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最近在做calibre LVS验证,DRC验证已经通过,电阻,电感,管子做lvs可以通过,而电容做lvs时却提示原理图和版图对不上,发现schematic输出的网表可以识别器件类型,而layout的输出的网表却不能识别器件类型,所以老是对不上,另外关于原理图中电容电阻有三个端口,但是版图中只有两个端口,我想把原理图中的3个端口改成2个端口,这个要怎么改,看了CDF参数,没有看到可以设置的。下面是我的LVS验证报告,麻烦各位大侠指点一下问题出在那里喔,不胜感激!
##################################################
## ##
## C A L I B R E S Y S T E M ##
## ##
## L V S R E P O R T ##
## ##
##################################################
REPORT FILE NAME: erji13.lvs.report
LAYOUT NAME: /yanjiu/SIMULATION/lvs/erji13.sp ('erji13')
SOURCE NAME: /yanjiu/SIMULATION/lvs/erji13.src.net ('erji13')
RULE FILE: /yanjiu/SIMULATION/lvs/_cmos013lp.lvs.cal_
RULE FILE TITLE: Mentor Calibre LVS Runset for GLOBALFOUNDRIES 0.13um Low Power Process
CREATION TIME: Mon Jun 25 17:20:03 2018
CURRENT DIRECTORY: /yanjiu/SIMULATION/lvs
USER NAME: root
CALIBRE VERSION: v2017.1_34.33 Wed Apr 5 14:22:19 PDT 2017
OVERALL COMPARISON RESULTS
# # #####################
# # # #
# # INCORRECT #
# # # #
# # #####################
Error: Different numbers of nets.
Error: Different numbers of instances.
Error: Connectivity errors.
**************************************************************************************************************
CELL SUMMARY
**************************************************************************************************************
Result Layout Source
----------- ----------- --------------
INCORRECT erji13 erji13
**************************************************************************************************************
LVS PARAMETERS
**************************************************************************************************************
o LVS Setup:
// LVS COMPONENT TYPE PROPERTY
// LVS COMPONENT SUBTYPE PROPERTY
// LVS PIN NAME PROPERTY
// LVS POWER NAME
// LVS GROUND NAME
LVS CELL SUPPLY NO
LVS RECOGNIZE GATES ALL
LVS IGNORE PORTS YES
LVS CHECK PORT NAMES NO
LVS IGNORE TRIVIAL NAMED PORTS NO
LVS BUILTIN DEVICE PIN SWAP YES
LVS ALL CAPACITOR PINS SWAPPABLE NO
LVS DISCARD PINS BY DEVICE NO
LVS SOFT SUBSTRATE PINS NO
LVS INJECT LOGIC YES
LVS EXPAND UNBALANCED CELLS YES
LVS FLATTEN INSIDE CELL NO
LVS EXPAND SEED PROMOTIONS NO
LVS PRESERVE PARAMETERIZED CELLS NO
LVS GLOBALS ARE PORTS YES
LVS REVERSE WL NO
LVS SPICE PREFER PINS NO
LVS SPICE SLASH IS SPACE YES
LVS SPICE ALLOW FLOATING PINS YES
// LVS SPICE ALLOW INLINE PARAMETERS
LVS SPICE ALLOW UNQUOTED STRINGS NO
LVS SPICE CONDITIONAL LDD NO
LVS SPICE CULL PRIMITIVE SUBCIRCUITS NO
LVS SPICE IMPLIED MOS AREA NO
// LVS SPICE MULTIPLIER NAME
LVS SPICE OVERRIDE GLOBALS NO
LVS SPICE REDEFINE PARAM NO
LVS SPICE REPLICATE DEVICES YES
LVS SPICE SCALE X PARAMETERS NO
LVS SPICE STRICT WL NO
// LVS SPICE OPTION
LVS STRICT SUBTYPES NO
LVS EXACT SUBTYPES NO
