     39.90275040E-3     30.44832684E-3     45.84350809E-3
     -2.50000000E+0                 NA     28.24999951E-3     42.90884361E-3
     -2.45000005E+0     35.86357832E-3     27.16045082E-3                 NA
     -2.40000010E+0     34.51889381E-3     26.07315220E-3     39.97417539E-3
     -2.34999990E+0     33.17745030E-3     24.98585358E-3     38.50720450E-3
     -2.29999995E+0                 NA     23.89855497E-3                 NA
     -2.25000000E+0                 NA     22.81125449E-3     35.57574004E-3
     -2.20000005E+0     29.15312350E-3     21.74038813E-3                 NA
     -2.15000010E+0     27.81555057E-3     20.67336254E-3     32.64426813E-3
     -2.09999990E+0     26.48532577E-3     19.60633695E-3     31.17993660E-3
     -2.04999995E+0                 NA     18.53931323E-3     29.72036786E-3
     -2.00000000E+0                 NA     17.47228578E-3     28.26080099E-3
     -1.95000005E+0     22.49465510E-3     16.43426158E-3                 NA
     -1.89999998E+0     21.17307484E-3     15.40301181E-3     25.34166723E-3
     -1.85000002E+0     19.86792125E-3     14.37176205E-3     23.88608269E-3
     -1.79999995E+0     18.56276765E-3     13.34051229E-3     22.44405076E-3
     -1.75000000E+0                 NA     12.30926346E-3                 NA
     -1.70000005E+0     15.95246047E-3     11.33140363E-3     19.55998689E-3
     -1.64999998E+0     14.66736104E-3     10.36601793E-3     18.11795309E-3
     -1.60000002E+0     13.42037320E-3      9.40063130E-3     16.68680459E-3
     -1.54999995E+0     12.17338536E-3      8.43524467E-3     15.29267803E-3
     -1.50000000E+0     10.92639659E-3      7.46985804E-3                 NA
     -1.45000005E+0      9.67940874E-3      6.60877209E-3     12.50442583E-3
     -1.39999998E+0      8.45610537E-3      5.77205326E-3     11.11029927E-3
     -1.35000002E+0      7.28193764E-3      4.93533397E-3      9.73032974E-3
     -1.29999995E+0      6.14716765E-3      4.09861514E-3      8.39851703E-3
     -1.25000000E+0      5.18596545E-3      3.26189585E-3      7.10796425E-3
     -1.20000005E+0      4.25665639E-3      2.53925100E-3      5.98023599E-3
     -1.14999998E+0      3.32734757E-3      1.89344632E-3      4.91323555E-3
     -1.10000002E+0      2.39803852E-3      1.38746575E-3      3.84623511E-3
     -1.04999995E+0      1.46872958E-3      1.10450096E-3      2.77923467E-3
     -1.00000000E+0      1.10405858E-3    821.53617404E-6      1.71223399E-3
   -949.99998808E-3                 NA                 NA      1.21674628E-3
   -899.99997616E-3    582.22038206E-6    255.60663198E-6    935.68192096E-6
   -850.00002384E-3    321.30125328E-6     56.79793321E-6    654.61749909E-6
   -800.00001192E-3     60.38210267E-6     44.75815877E-6    373.55304812E-6
   -750.00000000E-3     16.52717037E-6     32.71839159E-6     92.48864080E-6
   -699.99998808E-3     12.55764619E-6     20.67862260E-6     13.51079754E-6
   -649.99997616E-3      8.58812018E-6      8.63885180E-6     10.35291189E-6
   -600.00002384E-3      4.61859554E-6    317.97077327E-9      7.19502668E-6
   -550.00001192E-3    649.07050046E-9                 NA                 NA
   -500.00000000E-3     27.35730043E-9                 NA    879.25650405E-9
   -449.99998808E-3     20.80234651E-9    115.49911250E-9     15.18828441E-9
   -400.00000596E-3      0.00000000E+0      0.00000000E+0      0.00000000E+0
      6.59999990E+0      0.00000000E+0      0.00000000E+0      0.00000000E+0
|
| End [Component] WED9LC6816VyyxxBC, SSRAM SECTION OF THE PART.
|
[End]