|********************************************************************
[IBIS Ver]      1.1
[File name]     sbplcc.ibs
[File rev]      1.0
[Date]          8/20/94
[Source]        The file was oringinated at Intel Corporation.
[Notes]         The following information corresponds to the 80960SB 
		   on process 648 in the 84 lead PLCC package and it 
		   has not been validated.
[Disclaimer]    The following information is for modeling purposes 
                   only and is not guaranteed.
|********************************************************************
[Component]     i960SB (TM)
[Manufacturer]  Intel
[Package]
|	typ     min     max
R_pkg   70.0m	58.0m	80.0m
L_pkg	8.4nH	5.2nH	11.7nH
C_pkg	0.9pF	0.3pF	1.4pF
|********************************************************************
[Pin]   signal_name     model_name      
1	VCC		POWER
2	NC		NC
3	A27		KLIOBUFOUT
4	A26		KLIOBUFOUT
5	A25		KLIOBUFOUT
6	VCC		POWER
7	VSS		GND
8	A24		KLIOBUFOUT
9	A23		KLIOBUFOUT
10	A22		KLIOBUFOUT
11	A21		KLIOBUFOUT
12	A20		KLIOBUFOUT
13	A19		KLIOBUFOUT
14	A18		KLIOBUFOUT
15	A17		KLIOBUFOUT
16	A16		KLIOBUFOUT
17	VCC		POWER
18	VSS		GND
19	AD15		KLIOBUF 
20	AD14		KLIOBUF 
21	VCC		POWER
22	VSS		GND
23	NC		NC
24	AD13		KLIOBUF
25	AD12		KLIOBUF
26	AD11		KLIOBUF
27	AD10		KLIOBUF
28	AD9		KLIOBUF
29	AD8		KLIOBUF
30	AD7		KLIOBUF
31	VCC		POWER
32	VSS		GND
33	VCC		POWER
34	VSS		GND
35	AD6		KLIOBUF
36	AD5		KLIOBUF
37	AD4		KLIOBUF
38	AD3		KLIOBUF
39	AD2		KLIOBUF
40	AD1		KLIOBUF
41	D0		KLIOBUF
42	NC		NC
43	VSS		GND	
44	VCC		POWER
45	A3		KLIOBUFOUT
46	A2		KLIOBUFOUT
47	VCC		POWER
48	VSS		GND
49	A1		KLIOBUFOUT
50	NC		NC
51	BE1#		KLIOBUFOUT
52	BE0#		KLIOBUFOUT
53	VCC		POWER
54	VSS		GND
55	CLK2		CLOCKBUF
56	RESET#		RSTBUF
57	INT0#		KLIOBUFIN
58	INT1		KLIOBUFIN
59	INT2/INTR	KLIOBUFIN
60	INT3#/INTA#	KLIOBUFIN
61	HLDA		KLIOBUF1OUT
62	VCC		POWER
63	VSS		GND
64	HOLD		KLIOBUF1IN
65	NC		NC
66	W/R#		KLIOBUF1OUT
67	DEN#		KLIOBUF1OUT
68	DT/R#		KLIOBUF1OUT
69	BLAST#		KLIOBUF1OUT
70	LOCK#		KLIOBUF1OUT
71	VCC		POWER
72	VSS		GND
73	VCC		POWER
74	VSS		GND
75	NC		NC
76	AS#		KLIOBUFOUT
77	VSS		GND
78	ALE		ALEIOBUF
79	READY#		KLIOBUFIN
80	A31		KLIOBUFOUT
81	A30		KLIOBUFOUT
82	A29		KLIOBUFOUT
83	A28		KLIOBUFOUT
84	VSS		GND   
|
|
|This following model descriptions describe each of the 
|different type of buffers.
|
|
|********************************************************************
|
|This is the model for buffer KLIOBUFOUT.