LAYOUT CASE NO
SOURCE CASE NO
LVS COMPARE CASE NO
LVS DOWNCASE DEVICE NO
LVS REPORT MAXIMUM 50
LVS PROPERTY RESOLUTION MAXIMUM 32
// LVS SIGNATURE MAXIMUM
// LVS FILTER UNUSED OPTION
// LVS REPORT OPTION
LVS REPORT UNITS YES
// LVS NON USER NAME PORT
// LVS NON USER NAME NET
// LVS NON USER NAME INSTANCE
// LVS IGNORE DEVICE PIN
// Reduction
LVS REDUCE SERIES MOS YES
LVS REDUCE PARALLEL MOS YES
LVS REDUCE SEMI SERIES MOS YES
LVS REDUCE SPLIT GATES YES
LVS REDUCE PARALLEL BIPOLAR YES
LVS REDUCE SERIES CAPACITORS YES
LVS REDUCE PARALLEL CAPACITORS YES
LVS REDUCE SERIES RESISTORS YES
LVS REDUCE PARALLEL RESISTORS YES
LVS REDUCE PARALLEL DIODES YES
LVS REDUCE MN(nmos_1p5) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_lvt) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_lvt) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_nat) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_nat) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_sram) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MN(nmos_1p5_sram) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5_lvt) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5_lvt) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5_sram) PARALLEL [ TOLERANCE L 0 W 0 ]
LVS REDUCE MP(pmos_1p5_sram) SERIES S D [ TOLERANCE L 0 W 0 ]
LVS REDUCE D(np_1p5) PARALLEL
LVS REDUCE D(np_1p5_lvt) PARALLEL
LVS REDUCE D(np_1p5_nat) PARALLEL
LVS REDUCE D(pn_1p5) PARALLEL
LVS REDUCE D(pn_1p5_lvt) PARALLEL
LVS REDUCE D(nwp) PARALLEL
LVS REDUCE D(dnwpw) PARALLEL
LVS REDUCE D(dnwps) PARALLEL
LVS REDUCE DNW PARALLEL
LVS REDUCE Q(vpnp_2x2) PARALLEL
LVS REDUCE Q(vpnp_5x5) PARALLEL
LVS REDUCE Q(vpnp_10x10) PARALLEL
LVS REDUCE Q(vnpn_2p5x2p5) PARALLEL
LVS REDUCE Q(vnpn_5x5) PARALLEL
LVS REDUCE Q(vnpn_10x10) PARALLEL
LVS REDUCE Q(vnpn_2p5x2p5_lv) PARALLEL
LVS REDUCE Q(vnpn_5x5_lv) PARALLEL
LVS REDUCE Q(vnpn_10x10_lv) PARALLEL
LVS REDUCE R(nplus_s) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(nplus_s) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(pplus_s) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(pplus_s) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(nplus_u) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(nplus_u) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(pplus_u) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(pplus_u) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(npolyf_s) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(npolyf_s) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(ppolyf_s) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(ppolyf_s) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(npolyf_u) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(npolyf_u) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