s3c2440a-vddmop1.9v-0804.ibs

S3C2440 VDDMOP 1.9V IBIS 模型。

[IBIS Ver] 2.1
[File name] design.ibs
[File Rev]  1.0
[Date]  Aug 3, 2004
[Source] 
[Disclaimer] 
[Component] S3C2440A
[Manufacturer] SAMSUNG Electronics.

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[Package] 
|variable      typ                 min                 max                 
R_pkg  302.5m              126.0m              479.0m              
L_pkg  4.504nH             2.241nH             6.766nH             
C_pkg  0.432pF             0.142pF             0.722pF             

[Pin]       signal_name      model_name    R_pin     L_pin     C_pin
D3	PnGCS[4]   phot10cd_10_2440a 198m  4.075nH  0.178pF
C2	PnGCS[5]   phot10cd_10_2440a 254m  5.213nH  0.222pF
D2	PnGCS[6]   phot10cd_10_2440a 246m  5.037nH  0.218pF
E3	PnGCS[7]   phot10cd_10_2440a 209m  4.360nH  0.230pF
E4	PnWAIT     phbsd2_2440a 241m  4.906nH  0.285pF
F5	PCLE       phot10cd_10_2440a 250m  5.081nH  0.263pF
D1	PALE       phot10cd_10_2440a 275m  5.580nH  0.199pF
F3	PnFWE      phot10cd_10_2440a 208m  4.291nH  0.213pF
E1	PnFRE      phot10cd_10_2440a 260m  5.265nH  0.189pF
F4	PnFCE      phot10cd_10_2440a 251m  5.122nH  0.249pF
G6	PRnB       phbsd2_2440a 295m  5.900nH  0.303pF
G5	PCAMPCLK   phbsu100ct8sm 261m  5.326nH  0.253pF
G7	PCAMVSYNC  phbsu100ct8sm 225m  4.125nH  0.513pF
G2	PCAMHREF   phbsu100ct8sm 223m  4.612nH  0.178pF
H6	PCAMDATA[0] phbsu100ct8sm 175m  3.184nH  0.412pF
G3	PCAMDATA[1] phbsu100ct8sm 218m  4.497nH  0.203pF
H5	PCAMDATA[2] phbsu100ct8sm 166m  3.027nH  0.355pF
G4	CubicNC2749 POWER      479m  6.766nH  0.412pF
H4	PCAMDATA[3] phbsu100ct8sm 223m  4.638nH  0.211pF
H3	PCAMDATA[4] phbsu100ct8sm 217m  4.484nH  0.204pF
H7	PCAMDATA[5] phbsu100ct8sm 210m  3.856nH  0.443pF
J8	PCAMDATA[6] phbsu100ct8sm 247m  4.552nH  0.688pF
H2	PCAMDATA[7] phbsu100ct8sm 217m  4.476nH  0.171pF
J3	PCAMCLKOUT phbsu100ct8sm 211m  4.323nH  0.195pF
J4	PCAMRESET  phbsu100ct8sm 134m  2.464nH  0.221pF
J6	PTOUT[0]   phbsu100ct8sm 307m  6.156nH  0.294pF
J5	PTOUT[1]   phbsu100ct8sm 168m  3.064nH  0.306pF
J7	PTOUT[2]   phbsu100ct8sm 210m  3.855nH  0.415pF
K3	PTOUT[3]   phbsu100ct8sm 230m  4.714nH  0.219pF
K4	PTCLK0     phbsu100ct8sm 240m  4.937nH  0.218pF
K2	PnXBACK    phbsu100ct8sm 211m  4.332nH  0.171pF
L5	PnXBREQ    phbsu100ct8sm 276m  5.589nH  0.260pF
K7	PnXDACK[1] phbsu100ct8sm 210m  3.840nH  0.389pF
K5	PnXDREQ[1] phbsu100ct8sm 137m  2.486nH  0.240pF