|
|********************************************************************
|
|
[Model] KLIOBUFOUT
Model_type Output
Polarity Non-Inverting
Enable Active-High
|signals  A(16:31),A(1:3),AS#,BE(0:1)#
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[Pulldown]
|
|Voltage        I(typ)      I(min)      I(max)
|
-5.0V		-269.0m	    -170.0m	-362.0m
-4.0V		-225.0m	    -139.0m	-301.0m
-3.0V		-182.0m	    -107.0m	-240.0m
-2.0V		-130.0m	    -75.0m	-172.0m
-1.0V		-70.0m	    -39.0m	-93.0m
0.0V		0.0m	    0.0m	0.0m
1.0V		50.0m	    30.0m	72.0m
2.0V		78.0m	    45.0m	110.0m
3.0V		88.0m	    52.0m	125.0m
4.0V		90.0m	    53.0m	125.0m
5.0V		90.0m	    53.0m	129.0m
6.0V		91.0m	    53.0m	130.0m
7.0V		92.0m	    53.0m	130.0m
8.0V		92.0m	    54.0m	131.0m
9.0V		92.0m	    54.0m	131.0m
10.0V		93.0m	    54.0m	131.0m
|
|********************************************************************
|Note that the pullup voltage in the data table is derived from the 
|equation:
|Vtable = Vcc - Voutput
|For the 10.0V in the table it is actually 10 volts below Vcc and 
|-5.0V with respect to ground.
|********************************************************************
|
[Pullup]
|
|Voltage        I(typ)      I(min)      I(max)
|
10.0V		-43.0m	    -27.0m	-61.0m
9.0V		-41.0m	    -25.0m	-58.0m
8.0V		-40.0m	    -25.0m	-57.0m
7.0V		-40.0m	    -25.0m	-55.0m
6.0V		-39.0m	    -25.0m	-55.0m
5.0V		-39.0m	    -24.0m	-54.0m
4.0V		-38.0m	    -23.0m	-53.0m
3.0V		-36.0m	    -21.0m	-51.0m
2.0V		-29.0m	    -16.0m	-44.0m
1.0V		-18.0m	    -8.0m	-30.0m
0.0V		0.0m	    4.0m	-8.0m
-1.0V		22.0m	    19.0m	20.0m
-2.0V		44.0m	    33.0m	51.0m
-3.0V		67.0m	    48.0m	79.0m
-4.0V		89.0m	    62.0m	109.0m
-5.0V		111.0m	    78.0m	137.0m
|
[GND_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
[Ramp]
|               typ         min         max     
dV/dt_r         1.0/0.3n    0.8/0.4n	1.4/0.3n
dV/dt_f		2.0/3.0n    1.6/5.0n	2.4/3.0n
|
|********************************************************************
|end of  model kliobuf
|********************************************************************
|
|
|       
|
|********************************************************************
|
|This is the model for the buffer KLIOBUF1OUT.
|
|********************************************************************
|
[Model] KLIOBUF1OUT
Model_type Output
Polarity Non-Inverting
Enable Active-High
|Signals  W/R#,DEN#,DT/R#,HLDA,BLAST/FAIL#
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[Pulldown]
|
|Voltage        I(typ)      I(min)      I(max)
|
-5.0V		-269.0m	    -170.0m	-362.0m
-4.0V		-225.0m	    -139.0m	-301.0m
-3.0V		-182.0m	    -107.0m	-240.0m
-2.0V		-130.0m	    -75.0m	-172.0m
-1.0V		-70.0m	    -39.0m	-93.0m
0.0V		0.0m	    0.0m	0.0m
1.0V		50.0m	    30.0m	72.0m
2.0V		78.0m	    45.0m	110.0m
3.0V		88.0m	    52.0m	125.0m
4.0V		90.0m	    53.0m	125.0m
5.0V		90.0m	    53.0m	129.0m
6.0V		91.0m	    53.0m	130.0m
7.0V		92.0m	    53.0m	130.0m
8.0V		92.0m	    54.0m	131.0m
9.0V		92.0m	    54.0m	131.0m
10.0V		93.0m	    54.0m	131.0m
|
|********************************************************************
|Note that the pullup voltage in the data table is derived from the 
|equation:
|Vtable = Vcc - Voutput
|For the 10.0V in the table it is actually 10 volts below Vcc and 
|-5.0V with respect to ground.
