NetBom: New PartList

Item	Part Number	Qty	Ref Des	Description	Part Volt	Value	Part Type
1	200-000302-035	1	PCB1	FAB BOARD, FOX Scatter Gather Low Density DIMM Rev 03X
2	FIDUCIAL	3	FID1 FID2 FID3	FIDUCIAL-FID_BOTH
3	LOGO	1	R	LOGO-CONVEY_LOGO
4	NET_SHORT	7	top page9 : NS1 NS2 NS3 NS4 NS5 NS6 NS7	NET_SHORT-(NET_SHORT_SM,NET_SHORT_VIA,NET_SHORT_0402),NET_SHORT_TH
5	SM_050_TP	12	top page10 : BG1 BG2 BG3 BG4 BG5 BG6 BG7 BG8 TG1 TG2 TG3 TG4	SM_050_TP-SM_050_TP
6	XXX-XXXXXX-001	1	BARCODE	LABEL
7	402-000010-001	120	top page4 : C33 page5 : C34 page6 : C19 C22 C35 C39 C40 C41 C42 C43 C44 C45 C46 C47 C48 C49 C50 C52 C53 C54 C55 C56 C57 C58 C67 C68 page9 : C69 C71 C72 C73 page10 : C51 C80 top/page7_i50/ddr3_blk page2 : C20_W0 C21_W0 C22_W0 C23_W0 page3 : C1_W0 C2_W0 C3_W0 C4_W0 C5_W0 C6_W0 page4 : C8_W0 C9_W0 C10_W0 C12_W0 C17_W0 page5 : C11_W0 C13_W0 C14_W0 C15_W0 C16_W0 C18_W0 C24_W0 top/page7_i51/ddr3_blk page2 : C20_W1 C21_W1 C22_W1 C23_W1 page3 : C1_W1 C2_W1 C3_W1 C4_W1 C5_W1 C6_W1 page4 : C8_W1 C9_W1 C10_W1 C12_W1 C17_W1 page5 : C11_W1 C13_W1 C14_W1 C15_W1 C16_W1 C18_W1 C24_W1 top/page8_i230/ddr3_blk page2 : C20_W2 C21_W2 C22_W2 C23_W2 page3 : C1_W2 C2_W2 C3_W2 C4_W2 C5_W2 C6_W2 page4 : C8_W2 C9_W2 C10_W2 C12_W2 C17_W2 page5 : C11_W2 C13_W2 C14_W2 C15_W2 C16_W2 C18_W2 C24_W2 top/page8_i231/ddr3_blk page2 : C20_W3 C21_W3 C22_W3 C23_W3 page3 : C1_W3 C2_W3 C3_W3 C4_W3 C5_W3 C6_W3 page4 : C8_W3 C9_W3 C10_W3 C12_W3 C17_W3 page5 : C11_W3 C13_W3 C14_W3 C15_W3 C16_W3 C18_W3 C24_W3	CAP,X5R,0402,6.3V,.22uF,Hi-freq Decoupling	6.3	.22UF	CAPACITOR
8	402-000010-003	1	top page9 : C3	CAP,X5R,1206,16V,22uF,Bulk Ceramic	16	22UF	CAPACITOR
9	402-000010-004	4	top/page7_i50/ddr3_blk page4 : C7_W0 top/page7_i51/ddr3_blk page4 : C7_W1 top/page8_i230/ddr3_blk page4 : C7_W2 top/page8_i231/ddr3_blk page4 : C7_W3	CAP,X5R,0603,25V,0.22uF,Bulk Ceramic	25	0.22UF	CAPACITOR
10	402-000010-005	1	top page9 : C7	CAP,X5R,0402,25V,0.01uF,Bulk Ceramic	25	0.01UF	CAPACITOR
11	402-000010-006	2	top page6 : C20 C23	CAP,X5R,0402,50V,2200pF,Bulk Ceramic	50	2200PF	CAPACITOR
12	402-000010-010	5	top page9 : C24 C27 C28 C81 C82	CAP,X5R,0805,6.3V,22UF,Bulk Ceramic	6.3	22UF	CAPACITOR