L3	PnXDACK[0] phbsu100ct8sm 217m  4.460nH  0.200pF
K6	PnXDREQ[0] phbsu100ct8sm 172m  3.141nH  0.310pF
L1	PLEND      phbsu100ct8sm 245m  4.993nH  0.172pF
L4	PVCLK      phbsu100ct8sm 225m  4.586nH  0.214pF
M1	PVLINE     phbsu100ct8sm 251m  5.065nH  0.182pF
M4	PVM        phbsu100ct8sm 237m  4.845nH  0.232pF
L7	PVFRAME    phbsu100ct8sm 206m  3.763nH  0.376pF
M3	PLCDVF[0]  phbsu100ct8sm 218m  4.474nH  0.212pF
M2	PLCDVF[1]  phbsu100ct8sm 217m  4.440nH  0.179pF
P1	PLCDVF[2]  phbsu100ct8sm 282m  5.659nH  0.213pF
N2	PVD[0]     phbsu100ct8sm 237m  4.857nH  0.218pF
L6	PVD[1]     phbsu100ct8sm 165m  2.990nH  0.305pF
N4	PVD[2]     phbsu100ct8sm 235m  4.826nH  0.265pF
R1	PVD[3]     phbsu100ct8sm 297m  5.954nH  0.230pF
N3	PVD[4]     phbsu100ct8sm 212m  4.352nH  0.259pF
P2	PVD[5]     phbsu100ct8sm 261m  5.357nH  0.207pF
M6	PVD[6]     phbsu100ct8sm 166m  2.989nH  0.317pF
P3	PVD[7]     phbsu100ct8sm 230m  4.774nH  0.243pF
R2	PVD[8]     phbsu100ct8sm 246m  5.073nH  0.190pF
M5	PVD[9]     phbsu100ct8sm 126m  2.252nH  0.233pF
N5	PVD[10]    phbsu100ct8sm 152m  2.760nH  0.274pF
R3	PVD[11]    phbsu100ct8sm 223m  4.533nH  0.276pF
P4	PVD[12]    phbsu100ct8sm 148m  2.582nH  0.249pF
R4	PVD[13]    phbsu100ct8sm 203m  4.159nH  0.241pF
P5	PVD[14]    phbsu100ct8sm 232m  4.720nH  0.290pF
N6	PVD[15]    phbsu100ct8sm 252m  5.117nH  0.303pF
M7	PVD[16]    phtbsu100ct8sm_esd 160m  2.876nH  0.310pF
T4	PVD[17]    phtbsu100ct8sm_esd 236m  4.852nH  0.225pF
R5	PVD[18]    phtbsu100ct8sm_esd 203m  4.230nH  0.233pF
T5	PVD[19]    phbsu100ct8sm 217m  4.435nH  0.208pF
P6	PVD[20]    phbsu100ct8sm 215m  4.455nH  0.230pF
R6	PVD[21]    phbsu100ct8sm 207m  4.272nH  0.211pF
N7	PVD[22]    phbsu100ct8sm 249m  5.023nH  0.261pF
U5	PVD[23]    phbsu100ct8sm 260m  5.253nH  0.189pF
P7	PI2SLRCK   phbsu100ct8sm 219m  4.488nH  0.213pF
R7	PI2SSCLK   phbsu100ct8sm 205m  4.193nH  0.208pF
T7	PCDCLK     phbsu100ct8sm 215m  4.410nH  0.186pF
L8	PI2SDI     phbsu100ct8sm 204m  3.714nH  0.386pF
U6	PI2SDO     phbsu100ct8sm 256m  5.187nH  0.185pF
N8	PSDCLK     phbsu100ct8sm 287m  5.774nH  0.275pF
K8	PSDCMD     phbsu100ct8sm 272m  4.994nH  0.668pF
R8	PSDDAT[0]  phbsu100ct8sm 208m  4.295nH  0.190pF
M8	PSDDAT[1]  phbsu100ct8sm 172m  3.112nH  0.321pF
P8	PSDDAT[2]  phbsu100ct8sm 222m  4.601nH  0.202pF
J9	PSDDAT[3]  phbsu100ct8sm 281m  5.157nH  0.561pF
K9	PSPIMISO   phtbsu100ct8sm_esd 244m  4.475nH  0.446pF
P9	PSPIMOSI   phtbsu100ct8sm_esd 231m  4.840nH  0.208pF