|********************************************************************
|
[Pullup]
|
|Voltage        I(typ)      I(min)      I(max)
|
10.0V		-43.0m	    -27.0m	-61.0m
9.0V		-41.0m	    -25.0m	-58.0m
8.0V		-40.0m	    -25.0m	-57.0m
7.0V		-40.0m	    -25.0m	-55.0m
6.0V		-39.0m	    -25.0m	-55.0m
5.0V		-39.0m	    -24.0m	-54.0m
4.0V		-38.0m	    -23.0m	-53.0m
3.0V		-36.0m	    -21.0m	-51.0m
2.0V		-29.0m	    -16.0m	-44.0m
1.0V		-18.0m	    -8.0m	-30.0m
0.0V		0.0m	    4.0m	-8.0m
-1.0V		22.0m	    19.0m	20.0m
-2.0V		44.0m	    33.0m	51.0m
-3.0V		67.0m	    48.0m	79.0m
-4.0V		89.0m	    62.0m	109.0m
-5.0V		111.0m	    78.0m	137.0m
|
[GND_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
[Ramp]
|variable       typ         min         max
dV/dt_r         1.0/0.3n    0.8/0.4n	1.4/0.3n
dV/dt_f		2.0/3.0n    1.6/5.0n	2.4/3.0n	
|
|********************************************************************
|end of kliobuf1out model
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model for the buffer ALEIOBUF.
|
|********************************************************************
|
[Model] ALEIOBUF
Model_type Output
Polarity Non-Inverting
Enable Active-High
|Signals  ALE
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[Pulldown]
|
|Voltage        I(typ)      I(min)      I(max)
|
-5.0V		-269.0m	    -170.0m	-362.0m
-4.0V		-225.0m	    -139.0m	-301.0m
-3.0V		-182.0m	    -107.0m	-240.0m
-2.0V		-130.0m	    -75.0m	-172.0m
-1.0V		-70.0m	    -39.0m	-93.0m
0.0V		0.0m	    0.0m	0.0m
1.0V		50.0m	    30.0m	72.0m
2.0V		78.0m	    45.0m	110.0m
3.0V		88.0m	    52.0m	125.0m
4.0V		90.0m	    53.0m	125.0m
5.0V		90.0m	    53.0m	129.0m
6.0V		91.0m	    53.0m	130.0m
7.0V		92.0m	    53.0m	130.0m
8.0V		92.0m	    54.0m	131.0m
9.0V		92.0m	    54.0m	131.0m
10.0V		93.0m	    54.0m	131.0m
|
|********************************************************************
|Note that the pullup voltage in the data table is derived from the 
|equation:
|Vtable = Vcc - Voutput
|For the 10.0V in the table it is actually 10 volts below Vcc and 
|-5.0V with respect to ground.
|********************************************************************
|
[Pullup]
|
|Voltage        I(typ)      I(min)      I(max)
|
10.0V		-43.0m	    -27.0m	-61.0m
9.0V		-41.0m	    -25.0m	-58.0m
8.0V		-40.0m	    -25.0m	-57.0m
7.0V		-40.0m	    -25.0m	-55.0m
6.0V		-39.0m	    -25.0m	-55.0m
5.0V		-39.0m	    -24.0m	-54.0m
4.0V		-38.0m	    -23.0m	-53.0m
3.0V		-36.0m	    -21.0m	-51.0m
2.0V		-29.0m	    -16.0m	-44.0m
1.0V		-18.0m	    -8.0m	-30.0m
0.0V		0.0m	    4.0m	-8.0m
-1.0V		22.0m	    19.0m	20.0m
-2.0V		44.0m	    33.0m	51.0m
-3.0V		67.0m	    48.0m	79.0m
-4.0V		89.0m	    62.0m	109.0m
-5.0V		111.0m	    78.0m	137.0m
|
[GND_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
[Ramp]
|variable       typ        min          max
dV/dt_r         1.0/0.3n    0.8/0.4n	1.4/0.3n
dV/dt_f		2.0/3.0n    1.6/5.0n	2.4/3.0n	
|
|********************************************************************
|end of aleiobuf model
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model for the buffer KLIOBUF.