(ppolyf_u) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(ppolyf_u) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(ppolyf_u_1k) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(ppolyf_u_1k) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(nwell) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(nwell) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm1) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm1) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm2) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm2) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm3) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm3) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm4) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm4) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm5) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm5) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE R(rm6) PARALLEL [ TOLERANCE L 0 ]
LVS REDUCE R(rm6) SERIES POS NEG [ TOLERANCE W 0 ]
LVS REDUCE C(MIM_SM) PARALLEL [ TOLERANCE MIM_LENGTH 0 MIM_WIDTH 0 lm 0 ]
LVS REDUCE C(MIM_SM) SERIES POS NEG NO
LVS REDUCE C(mim_sm_bb) PARALLEL [ TOLERANCE MIM_LENGTH 0 MIM_WIDTH 0 ]
LVS REDUCE C(mim_sm_bb) SERIES POS NEG NO
LVS REDUCE C(nmoscap_1p5) PARALLEL [ TOLERANCE w 0 l 0 ]
LVS REDUCE C(nmoscap_1p5) SERIES POS NEG NO
LVS REDUCE C(apmom_bb) PARALLEL NO
LVS REDUCE C(apmom_bb) SERIES POS NEG NO
LVS REDUCE C(apmom_30p0_bb) PARALLEL NO
LVS REDUCE C(apmom_30p0_bb) SERIES POS NEG NO
LVS REDUCE RFNFET_1P5 PARALLEL [ TOLERANCE NFX 0 LX 0 WX 0 ]
LVS REDUCE RFNFET_1P5 SERIES S D NO
LVS REDUCE RFNFET_LVT_1P5 PARALLEL [ TOLERANCE NFX 0 LX 0 WX 0 ]
LVS REDUCE RFNFET_LVT_1P5 SERIES S D NO
LVS REDUCE RFPFET_1P5 PARALLEL [ TOLERANCE NFX 0 LX 0 WX 0 ]
LVS REDUCE RFPFET_1P5 SERIES S D NO
LVS REDUCE RFPFET_LVT_1P5 PARALLEL [ TOLERANCE NFX 0 LX 0 WX 0 ]
LVS REDUCE RFPFET_LVT_1P5 SERIES S D NO
LVS REDUCE NMOSVAR_1p5V_rf PARALLEL [ TOLERANCE F 0 LFinger 0 WFinger 0 ]
LVS REDUCE PNVAR_1p5V_rf PARALLEL [ TOLERANCE F 0 LFinger 0 WFinger 0 ]
LVS REDUCTION PRIORITY PARALLEL
LVS SHORT EQUIVALENT NODES NO
// Trace Property
TRACE PROPERTY c(apmom_bb) l l 0
TRACE PROPERTY c(apmom_bb) w w 0
TRACE PROPERTY c(apmom_bb) botlev botlev 0
TRACE PROPERTY c(apmom_bb) toplev toplev 0
TRACE PROPERTY c(apmom_30p0_bb) l l 0
TRACE PROPERTY c(apmom_30p0_bb) w w 0
TRACE PROPERTY c(apmom_30p0_bb) botlev botlev 0
TRACE PROPERTY c(apmom_30p0_bb) toplev toplev 0
TRACE PROPERTY mn(nmos_1p5) nf nf 0
TRACE PROPERTY mn(nmos_1p5) l l 0
TRACE PROPERTY mn(nmos_1p5) w w 0
TRACE PROPERTY mn(nmos_1p5_lvt) nf nf 0
TRACE PROPERTY mn(nmos_1p5_lvt) l l 0
TRACE PROPERTY mn(nmos_1p5_lvt) w w 0
TRACE PROPERTY mn(nmos_1p5_nat) nf nf 0
TRACE PROPERTY mn(nmos_1p5_nat) l l 0