13	402-000010-011	2	top page6 : C18 C21	CAP,X5R,0603,6.3V,4.7UF,Bulk Ceramic	6.3	4.7UF	CAPACITOR
14	402-000010-025	1	top page9 : C4	CAP,X5R,0805,16V,10UF,Bulk Ceramic	16	10UF	CAPACITOR
15	402-000010-026	7	top page9 : C5 C9 C11 C14 C25 C70 C74	CAP,X5R,0402,16V,1UF,Bulk Ceramic	16	1UF	CAPACITOR
16	402-000010-027	11	top page6 : C64 C65 page9 : C1 C8 C15 C16 C17 C29 C30 C36 C37	CAP,X5R,0603,4V,10UF,Bulk Ceramic	4	10UF	CAPACITOR
17	402-000010-032	20	top page9 : C38 C59 C60 C61 C62 C63 C66 C76 C77 C78 C79 C83 C85 C86 C87 C88 C89 C90 C91 C92	CAP,X5R,1206,10V,47UF,Bulk Ceramic 1.6mm Thk	10	47UF	CAPACITOR
18	402-000010-039	1	top page9 : C84	CAP,X5R,1206,4V,220UF,Bulk Ceramic	4	220UF	CAPACITOR
19	402-000020-011	8	top page9 : C6 C12 C32 C75 top/page7_i50/ddr3_blk page5 : C19_W0 top/page7_i51/ddr3_blk page5 : C19_W1 top/page8_i230/ddr3_blk page5 : C19_W2 top/page8_i231/ddr3_blk page5 : C19_W3	CAP,X7R,0402,16V,.1uF,Bulk Ceramic	16	.1UF	CAPACITOR
20	402-000020-013	1	top page9 : C13	CAP,X7R,0402,50V,330pF,Bulk Ceramic	50	330PF	CAPACITOR
21	402-000020-014	1	top page9 : C26	CAP,X7R,0402,50V,6800pF,Bulk Ceramic	50	6800PF	CAPACITOR
22	402-000020-016	1	top page9 : C2	CAP,X7R,0402,50V,2200pF,Bulk Ceramic	50	2200PF	CAPACITOR
23	402-000050-015	2	top page9 : C10 C31	CAP,X7R,0402,50V,1000pF,Precison Ceramic	50	1000PF	CAPACITOR
24	410-000039-002	1	top page3 : J1	CONN,EDGE,244,2x122,SMT,MINI DIMM			CONNECTOR
25	403-000002-005	1	top page9 : F1	FUSE,1206,32V,3A,VERYFASTACTING	32		FUSE
26	450-000055-001	1	top page9 : U1	IC, Switching Regulator 20A, QFN-16			IC
27	450-000056-003	12	top/page7_i50/ddr3_blk page3 : U1_W0 page4 : U2_W0 page5 : U3_W0 top/page7_i51/ddr3_blk page3 : U1_W1 page4 : U2_W1 page5 : U3_W1 top/page8_i230/ddr3_blk page3 : U1_W2 page4 : U2_W2 page5 : U3_W2 top/page8_i231/ddr3_blk page3 : U1_W3 page4 : U2_W3 page5 : U3_W3	IC,MEMORY,CMOS,1.5V,78Pin FBGA,4Gb DDR3 SDRAM,Stacked 512Mx4,667Mhz	1.5		IC
28	450-000059-001	2	top page9 : U2 U3	IC,LinReg,CMOS,Sink/SourceDDRTerm,1.1-3.5Vin,+-3A,SON-10,High Enable	3.5		IC
29	450-000067-001	2	top page4 : U7 page5 : U8	IC,MEMORY,CMOS,1.5V,DDR3 ADDRESS REGISTER&PLL 176P .65mm BGA	1.5		IC