|
|********************************************************************
|
[Model] KLIOBUF
Model_type I/O
Polarity Non-Inverting
Enable Active-High
|
|Signal AD(A:15),D0
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[Pulldown]
|
|voltage        I(typ)      I(min)      I(max)
|
-5.0V		-269.0m	    -170.0m	-362.0m
-4.0V		-225.0m	    -139.0m	-301.0m
-3.0V		-182.0m	    -107.0m	-240.0m
-2.0V		-130.0m	    -75.0m	-172.0m
-1.0V		-70.0m	    -39.0m	-93.0m
0.0V		0.0m	    0.0m	0.0m
1.0V		50.0m	    30.0m	72.0m
2.0V		78.0m	    45.0m	110.0m
3.0V		88.0m	    52.0m	125.0m
4.0V		90.0m	    53.0m	125.0m
5.0V		90.0m	    53.0m	129.0m
6.0V		91.0m	    53.0m	130.0m
7.0V		92.0m	    53.0m	130.0m
8.0V		92.0m	    54.0m	131.0m
9.0V		92.0m	    54.0m	131.0m
10.0V		93.0m	    54.0m	131.0m
|
|********************************************************************
|Note that the pullup voltage in the data table is derived from the 
|equation:
|Vtable = Vcc - Voutput
|For the 10.0V in the table it is actually 10 volts below Vcc and 
|-5.0V with respect to ground.
|********************************************************************
|
[Pullup]
|
|Voltage        I(typ)      I(min)      I(max)
|
10.0V		-43.0m	    -27.0m	-61.0m
9.0V		-41.0m	    -25.0m	-58.0m
8.0V		-40.0m	    -25.0m	-57.0m
7.0V		-40.0m	    -25.0m	-55.0m
6.0V		-39.0m	    -25.0m	-55.0m
5.0V		-39.0m	    -24.0m	-54.0m
4.0V		-38.0m	    -23.0m	-53.0m
3.0V		-36.0m	    -21.0m	-51.0m
2.0V		-29.0m	    -16.0m	-44.0m
1.0V		-18.0m	    -8.0m	-30.0m
0.0V		0.0m	    4.0m	-8.0m
-1.0V		22.0m	    19.0m	20.0m
-2.0V		44.0m	    33.0m	51.0m
-3.0V		67.0m	    48.0m	79.0m
-4.0V		89.0m	    62.0m	109.0m
-5.0V		111.0m	    78.0m	137.0m
|
[GND_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
[Ramp]
|variable       typ        min          max
dV/dt_r         1.0/0.3n    0.8/0.4n	1.4/0.3n
dV/dt_f		2.0/3.0n    1.6/5.0n	2.4/3.0n
|
|********************************************************************
|end of model kliobuf
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model for the buffer KLIOBUF1.