TRACE PROPERTY mn(nmos_1p5_nat) w w 0
TRACE PROPERTY mn(nmos_1p5_sram) nf nf 0
TRACE PROPERTY mn(nmos_1p5_sram) l l 0
TRACE PROPERTY mn(nmos_1p5_sram) w w 0
TRACE PROPERTY mp(pmos_1p5) nf nf 0
TRACE PROPERTY mp(pmos_1p5) l l 0
TRACE PROPERTY mp(pmos_1p5) w w 0
TRACE PROPERTY mp(pmos_1p5_lvt) nf nf 0
TRACE PROPERTY mp(pmos_1p5_lvt) l l 0
TRACE PROPERTY mp(pmos_1p5_lvt) w w 0
TRACE PROPERTY mp(pmos_1p5_sram) nf nf 0
TRACE PROPERTY mp(pmos_1p5_sram) l l 0
TRACE PROPERTY mp(pmos_1p5_sram) w w 0
TRACE PROPERTY d(np_1p5) a a 1
TRACE PROPERTY d(np_1p5) p p 0
TRACE PROPERTY d(np_1p5_lvt) a a 1
TRACE PROPERTY d(np_1p5_lvt) p p 0
TRACE PROPERTY d(np_1p5_nat) a a 1
TRACE PROPERTY d(np_1p5_nat) p p 0
TRACE PROPERTY d(pn_1p5) a a 1
TRACE PROPERTY d(pn_1p5) p p 0
TRACE PROPERTY d(pn_1p5_lvt) a a 1
TRACE PROPERTY d(pn_1p5_lvt) p p 0
TRACE PROPERTY dnw pw_area pw_area 1
TRACE PROPERTY dnw pw_perim pw_perim 0
TRACE PROPERTY dnw dnw_area dnw_area 1
TRACE PROPERTY dnw dnw_perim dnw_perim 0
TRACE PROPERTY dnw m m 0
TRACE PROPERTY q(vpnp_2x2) m m 0
TRACE PROPERTY q(vpnp_5x5) m m 0
TRACE PROPERTY q(vpnp_10x10) m m 0
TRACE PROPERTY q(vnpn_2p5x2p5) m m 0
TRACE PROPERTY q(vnpn_5x5) m m 0
TRACE PROPERTY q(vnpn_10x10) m m 0
TRACE PROPERTY q(vnpn_2p5x2p5_lv) m m 0
TRACE PROPERTY q(vnpn_5x5_lv) m m 0
TRACE PROPERTY q(vnpn_10x10_lv) m m 0
TRACE PROPERTY r(nplus_s) l l 0
TRACE PROPERTY r(nplus_s) w w 0
TRACE PROPERTY r(pplus_s) l l 0
TRACE PROPERTY r(pplus_s) w w 0
TRACE PROPERTY r(nplus_u) l l 0
TRACE PROPERTY r(nplus_u) w w 0
TRACE PROPERTY r(pplus_u) l l 0
TRACE PROPERTY r(pplus_u) w w 0
TRACE PROPERTY r(npolyf_s) l l 0
TRACE PROPERTY r(npolyf_s) w w 0
TRACE PROPERTY r(ppolyf_s) l l 0
TRACE PROPERTY r(ppolyf_s) w w 0
TRACE PROPERTY r(npolyf_u) l l 0
TRACE PROPERTY r(npolyf_u) w w 0
TRACE PROPERTY r(ppolyf_u) l l 0
TRACE PROPERTY r(ppolyf_u) w w 0
TRACE PROPERTY r(ppolyf_u_1k) l l 0
TRACE PROPERTY r(ppolyf_u_1k) w w 0
TRACE PROPERTY r(nwell) l l 0
TRACE PROPERTY r(nwell) w w 0
TRACE PROPERTY r(rm1) l l 0
TRACE PROPERTY r(rm1) w w 0
TRACE PROPERTY r(rm2) l l 0
TRACE PROPERTY r(rm2) w w 0
TRACE PROPERTY r(rm3) l l 0
TRACE PROPERTY r(rm3) w w 0
TRACE PROPERTY r(rm4) l l 0
TRACE PROPERTY r(rm4) w w 0
TRACE PROPERTY r(rm5) l l 0
TRACE PROPERTY r(rm5) w w 0
TRACE PROPERTY r(rm6) l l 0
TRACE PROPERTY r(rm6) w w 0
TRACE PROPERTY c(mim_sm) m m 0
TRACE PROPERTY c(mim_sm) mim_length mim_length 0
TRACE PROPERTY c(mim_sm) mim_width mim_width 0
TRACE PROPERTY c(mim_sm) lm lm 0
TRACE PROPERTY c(mim_sm_bb) m m 0
TRACE PROPERTY c(mim_sm_bb) mim_length mim_length 0
TRACE PROPERTY c(mim_sm_bb) mim_width mim_width 0
TRACE PROPERTY c(nmoscap_1p5) m m 0
TRACE PROPERTY c(nmoscap_1p5) l l 0
TRACE PROPERTY c(nmoscap_1p5) w w 0
TRACE PROPERTY rfnfet_1p5 mx mx 0