30	450-000083-001	1	top page10 : U6	IC,Dual Buffer w Open Drain outputs,1.8-5.5V	5.5		IC
31	450-000094-001	1	top page10 : U4	IC, SPD, Temp Sensor, EPROM, TDFN-8			IC
32	450-000115-001	1	top page9 : U5	IC, Digital Power Supply ControlleR/Monitor,PMBus,enable_lowTQFN-24-EP			IC
33	401-000001-003	2	top page6 : FB1 FB2	FBead,0603,.2A,0.65DCR,600ohm@100MHZ,25%			INDUCTOR
34	401-000002-004	1	top page9 : L1	Inductor, 200nH, 24A, 1.9mOhm, 6.5mmx7mmx3mmt		200NH	INDUCTOR
35	404-000001-001	1	top page9 : PWR_FLT	LED,SMT,0603,Red,25mA,2.4V	5V		LED
36	400-000010-004	4	top page4 : R4 R5 page9 : R14 R15	RES,MF,0402,100,50V,1/16W,1%,100ppm,Metal Film	50	100	RESISTOR
37	400-000010-005	1	top page9 : R25	RES,MF,0402,22,50V,1/16W,1%,100ppm,Metal Film	50	22	RESISTOR
38	400-000010-007	1	top page5 : R6	RES,MF,0402,4.64K,50V,1/16W,1%,100ppm,Metal Film	50	4.64K	RESISTOR
39	400-000010-010	3	top page9 : R18 R19 R38	RES,MF,0402,1K,50V,1/16W,1%,100ppm,Metal Film	50	1K	RESISTOR
40	400-000010-022	1	top page9 : R24	RES,MF,0402,49.9K,50V,1/16W,1%,100ppm,Metal Film	50	49.9K	RESISTOR
41	400-000010-031	1	top page4 : R56	RES,MF,0402,121,50V,1/16W,1%,100ppm,Metal Film	50	121	RESISTOR
42	400-000010-047	1	top page9 : R31	RES,MF,0402,1.87K,50V,1/16W,1%,100ppm,Metal Film	50	1.87K	RESISTOR
43	400-000010-065	8	top page7 : R20 R41 R42 R43 page8 : R44 R45 R46 R47	RES,MF,0402,150,50V,1/16W,1%,100ppm,Metal Film	50	150	RESISTOR
44	400-000010-066	2	top page4 : R61 page5 : R62	RES,MF,0402,75,50V,1/16W,1%,100ppm,Metal Film	50	75	RESISTOR
45	400-000010-068	2	top page6 : R54 * R55 *	RES,MF,0402,1,50V,1/16W,1%,100ppm,Metal Film	50	1	RESISTOR
46	400-000010-074	9	top page9 : R1 R2 R3 R23 R35 R36 R37 page10 : R16 R17	RES,MF,0402,10K,50V,1/16W,1%,100ppm,Metal Film	50	10K	RESISTOR
47	400-000010-076	2	top page9 : R11 R32	RES,MF,0402,2,50V,1/16W,1%,100ppm,Metal Film	50	2	RESISTOR
48	400-000010-084	1	top page9 : R33	RES,MF,0402,560,50V,1/16W,1%,100ppm,Metal Film	50	560	RESISTOR
49	400-000010-085	1	top page9 : R27	RES,MF,0402,32.4K,50V,1/16W,1%,100ppm,Metal Film	50	32.4K	RESISTOR