|
|********************************************************************
|
[Model] KLIOBUF1
Model_type I/O
Polarity Non-Inverting
Enable Active-High
|Signals  LOCK#
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[Pulldown]
|
|voltage        I(typ)      I(min)      I(max)
|
-5.0V		-269.0m	    -170.0m	-362.0m
-4.0V		-225.0m	    -139.0m	-301.0m
-3.0V		-182.0m	    -107.0m	-240.0m
-2.0V		-130.0m	    -75.0m	-172.0m
-1.0V		-70.0m	    -39.0m	-93.0m
0.0V		0.0m	    0.0m	0.0m
1.0V		50.0m	    30.0m	72.0m
2.0V		78.0m	    45.0m	110.0m
3.0V		88.0m	    52.0m	125.0m
4.0V		90.0m	    53.0m	125.0m
5.0V		90.0m	    53.0m	129.0m
6.0V		91.0m	    53.0m	130.0m
7.0V		92.0m	    53.0m	130.0m
8.0V		92.0m	    54.0m	131.0m
9.0V		92.0m	    54.0m	131.0m
10.0V		93.0m	    54.0m	131.0m
|
|********************************************************************
|Note that the pullup voltage in the data table is derived from the 
|equation:
|Vtable = Vcc - Voutput
|For the 10.0V in the table it is actually 10 volts below Vcc and 
|-5.0V with respect to ground.
|********************************************************************
|
[Pullup]
|
|Voltage        I(typ)      I(min)      I(max)
|
10.0V		-43.0m	    -27.0m	-61.0m
9.0V		-41.0m	    -25.0m	-58.0m
8.0V		-40.0m	    -25.0m	-57.0m
7.0V		-40.0m	    -25.0m	-55.0m
6.0V		-39.0m	    -25.0m	-55.0m
5.0V		-39.0m	    -24.0m	-54.0m
4.0V		-38.0m	    -23.0m	-53.0m
3.0V		-36.0m	    -21.0m	-51.0m
2.0V		-29.0m	    -16.0m	-44.0m
1.0V		-18.0m	    -8.0m	-30.0m
0.0V		0.0m	    4.0m	-8.0m
-1.0V		22.0m	    19.0m	20.0m
-2.0V		44.0m	    33.0m	51.0m
-3.0V		67.0m	    48.0m	79.0m
-4.0V		89.0m	    62.0m	109.0m
-5.0V		111.0m	    78.0m	137.0m
|
[GND_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
[Ramp]
|variable]      typ        min          max
dV/dt_r         1.0/0.3n    0.8/0.4n	1.4/0.3n
dV/dt_f		2.0/3.0n    1.6/5.0n	2.4/3.0n
|
|********************************************************************
|end of model kliobuf1
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model for buffer KLIOBUFIN.
|
|********************************************************************
|
[Model] KLIOBUFIN
Model_type Input
Polarity Non-Inverting
Enable Active-High
|Signals READY,INT0,INT1,INT3#/INTA#,INT2/INTR
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[GND_Clamp]
|
|voltage         I(typ)     I(min)       I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
|********************************************************************
|end of model kliobufin
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model of the buffer KLIOBUF1IN.
|
|********************************************************************
|
[Model] KLIOBUF1IN
Model_type Input
Polarity Non-Inverting
|Signals HOLD
|
|variable       typ     min     max
C_comp          2.5pF	2.3pF	2.8pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[GND_Clamp]
|
|voltage         I(typ)     I(min)       I(max)
|
0.0V		0.0m	    -1.0m	0.0m
-0.4V		0.0m	    -1.0m	0.0m
-0.5V		0.0m	    -3.0m	0.0m
-0.6V		0.0m	    -3.0m	0.0m
-0.7V		-1.0m	    -4.0m	-1.0m
-0.8V		-2.0m	    -5.0m	-2.0m
-0.9V		-3.0m	    -6.0m	-5.0m
-1.0V		-5.0m	    -7.0m	-6.0m
-3.0V		-45.0m	    -37.0m	-58.0m
-5.0V		-116.0m	    -75.0m	-156.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to Vcc.  The voltages in the table are  
|derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|Voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    1.0m	0.0m
-0.4V		0.0m	    2.0m	0.0m
-0.5V		0.0m	    2.0m	0.0m
-0.6V		0.0m	    2.0m	0.0m
-0.7V		0.0m	    3.0m	0.0m
-0.8V		0.0m	    3.0m	0.0m
-0.9V		0.0m	    4.0m	0.0m
-1.0V		0.0m	    4.0m	0.0m
-3.0V		11.0m	    16.0m	11.0m
-5.0V		35.0m	    32.0m	39.0m
|
|********************************************************************
|end of model kliobuf1in
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model of buffer CLOCKBUF.