TRACE PROPERTY rfnfet_1p5 nfx nfx 0
TRACE PROPERTY rfnfet_1p5 lx lx 0
TRACE PROPERTY rfnfet_1p5 wx wx 0
TRACE PROPERTY rfnfet_lvt_1p5 mx mx 0
TRACE PROPERTY rfnfet_lvt_1p5 nfx nfx 0
TRACE PROPERTY rfnfet_lvt_1p5 lx lx 0
TRACE PROPERTY rfnfet_lvt_1p5 wx wx 0
TRACE PROPERTY rfpfet_1p5 mx mx 0
TRACE PROPERTY rfpfet_1p5 nfx nfx 0
TRACE PROPERTY rfpfet_1p5 lx lx 0
TRACE PROPERTY rfpfet_1p5 wx wx 0
TRACE PROPERTY rfpfet_lvt_1p5 mx mx 0
TRACE PROPERTY rfpfet_lvt_1p5 nfx nfx 0
TRACE PROPERTY rfpfet_lvt_1p5 lx lx 0
TRACE PROPERTY rfpfet_lvt_1p5 wx wx 0
TRACE PROPERTY nmosvar_1p5v_rf mcell mcell 0
TRACE PROPERTY nmosvar_1p5v_rf f f 0
TRACE PROPERTY nmosvar_1p5v_rf lfinger lfinger 0
TRACE PROPERTY nmosvar_1p5v_rf wfinger wfinger 0
TRACE PROPERTY pnvar_1p5v_rf mcell mcell 0
TRACE PROPERTY pnvar_1p5v_rf f f 0
TRACE PROPERTY pnvar_1p5v_rf lfinger lfinger 0
TRACE PROPERTY pnvar_1p5v_rf wfinger wfinger 0
TRACE PROPERTY ind_ct lm lm 0
TRACE PROPERTY ind_ct din din 0
TRACE PROPERTY ind_ct n n 0
TRACE PROPERTY ind_ct width width 0
TRACE PROPERTY ind_sym lm lm 0
TRACE PROPERTY ind_sym din din 0
TRACE PROPERTY ind_sym n n 0
TRACE PROPERTY ind_sym width width 0
TRACE PROPERTY ind_spi_oct lm lm 0
TRACE PROPERTY ind_spi_oct din din 0
TRACE PROPERTY ind_spi_oct n n 0
TRACE PROPERTY ind_spi_oct width width 0
TRACE PROPERTY x_c100n4_int lm lm 0
TRACE PROPERTY x_c100n4_sta lm lm 0
TRACE PROPERTY st_balun_c100w6s3n4 lm lm 0
CELL COMPARISON RESULTS ( TOP LEVEL )
# # #####################
# # # #
# # INCORRECT #
# # # #
# # #####################
Error: Different numbers of nets (see below).
Error: Different numbers of instances (see below).
Error: Connectivity errors.
LAYOUT CELL NAME: erji13
SOURCE CELL NAME: erji13
--------------------------------------------------------------------------------------------------------------
INITIAL NUMBERS OF OBJECTS
--------------------------
Layout Source Component Type
------ ------ --------------
Nets: 27 37 *
Instances: 0 9 * C (3 pins)
4 4 R (3 pins)
7 7 Ind_Spi_Oct (3 pins)
3 3 RFNFET_1P5 (4 pins)
------ ------
Total Inst: 14 23
NUMBERS OF OBJECTS AFTER TRANSFORMATION
---------------------------------------
Layout Source Component Type
------ ------ --------------
Nets: 26 37 *
Instances: 0 9 * C (3 pins)
3 4 * R (3 pins)
7 7 Ind_Spi_Oct (3 pins)
3 3 RFNFET_1P5 (4 pins)
------ ------
Total Inst: 13 23
* = Number of objects in layout different from number in source.
**************************************************************************************************************
INCORRECT OBJECTS
**************************************************************************************************************
LEGEND:
-------
ne = Naming Error (same layout name found in source
circuit, but object was matched otherwise).