50	400-000010-089	117	top page9 : R30 top/page7_i50/ddr3_blk page2 : R4_W0 R19_W0 R20_W0 R21_W0 R22_W0 R23_W0 R24_W0 R25_W0 R26_W0 R27_W0 R28_W0 R29_W0 R30_W0 R31_W0 R32_W0 R33_W0 R34_W0 R35_W0 R36_W0 R37_W0 R38_W0 R39_W0 R40_W0 R41_W0 R42_W0 R43_W0 R44_W0 page5 : R48_W0 R49_W0 top/page7_i51/ddr3_blk page2 : R4_W1 R19_W1 R20_W1 R21_W1 R22_W1 R23_W1 R24_W1 R25_W1 R26_W1 R27_W1 R28_W1 R29_W1 R30_W1 R31_W1 R32_W1 R33_W1 R34_W1 R35_W1 R36_W1 R37_W1 R38_W1 R39_W1 R40_W1 R41_W1 R42_W1 R43_W1 R44_W1 page5 : R48_W1 R49_W1 top/page8_i230/ddr3_blk page2 : R4_W2 R19_W2 R20_W2 R21_W2 R22_W2 R23_W2 R24_W2 R25_W2 R26_W2 R27_W2 R28_W2 R29_W2 R30_W2 R31_W2 R32_W2 R33_W2 R34_W2 R35_W2 R36_W2 R37_W2 R38_W2 R39_W2 R40_W2 R41_W2 R42_W2 R43_W2 R44_W2 page5 : R48_W2 R49_W2 top/page8_i231/ddr3_blk page2 : R4_W3 R19_W3 R20_W3 R21_W3 R22_W3 R23_W3 R24_W3 R25_W3 R26_W3 R27_W3 R28_W3 R29_W3 R30_W3 R31_W3 R32_W3 R33_W3 R34_W3 R35_W3 R36_W3 R37_W3 R38_W3 R39_W3 R40_W3 R41_W3 R42_W3 R43_W3 R44_W3 page5 : R48_W3 R49_W3	RES,MF,0402,36,50V,1/16W,1%,100ppm,Metal Film	50	36	RESISTOR
51	400-000010-090	24	top/page7_i50/ddr3_blk page3 : R1_W0 R45_W0 page4 : R2_W0 R46_W0 page5 : R3_W0 R47_W0 top/page7_i51/ddr3_blk page3 : R1_W1 R45_W1 page4 : R2_W1 R46_W1 page5 : R3_W1 R47_W1 top/page8_i230/ddr3_blk page3 : R1_W2 R45_W2 page4 : R2_W2 R46_W2 page5 : R3_W2 R47_W2 top/page8_i231/ddr3_blk page3 : R1_W3 R45_W3 page4 : R2_W3 R46_W3 page5 : R3_W3 R47_W3	RES,MF,0402,240,50V,1/16W,1%,100ppm,Metal Film	50	240	RESISTOR
52	400-000010-092	1	top page9 : R39	RES,MF,0402,374,50V,1/16W,1%,100ppm,Metal Film	50	374	RESISTOR
53	400-000011-003	1	top page9 : R40	RES,MF,0603,49.9,75V,1/10W,1%,100ppm,Metal Film	75	49.9	RESISTOR
54	400-000014-011	5	top page9 : R12 R13 R22 R29 R34	RES,MF,0402,0Ohm,50V,1.5A,5%,100ppm,Metal Film LF	50	0OHM	RESISTOR
55	400-000015-022	4	top page9 : R7 R8 R9 R10	RES,MF,0402,33.2K,25V,1/16W,0.5%,100ppm,Metal Film	25	33.2K	RESISTOR
56	400-000017-001	2	top page9 : R26 R28	RES,TF,0402,48.7K,50V,1/16W,0.1%,25ppm,Thin Film	50	48.7K	RESISTOR
57	400-000018-001	1	top page9 : R21	RES,I_Sense,0.005,2W,1%,50ppm,3.1x6.3x0.5mm,Metal Foil	0.1	0.005	RESISTOR