|
|********************************************************************
|
[Model] CLOCKBUF
Model_type Input
Polarity Non-Inverting
|Signals CLK2
|
|variable       typ     min     max
C_comp          1.2pF	1.1pF	1.3pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[GND_Clamp]
|
|voltage         I(typ)      I(min)      I(max)
|
0.0V		0.0m	    0.0m	0.0m
-0.4V		0.0m	    -3.0m	0.0m
-0.5V		0.0m	    -9.0m	0.0m
-0.6V		-6.0m	    -20.0m	-2.0m
-0.7V		-17.0m	    -31.0m	-13.0m
-0.8V		-31.0m	    -44.0m	-28.0m
-0.9V		-46.0m	    -56.0m	-65.0m
-1.0V		-62.0m	    -69.0m	-65.0m
-3.0V		-387.0m	    -335.0m	-448.0m
-5.0V		-718.0m	    -606.0m	-839.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to
|Vcc.  The voltages in the table are derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|voltage        I(typ)     I(min)       I(max)
|
0.0V		0.0m	   1.0m		0.0m
-0.4V		0.0m	   39.0m	0.0m
-0.5V		2.0m	   51.0m	0.0m
-0.6V		11.0m	   63.0m	0.0m
-0.7V		24.0m	   76.0m	0.0m
-0.8V		38.0m	   89.0m	0.0m
-0.9V		54.0m	   103.0m	6.0m
-1.0V		69.0m	   116.0m	20.0m
-3.0V		395.0m	   384.0m	399.0m
-5.0V		726.0m	   654.0m	789.0m
|
|********************************************************************
|end of model clockbuf
|********************************************************************
|
|
|
|
|********************************************************************
|
|This is the model for the buffer RSTBUF.
|
|********************************************************************
|
[Model] RSTBUF
Model_type Input
Polarity Non-Inverting
|Signals RESET#
|
|variable       typ     min     max
C_comp          1.2pF	1.1pF	1.3pF
|
|variable               typ     min     max
[Voltage range]         5.0V    4.7V    5.3V
|
[GND_Clamp]
|
|voltage        I(typ)      I(min)      I(max)
|
0.0V		0.0m	    0.0m	0.0m
-0.4V		0.0m	    -3.0m	0.0m
-0.5V		0.0m	    -9.0m	0.0m
-0.6V		-6.0m	    -20.0m	-2.0m
-0.7V		-17.0m	    -31.0m	-13.0m
-0.8V		-31.0m	    -44.0m	-28.0m
-0.9V		-46.0m	    -56.0m	-65.0m
-1.0V		-62.0m	    -69.0m	-65.0m
-3.0V		-387.0m	    -335.0m	-448.0m
-5.0V		-718.0m	    -606.0m	-839.0m
|
|********************************************************************
|Note that the voltages in the Power_clamp data table are Vcc relative
|which means they are referenced to
|Vcc.  The voltages in the table are derived from the following equation:
|Vtable = Vcc - Voutput
|0V in the table is actually 5V with respect to ground and 0V above Vcc.
|********************************************************************
|
[POWER_Clamp]
|
|voltage        I(typ)     I(min)       I(max)
|
0.0V		0.0m	   1.0m		0.0m
-0.4V		0.0m	   39.0m	0.0m
-0.5V		2.0m	   51.0m	0.0m
-0.6V		11.0m	   63.0m	0.0m
-0.7V		24.0m	   76.0m	0.0m
-0.8V		38.0m	   89.0m	0.0m
-0.9V		54.0m	   103.0m	6.0m
-1.0V		69.0m	   116.0m	20.0m
-3.0V		395.0m	   384.0m	399.0m
-5.0V		726.0m	   654.0m	789.0m
|********************************************************************
|end of model rstbuf
|********************************************************************
[End]