**************************************************************************************************************
INCORRECT NETS
DISC# LAYOUT NAME SOURCE NAME
**************************************************************************************************************
1 Net 8 GND
--- 11 Connections On This Net --- --- 8 Connections On This Net ---
-------------------------- --------------------------
X14/X0/X0(264.525,218.125):MINUS ** missing connection **
X4/X3/R0(527.905,375.010):sub ** missing connection **
X4/X2/X0(539.730,370.750):B ** missing connection **
X4/R0(197.675,358.445):sub ** missing connection **
R0(609.415,338.040):sub ** missing connection **
** missing connection ** XL5:MINUS
** missing connection ** CC0:pos
--------------------------------------------------------------------------------------------------------------
2 Net X13/5 VDD
--- 1 Connections On This Net --- --- 4 Connections On This Net ---
-------------------------- --------------------------
** missing connection ** RR2:pos
** missing connection ** RR4:pos
** missing connection ** XL7LUS
--------------------------------------------------------------------------------------------------------------
3 Net X13/6 net011
--- 1 Connections On This Net --- --- 3 Connections On This Net ---
-------------------------- --------------------------
** missing connection ** XMN2
** missing connection ** CC3:neg
--------------------------------------------------------------------------------------------------------------
4 Net X16/5 net7
--- 1 Connections On This Net --- --- 3 Connections On This Net ---
-------------------------- --------------------------
** missing connection ** XMN2:S
** missing connection ** CC5:neg
--------------------------------------------------------------------------------------------------------------
5 Net X27/4 POUT
--- 1 Connections On This Net --- --- 4 Connections On This Net ---
-------------------------- --------------------------
** missing connection ** XL8LUS
** missing connection ** CC1:pos
** missing connection ** CC0:neg
--------------------------------------------------------------------------------------------------------------
6 Net 12 ** no similar net **
--------------------------------------------------------------------------------------------------------------
7 Net 5 ** no similar net **
--------------------------------------------------------------------------------------------------------------
8 Net 10 ** no similar net **
--------------------------------------------------------------------------------------------------------------
9 Net 4 ** no similar net **
--------------------------------------------------------------------------------------------------------------
10 Net 9 ** no similar net **
--------------------------------------------------------------------------------------------------------------
11 Net 11 ** no similar net **
--------------------------------------------------------------------------------------------------------------
12 Net X4/15 ** no similar net **
--------------------------------------------------------------------------------------------------------------
13 Net X18/6 ** no similar net **
--------------------------------------------------------------------------------------------------------------
14 ** no similar net ** PIN
--------------------------------------------------------------------------------------------------------------
15 ** no similar net ** net031
--------------------------------------------------------------------------------------------------------------
16 ** no similar net ** net032
--------------------------------------------------------------------------------------------------------------
17 ** no similar net ** net018
--------------------------------------------------------------------------------------------------------------
18 ** no similar net ** net017
--------------------------------------------------------------------------------------------------------------
19 ** no similar net ** net014
--------------------------------------------------------------------------------------------------------------
20 ** no similar net ** net012
--------------------------------------------------------------------------------------------------------------
21 ** no similar net ** GND!