Build Information

Tool Name: netBom
Build String: Created by PERL2EXE Mon Aug 22 15:43:44 2022
Tool Version: v22.9.1d

New Design: C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-04X/047_REV_1/worklib/top/packaged/pstxnet.dat
Old Design: C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-02X/027_REV_1/worklib/top/packaged/pstxnet.dat

Session Storage Key:

CSETs

Name	Value	Description
ALWAYS_QUERY_OCTOPART	0	If set to true, no dialog will be shown when attempting to query for octopart information. If false, the user will be prompted if they want to continue queries.
BOM_NO_POP_PROP	DNI	This Setting is used to pick a list of properties that excludes a reference designators from installation, but keeps the part in the BOM for purchasing When the BOM is generated by the netlist convert routine, any parts with this property found to be true will be printed on a separate row.
BOM_NO_POP_TRUE_VALS	TRUE,YES,1	This Setting is used to pick a property and value that excludes reference designators from installation, but keeps the part in the BOM for purchasing When the BOM is generated by the netlist convert routine, any parts with this property enabled will be printed on a separate row. ###This was recently renamed from BOM_NO_PROP_TRUE_VALS and this setting is not yet Used
CAPACITANCE_DERATING	90	Capacitance derating value (percentage). Used as the default derating value for capacitors in the power rail report. Capacitors are multiplied by this value to determine the real capacitance value.
CAP_VOLTAGE_DERATING	33	Capacitance voltage derating setpoint (percentage). Used as pass/fail limit for calculated voltage derating The calculated voltage derating shown in the rail capacitance tables is 100*(1-netVoltage/CapVoltage) If the calculated voltage derating is less than this setpoint, the capacitor on that rail will be flagged and added to overvoltage capacitor report
DNI_TRUE_VALS	TRUE,1,YES,DNI	This is a list of the values that make the DO_NOT_INSTALL_PROP true (comma seperated vals like:TRUE,1,YES)
DO_NOT_INSTALL_PROP	VALUE,DNI	This is a comma seperated list of properties that will be used to determine if a part is not included in a BOM Could look like BOM_IGNORE,DNI. Any part with this Property found True will not be included in the BOM (unlike the BOM_NO_POP_PROP)
IGNORE_NET_PROP_DIFFS	0	Property names listed in this comma separated list will be ignored when properties for the same NET_NAME in the 2 netLists are compared The following properties are never compared so they should not need to be added NET_NAME NET_CONNS NET_ID_FROM_PINS NET_ID_XCHECKED NL_INDEX NODE_LIST HIER_NET_NAME LOGICAL_PATH C_SIGNAL The user can look at the net_prop difference report and add any properties to this list that they do not want to include in the comparison
IS_BOM_COMPARE	0	If set, NetBom will only Compare PartLists, and the Netlist compare operation will be skipped. NetBom will help detect this for the user on the first pass of a diff or convert opeartion if one of the NETLIST files is a BOM spreadsheet. If this is not set, the user will be asked if they want to set it when the operation is run.
KEY_PROP_IGNORE_LIST	C_PATH,P_PATH,ALT_SYMBOLS,UNIQUE_NET_CONNS	The BOM_DIFF engine will filter any of these props out of the KEY_PROP_LIST before comparing part properties it is entered as a single PropName or comma separated list of Propertieeslike: MY_LIB,Validate_,GEOMETRY.HEIGHT
KEY_PROP_LIST	BODY_NAME,BOM_IGNORE,CDS_LIB,CDS_PART_NAME,CLASS,COLOR,CURRENT,C_TEMPERATURE,DCR,DDR3_RAM_VARIANT,DESC,DESCRIPTION,DIELECTRIC,DRAWING,FREQ,GROUP,HEIGHT,INSTANCE,JEDEC_TYPE,J_TEMPERATURE,LIBRARY1,LIB_INFO,LOCATION,MANUFACTURER,MANUFACTURER_PN,MAX_CASE_DISS_LIMIT,MAX_POWER_DISS,MULT_QTY,NAME,OC_LIBRARY,OHM_RESISTANCE,ORIENTATION,PACK_TYPE,PAGE,PARENT_PART_TYPE,PARENT_PPT,PARENT_PPT_PART,PART_CAPACITANCE,PART_IN_LIB,PART_LIB_MODIFIER,PART_NAME,PART_NUMBER,PART_TYPE,PATH,PHYS_DES_PREFIX,PHYS_PAGE,PN,POWER,PRIMITIVE,PRIM_FILE,REF_DES,REMOVE,REUSE_INSTANCE,REUSE_NAME,REUSE_PID,REVISION,ROT,R_FREQ,SCH_MODIFIED_PART,SEC,SECTION_NUM,SECTION_PAGE_INFO,SEC_TYPE,SPLIT_INST,STOP_POWER_TRACE_REASON,SUBDESIGN_NAME,SUBDESIGN_SUFFIX,TECH,TEMP,TH_JA_RES,TH_JC_RES,TOL,TYPE,TYP_POWER_DISS,USE1,USE2,VALUE,VARIANT,VENDOR,VENDOR_PN,VER,VIN,VOLT,VOLTAGE,VOUT,XY,XYBODY_NAME	The BOM_DIFF engine will compare these properties for each refdes in the 2 bom revisions and report if they are different... it can be entered as a single propName or as a comma separated list like: JEDEC_TYPE,VALUE,TYPE If you leave this blank(New Default), NetBom will gather all the part properties it detects and create the list for you (while excluding any props in the KEY_PROP_IGNORE_LIST)