L9	PSPICLK    phtbsu100ct8sm_esd 206m  3.766nH  0.454pF
U8	PIICSCL    phbsd8sm 241m  4.919nH  0.168pF
M9	PIICSDA    phbsd8sm 172m  3.132nH  0.320pF
R9	PCLKOUT[0] phbsu100ct12sm 223m  4.570nH  0.202pF
P10	PCLKOUT[1] phbsu100ct12sm 240m  4.964nH  0.217pF
N9	PEINT[8]   phbsu100ct8sm 132m  2.387nH  0.240pF
T9	PEINT[9]   phbsu100ct8sm 212m  4.368nH  0.168pF
J10	PEINT[10]  phbsu100ct8sm 283m  5.224nH  0.214pF
R10	PEINT[11]  phbsu100ct8sm 233m  4.771nH  0.229pF
P11	PEINT[12]  phbsu100ct8sm 248m  5.073nH  0.641pF
K10	PEINT[13]  phtbsu100ct8sm_esd 252m  4.642nH  0.230pF
R11	PEINT[14]  phtbsu100ct8sm_esd 249m  5.074nH  0.451pF
L10	PEINT[15]  phtbsu100ct8sm_esd 215m  3.942nH  0.176pF
T10	PEINT[16]  phbsu100ct8sm 224m  4.666nH  0.316pF
M11	PEINT[17]  phbsu100ct8sm 326m  6.536nH  0.252pF
N10	PEINT[18]  phbsu100ct8sm 134m  2.403nH  0.190pF
U12	PEINT[19]  phbsu100ct12sm 265m  5.387nH  0.191pF
M10	PEINT[20]  phbsu100ct12sm 168m  3.077nH  0.193pF
T11	PEINT[21]  phbsu100ct12sm 228m  4.720nH  0.551pF
L11	PEINT[22]  phbsu100ct12sm 217m  4.005nH  0.207pF
U13	PEINT[23]  phbsu100ct12sm 279m  5.648nH  0.248pF
U14	PDP[1]     pbusb0_DP 299m  6.031nH  0.226pF
N12	PDN[1]     pbusb0_DN 288m  5.815nH  0.409pF
N11	PDP[0]     pbusb0_DP 159m  2.880nH  0.358pF
P12	PDN[0]     pbusb0_DN 241m  4.876nH  0.286pF
N13	PnRSTOUT   phob8 270m  5.497nH  0.310pF
R12	PNCON      phis 204m  4.180nH  0.246pF
T13	POM[3]     phis 242m  4.931nH  0.226pF
P13	POM[2]     phis 234m  4.752nH  0.277pF
R13	POM[1]     phis 210m  4.361nH  0.251pF
T15	POM[0]     phis 278m  5.627nH  0.240pF
U11	CubicNC2660 GND        370m  4.823nH  0.204pF
P14	CubicNC2731 POWER      156m  2.607nH  0.342pF
R17	CubicNC2727 GND        422m  5.756nH  0.217pF
N16	CubicNC2654 POWER      371m  4.791nH  0.203pF
M12	CubicNC2730 GND        261m  5.460nH  0.430pF
M13	CubicNC2655 POWER      213m  4.275nH  0.332pF
N15	CubicNC2657 POWER      205m  4.120nH  0.224pF
N17	PEINT[0]   phbsu100ct8sm 259m  5.246nH  0.190pF
M16	PEINT[1]   phbsu100ct8sm 228m  4.700nH  0.722pF
L13	PEINT[2]   phbsu100ct8sm 131m  2.354nH  0.340pF
M15	PEINT[3]   phbsu100ct8sm 219m  4.523nH  0.204pF
M17	PEINT[4]   phbsu100ct8sm 246m  4.981nH  0.176pF
L14	PEINT[5]   phbsu100ct8sm 223m  4.592nH  0.208pF
L15	PEINT[6]   phbsu100ct8sm 209m  4.274nH  0.198pF
L16	PEINT[7]   phbsu100ct8sm 216m  4.437nH  0.172pF
K15	PUARTCLK   phbsu100ct8sm 216m  4.451nH  0.198pF
K11	PnCTS0     phbsu100ct8sm 202m  3.689nH  0.413pF