--------------------------------------------------------------------------------------------------------------
22 ** no similar net ** net029
--------------------------------------------------------------------------------------------------------------
23 ** no similar net ** net047
--------------------------------------------------------------------------------------------------------------
24 ** no similar net ** net049
--------------------------------------------------------------------------------------------------------------
25 ** no similar net ** net06
--------------------------------------------------------------------------------------------------------------
26 ** no similar net ** net037
--------------------------------------------------------------------------------------------------------------
27 ** no similar net ** net034
--------------------------------------------------------------------------------------------------------------
28 ** no similar net ** net048
--------------------------------------------------------------------------------------------------------------
29 ** no similar net ** net044
--------------------------------------------------------------------------------------------------------------
30 ** no similar net ** net045
--------------------------------------------------------------------------------------------------------------
31 ** no similar net ** net046
--------------------------------------------------------------------------------------------------------------
32 ** no similar net ** net043
--------------------------------------------------------------------------------------------------------------
33 Net 80 ** no similar net **
--------------------------------------------------------------------------------------------------------------
34 Net 84 ** no similar net **
--------------------------------------------------------------------------------------------------------------
35 ** no similar net ** net040
--------------------------------------------------------------------------------------------------------------
36 ** no similar net ** net058
**************************************************************************************************************
INCORRECT INSTANCES
DISC# LAYOUT NAME SOURCE NAME
**************************************************************************************************************
37 ** missing instance ** CC0 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
38 ** missing instance ** CC1 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
39 ** missing instance ** CC2 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
40 ** missing instance ** CC3 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
41 ** missing instance ** CC4 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
42 ** missing instance ** CC10 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
43 ** missing instance ** CC6 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
44 ** missing instance ** CC5 C(MIM_1P5_30K_RF)
--------------------------------------------------------------------------------------------------------------
45 ** missing instance ** CC7 C(MIM_1P5_30K_RF)
**************************************************************************************************************
INFORMATION AND WARNINGS
**************************************************************************************************************
Matched Matched Unmatched Unmatched Component
Layout Source Layout Source Type
------- ------- --------- --------- ---------
Nets: 16 16 10 21
Instances: 0 0 0 9 C(MIM_1P5_30K_RF)
2 2 1 2 R(NWELL)
6 6 1 1 Ind_Spi_Oct
2 2 1 1 RFNFET_1P5
------- ------- --------- ---------
Total Inst: 10 10 3 13
o Statistics:
2 series layout resistors were reduced to 1. 1 connecting net was deleted.
**************************************************************************************************************
DETAILED INSTANCE CONNECTIONS
LAYOUT NAME SOURCE NAME
**************************************************************************************************************
(This section contains detailed information about connections of
matched instances that are involved in net discrepancies).
--------------------------------------------------------------------------------------------------------------
R0(609.415,338.040) R(NWELL) RR5 R(NWELL)
pos: 8 neg: GND
neg: 12 ** no similar net **
sub: 8 ** GND **
** no similar net ** pos: net014
** no similar net ** sub: net044
--------------------------------------------------------------------------------------------------------------
X4/R0(197.675,358.445) R(NWELL) RR3 R(NWELL)
pos: 17 neg: VD1
neg: 6 pos: net3
sub: 8 ** GND **
** no similar net ** sub: net043
--------------------------------------------------------------------------------------------------------------
X18/X0/X0(482.735,606.500) Ind_Spi_Oct XL5 Ind_Spi_Oct
PLUS: X18/5 PLUS: net04
GND: 83 GND: net042
MINUS: X18/6 ** no similar net **
** 8 ** MINUS: GND
--------------------------------------------------------------------------------------------------------------
X19/X0/X0(645.240,233.190) Ind_Spi_Oct XL8 Ind_Spi_Oct
MINUS: 8 MINUS: GND
PLUS: 9 ** no similar net **
GND: 84 ** unmatched net **
** X27/4 ** PLUS: POUT
** unmatched net ** GND: net040
**************************************************************************************************************
UNMATCHED OBJECTS
LAYOUT SOURCE
**************************************************************************************************************
80 ** unmatched net **
84 ** unmatched net **
X4/X2/X0(539.730,370.750) RFNFET_1P5 ** unmatched instance **
X4/X3/R0(527.905,375.010) R(NWELL) ** unmatched instance **
X14/X0/X0(264.525,218.125) Ind_Spi_Oct ** unmatched instance **
** unmatched net ** net040
** unmatched net ** net058
** unmatched instance ** XMN2 RFNFET_1P5
** unmatched instance ** XL7 Ind_Spi_Oct
** unmatched instance ** RR4 R(NWELL)
** unmatched instance ** RR2 R(NWELL)
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SUMMARY
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Total CPU Time: 0 sec
Total Elapsed Time: 0 sec |
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