NET_PROP_RENAME_RULES	0	Comma Separated List of Was:Is rules to change Net Property Names in an existing netlist. This Example: ^_(.*):$1 This will remove a leading '_' from a property _WebLink:WebLink will rename the _WebLink property to WebLink
NET_TRACE_COMPONENT_STOP	CONNECTOR,IC	This comma-separated list of reference designator prefixes tells NetBom which nodes should stop the net trace when encountered. By default it is assumed that connector/ic parts start with a J or U and when the trace encounters nodes that start with those letters it will stop the trace.
NET_TRACE_NET_NODE_LIMIT	6	This setting governs the max number of pins that a net can have in a net trace before the trace stops. A higher number represents more pins that the net trace will tolerate before it stops tracing. Higher numbers means more complex traces, which can be desireable in some cases and undeseriable in other cases.
NET_TRACE_PIN_LIMIT	3	This setting governs the max number of pins that a node can have in a net trace before the net trace stops. The higher the pin limit, the further the net trace will go. Along with this, the higher the limit, the exponentially longer time the net trace will take. If a net trace is taking too long, it may be because this number is too high.
NET_TRACE_PWR_RAIL_NODE_LIMIT	15	This number is the upper limit for how many nodes are on a power rail in order for NetBom to trace it. With the default value of 15, all nets that we identify as power rails that have 15 or less nodes will be traced and available to view in the net trace utilities. All power rails with more than 15 nodes will not be traced and will not be included in our tracing utilities. Using a lower value may speed up the netlist processing for designs that have many power rails. Set to 0 to not trace any suspected power rails.
NEW_NETLIST	C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-04X/047_REV_1/worklib/top/packaged/pstxnet.dat	NEW_NETLIST use for diffing and converting netlists. For Orcad/AllegroHDL You choose the pstxnet.dat file and netBom will find the matching pstxprt.dat and pstchip.dat files For Mentor, you can choose the .kyn or nets.fwd file For EDIF netlists, you choose the .edf file
NODE_PROP_RENAME_RULES	0	Comma Separated List of Was:Is rules to change Node Property Names in an existing netlist. This Example: ^_(.*):$1 This will remove a leading '_' from a property _WebLink:WebLink will rename the _WebLink property to WebLink
OCTOPART_API_PLAN	ALWAYS_QUERY_OCTOPART=0	This is the PLAN your Octopart API Token is registered with... If your token doesn't match a PRO Level Plan, errors will be returned if you ask for restricted information in the OCTOPART query NetBom will remove the restricted info from the query if you are on a BASIC PLAN
OCTOPART_API_TOKEN	3d5abf36-ca85-4c9a-8f9c-8436de5b1743	Your Octopart API token. Can be found in: https://octopart.com/my/api. Token should look like: xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx. This API token will be used to find part availability and information related to each part in the BOM used for every NetBom operation. One API request is made for each unique part in the BOM which contributes to the API request limit for the token. If left blank, Octopart will not be queried and these fields will be left out of the BOM report.
OCTOPART_PREFERRED_DISTRIBUTORS	Mouser,Arrow Electronics,Digi-Key,Avnet	A comma-separated list of vendors to display in the Partlist Info report. Each vendor, along with the vendor part number, current stock, and price/qty will be displayed. The vendor names must be exact (not case srensitive) in order to be displayed. Note: Unless the OCTOPART_API_TOKEN setting is configured, this setting will not have any effect.