L17	PnRTS0     phbsu100ct8sm 246m  4.996nH  0.171pF
K13	PTXD[0]    phbsu100ct8sm 159m  2.878nH  0.268pF
K14	PRXD[0]    phbsu100ct8sm 224m  4.629nH  0.203pF
K16	PTXD[1]    phbsu100ct8sm 207m  4.242nH  0.170pF
K17	PRXD[1]    phbsu100ct8sm 220m  4.521nH  0.169pF
J11	PTXD[2]    phbsu100ct8sm 206m  3.760nH  0.375pF
J15	PRXD[2]    phbsu100ct8sm 221m  4.540nH  0.202pF
J17	CubicNC2751 POWER      479m  6.766nH  0.412pF
J16	PTDO       phot8 212m  4.364nH  0.170pF
J14	PTMS       phis 225m  4.651nH  0.211pF
H17	PTDI       phis 242m  4.946nH  0.142pF
J13	PTCK       phis 134m  2.405nH  0.255pF
H15	PnTRST     phis 231m  4.741nH  0.219pF
J12	PPWREN     phob8 163m  2.906nH  0.319pF
H14	PBATT_FLT  phis 244m  5.003nH  0.228pF
H16	PnRESET    phis 226m  4.698nH  0.179pF
H12	PEXTCLK    phis 179m  3.266nH  0.391pF
G14	PXTipll    phsoscm26_2440a_PADA 258m  5.092nH  0.268pF
G15	PXTopll    phsoscm26_2440a_PADY 236m  4.836nH  0.222pF
F13	PDATA[31]  phbsu100ct12cd_12_24 308m  6.192nH  0.301pF
H13	PDATA[30]  phbsu100ct12cd_12_24 132m  2.375nH  0.277pF
G16	PDATA[29]  phbsu100ct12cd_12_24 233m  4.860nH  0.184pF
G11	PDATA[28]  phbsu100ct12cd_12_24 210m  3.843nH  0.391pF
F12	PDATA[27]  phbsu100ct12cd_12_24 321m  6.435nH  0.317pF
F14	PDATA[26]  phbsu100ct12cd_12_24 263m  5.325nH  0.264pF
G12	PDATA[25]  phbsu100ct12cd_12_24 170m  3.077nH  0.355pF
E17	PDATA[24]  phbsu100ct12cd_12_24 273m  5.506nH  0.202pF
G13	PDATA[23]  phbsu100ct12cd_12_24 134m  2.406nH  0.291pF
F15	PDATA[22]  phbsu100ct12cd_12_24 220m  4.530nH  0.242pF
E16	PDATA[21]  phbsu100ct12cd_12_24 236m  4.797nH  0.223pF
E12	PDATA[20]  phbsu100ct12cd_12_24 300m  6.037nH  0.364pF
E13	PDATA[19]  phbsu100ct12cd_12_24 259m  5.229nH  0.346pF
E14	PDATA[18]  phbsu100ct12cd_12_24 215m  4.418nH  0.271pF
E15	PDATA[17]  phbsu100ct12cd_12_24 202m  4.170nH  0.244pF
C16	PDATA[16]  phbsu100ct12cd_12_24 272m  5.531nH  0.236pF
B17	PDATA[15]  phbsu100ct12cd_12_24 310m  6.202nH  0.244pF
D14	PDATA[14]  phbsu100ct12cd_12_24 234m  4.762nH  0.331pF
C15	PDATA[13]  phbsu100ct12cd_12_24 227m  4.595nH  0.229pF
D15	PDATA[12]  phbsu100ct12cd_12_24 201m  3.997nH  0.257pF
C14	PDATA[11]  phbsu100ct12cd_12_24 195m  3.988nH  0.180pF
A17	PDATA[10]  phbsu100ct12cd_12_24 319m  6.335nH  0.257pF
B15	PDATA[9]   phbsu100ct12cd_12_24 265m  5.395nH  0.230pF
D13	PDATA[8]   phbsu100ct12cd_12_24 207m  4.282nH  0.241pF
A14	PDATA[7]   phbsu100ct12cd_12_24 250m  5.102nH  0.208pF