OLD_NETLIST	C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-02X/027_REV_1/worklib/top/packaged/pstxnet.dat	OLD_NETLIST for diffing BOMs and NETLISTS. For Orcad/AllegroHDL You choose the pstxnet.dat file and netBom will find the matching pstxprt.dat and pstchip.dat files For Mentor, you can choose the .kyn or nets.fwd file For EDIF netlists, you choose the .edf file
PARTLIST_REPORT_HEADER_PROPS	PART_TYPE	This can add extra headers to the Partlist info report. Separate headers with commas.
PART_NUMBER_PROPS	PART_NUMBER,ID,MPN	The BOM_DIFF engine and NETLIST Creators will use this comma separated list of properties to search for the device part-number, It will use the first one it finds in this list The property name is case insensitive.
PART_PROPVAL_RENAME_RULES	0	Comma Separated List of Was:Is rules to change Part Property Values in an existing netlist. This Example: ^_(.*):$1 This will remove a leading '_' from a property _WebLink:WebLink will rename the _WebLink property to WebLink
PART_PROP_RENAME_RULES	0	Comma Separated List of Was:Is rules to change Part Property Names in an existing netlist. This Example: ^_(.*):$1 This will remove a leading '_' from a property _WebLink:WebLink will rename the _WebLink property to WebLink
POWER_RAIL_CAP_VALUE_MIN	50	Minimum value (in pF) that a capacitor needs in order to be included in the power rail report. Set to zero in order to have no minimum. Example: A rail is identified with three caps. Capacitor 1: 1uf Capacitor 2: 2.5uF Capacitor 3: 45pF If the minimum value is set to 50pF, then capacitor 3 will not be included in the report. Furthermore, if POWER_RAIL_MIN_CAP_COUNT is set to 3 or more (the default is 3), then this will be excluded from the report entirely because it does not have enough capacitors.
POWER_RAIL_MIN_CAP_COUNT	3	Minimum number of capacitors that a net needs in order to be considered a power rail. This number is combined with net name voltage matching to determine which nets are power rails. The voltage matching system can be configured through the VOLTAGE_MATCH_OVERRIDE CSET.
POWER_RAIL_RESISTOR_OHM_LIMIT	10	This is the maximum value (in OHMs) that a resistor can have in order for it to be traced through when determining power rails. When we are evaluating a potential power net, we check the number of caps that are connected to the net. We trace through small components, including resistors, to find the capacitors, and this settings governs if we stop at a given resistor based on its OHM value.
POWER_RAIL_TOTAL_CAP_VALUE_MIN	1	Minimum value (in uF) that the caps on a rail should have in order for the rail to be considered a power rail and to be included in the power rail report. For example, with the default miniumum of 1uF, if there is a power rail with five 0.1uF caps and no other caps, the total cap value for the rail will be 0.5uF and will be excluded from the power rail report.
REFDES_RENAME_RULES	0	Comma Separated List of Was:Is rules to change reference designators in an existing netlist. This can be used when the user knows they are changing many refdes in the new NetList and they don't want them to show up in the difference reports Example: _57$:_S5_S7,_46$:_S4_S6,_02$:_S0_S2,_13$:_S1_S3 this will replace any location ending in _57 with _S5_S7, _46 with S4_S6, _02 with S2_S2, _13 with S1_S3,
SINGLE_NODE_NET_FILTERS	NC_,_NC,NC,^$UN	This comma-separated list is used to validate single node nets. If a net name of a single node net contains any of these matches it will not be included in the single node net reports.
USE_PSTCMDB_PROPS	1	If enabled, this setting will make NetBom merge all net and part properties found in the PSTCMDB.dat file into the netlist and partlist databases.
VOLTAGE_MATCH_OVERRIDE	customer_volt_match_rules.txt	This will allow the user to have custom voltage matching algorithms beyond what is available in NetBom by default. VOLTAGE_MATCH_OVERRIDE holds a file path to a txt file. If this field is populated, NetBom will attempt to parse and use it instead of the default matching algorithms. If the file is not found or is unable to be parsed, NetBom will use the default matching as a fall-back.