C13	PDATA[6]   phbsu100ct12cd_12_24 209m  4.322nH  0.221pF
F11	PDATA[5]   phbsu100ct12cd_12_24 166m  2.978nH  0.457pF
F10	PDATA[4]   phbsu100ct12cd_12_24 181m  3.259nH  0.509pF
A13	PDATA[3]   phbsu100ct12cd_12_24 239m  4.888nH  0.189pF
E11	PDATA[2]   phbsu100ct12cd_12_24 126m  2.241nH  0.248pF
C12	PDATA[1]   phbsu100ct12cd_12_24 215m  4.433nH  0.206pF
D12	PDATA[0]   phbsu100ct12cd_12_24 222m  4.553nH  0.212pF
D11	PADDR[26]  phot10cd_10_2440a 221m  4.559nH  0.207pF
G10	PADDR[25]  phot10cd_10_2440a 203m  3.696nH  0.573pF
C11	PADDR[24]  phot10cd_10_2440a 213m  4.381nH  0.199pF
E10	PADDR[23]  phot10cd_10_2440a 133m  2.398nH  0.250pF
H10	PADDR[22]  phot10cd_10_2440a 247m  4.534nH  0.626pF
C10	PADDR[21]  phot10cd_10_2440a 216m  4.444nH  0.199pF
D10	PADDR[20]  phot10cd_10_2440a 227m  4.700nH  0.214pF
H9	PADDR[19]  phot10cd_10_2440a 243m  4.465nH  0.468pF
F9	PADDR[18]  phot10cd_10_2440a 302m  6.058nH  0.286pF
G9	PADDR[17]  phot10cd_10_2440a 207m  3.798nH  0.384pF
D9	PADDR[16]  phot10cd_10_2440a 233m  4.845nH  0.213pF
C9	PADDR[15]  phot10cd_10_2440a 225m  4.611nH  0.207pF
E9	PADDR[14]  phot10cd_10_2440a 295m  5.932nH  0.280pF
H8	PADDR[13]  phot10cd_10_2440a 248m  4.539nH  0.475pF
B9	PADDR[12]  phot10cd_10_2440a 221m  4.594nH  0.172pF
C8	PADDR[11]  phot10cd_10_2440a 216m  4.444nH  0.198pF
A8	PADDR[10]  phot10cd_10_2440a 237m  4.805nH  0.169pF
B8	PADDR[9]   phot10cd_10_2440a 224m  4.651nH  0.175pF
G8	PADDR[8]   phot10cd_10_2440a 222m  4.053nH  0.546pF
D7	PADDR[7]   phot10cd_10_2440a 261m  5.299nH  0.249pF
E8	PADDR[6]   phot10cd_10_2440a 163m  2.949nH  0.273pF
D8	PADDR[5]   phot10cd_10_2440a 142m  2.602nH  0.216pF
C7	PADDR[4]   phot10cd_10_2440a 225m  4.618nH  0.218pF
F8	PADDR[3]   phot10cd_10_2440a 169m  3.052nH  0.318pF
B7	PADDR[2]   phot10cd_10_2440a 236m  4.936nH  0.190pF
E7	PADDR[1]   phot10cd_10_2440a 261m  5.298nH  0.268pF
F7	PADDR[0]   phot10cd_10_2440a 172m  3.106nH  0.528pF
D6	PnSCAS     phot10cd_10_2440a 245m  4.989nH  0.245pF
C6	PnSRAS     phot10cd_10_2440a 223m  4.618nH  0.242pF
E5	PnBE[3]    phot10cd_10_2440a 273m  5.506nH  0.295pF
D5	PnBE[2]    phot10cd_10_2440a 253m  5.095nH  0.279pF
B5	PnBE[1]    phot10cd_10_2440a 248m  5.039nH  0.210pF
D4	PnBE[0]    phot10cd_10_2440a 264m  5.319nH  0.293pF
C5	PnOE       phot10cd_10_2440a 223m  4.639nH  0.203pF
E6	PnWE       phot10cd_10_2440a 130m  2.320nH  0.252pF
B4	PSCLK[0]   phot12cd_12_2440a 255m  5.154nH  0.217pF