Name

Value

Description

ALWAYS_QUERY_OCTOPART

If set to true, no dialog will be shown when attempting to query for octopart information.
If false, the user will be prompted if they want to continue queries.

BOM_NO_POP_PROP

DNI

This Setting is used to pick a list of properties that excludes a reference designators from installation, but keeps the part in the BOM for purchasing
When the BOM is generated by the netlist convert routine, any parts with this property found to be true will be printed on a separate row.

BOM_NO_POP_TRUE_VALS

TRUE,YES,1

This Setting is used to pick a property and value that excludes reference designators from installation, but keeps the part in the BOM for purchasing
When the BOM is generated by the netlist convert routine, any parts with this property enabled will be printed on a separate row.

###This was recently renamed from BOM_NO_PROP_TRUE_VALS and this setting is not yet Used

CAPACITANCE_DERATING

Capacitance derating value (percentage). Used as the default derating value for capacitors in the power rail report.
Capacitors are multiplied by this value to determine the real capacitance value.

CAP_VOLTAGE_DERATING

Capacitance voltage derating setpoint (percentage).
Used as pass/fail limit for calculated voltage derating
The calculated voltage derating shown in the rail capacitance tables is 100*(1-netVoltage/CapVoltage)

If the calculated voltage derating is less than this setpoint,
the capacitor on that rail will be flagged and added to overvoltage capacitor report

DNI_TRUE_VALS

TRUE,1,YES,DNI

This is a list of the values that make the DO_NOT_INSTALL_PROP true (comma seperated vals like:TRUE,1,YES)

DO_NOT_INSTALL_PROP

VALUE,DNI

This is a comma seperated list of properties that will be used to determine if a part is not included in a BOM
Could look like BOM_IGNORE,DNI.
Any part with this Property found True will not be included in the BOM (unlike the BOM_NO_POP_PROP)

IGNORE_NET_PROP_DIFFS

Property names listed in this comma separated list
will be ignored when properties for the same NET_NAME in the 2 netLists are compared

The following properties are never compared so they should not need to be added
NET_NAME NET_CONNS NET_ID_FROM_PINS NET_ID_XCHECKED NL_INDEX NODE_LIST
HIER_NET_NAME LOGICAL_PATH C_SIGNAL

The user can look at the net_prop difference report and add any properties to this list
that they do not want to include in the comparison

IS_BOM_COMPARE

If set, NetBom will only Compare PartLists,
and the Netlist compare operation will be skipped.
NetBom will help detect this for the user on the first pass of a diff or convert opeartion
if one of the NETLIST files is a BOM spreadsheet.
If this is not set, the user will be asked if they want to set it when the operation is run.

KEY_PROP_IGNORE_LIST

C_PATH,P_PATH,ALT_SYMBOLS,UNIQUE_NET_CONNS

The BOM_DIFF engine will filter any of these props out of the KEY_PROP_LIST before
comparing part properties
it is entered as a single PropName or comma separated list of Propertieeslike:
MY_LIB,Validate_,GEOMETRY.HEIGHT

KEY_PROP_LIST

BODY_NAME,BOM_IGNORE,CDS_LIB,CDS_PART_NAME,CLASS,COLOR,CURRENT,C_TEMPERATURE,DCR,DDR3_RAM_VARIANT,DESC,DESCRIPTION,DIELECTRIC,DRAWING,FREQ,GROUP,HEIGHT,INSTANCE,JEDEC_TYPE,J_TEMPERATURE,LIBRARY1,LIB_INFO,LOCATION,MANUFACTURER,MANUFACTURER_PN,MAX_CASE_DISS_LIMIT,MAX_POWER_DISS,MULT_QTY,NAME,OC_LIBRARY,OHM_RESISTANCE,ORIENTATION,PACK_TYPE,PAGE,PARENT_PART_TYPE,PARENT_PPT,PARENT_PPT_PART,PART_CAPACITANCE,PART_IN_LIB,PART_LIB_MODIFIER,PART_NAME,PART_NUMBER,PART_TYPE,PATH,PHYS_DES_PREFIX,PHYS_PAGE,PN,POWER,PRIMITIVE,PRIM_FILE,REF_DES,REMOVE,REUSE_INSTANCE,REUSE_NAME,REUSE_PID,REVISION,ROT,R_FREQ,SCH_MODIFIED_PART,SEC,SECTION_NUM,SECTION_PAGE_INFO,SEC_TYPE,SPLIT_INST,STOP_POWER_TRACE_REASON,SUBDESIGN_NAME,SUBDESIGN_SUFFIX,TECH,TEMP,TH_JA_RES,TH_JC_RES,TOL,TYPE,TYP_POWER_DISS,USE1,USE2,VALUE,VARIANT,VENDOR,VENDOR_PN,VER,VIN,VOLT,VOLTAGE,VOUT,XY,XYBODY_NAME

The BOM_DIFF engine will compare these properties for each refdes
in the 2 bom revisions and report if they are different...
it can be entered as a single propName or as a comma separated list like:
JEDEC_TYPE,VALUE,TYPE

If you leave this blank(New Default),
NetBom will gather all the part properties it detects and create the list for you
(while excluding any props in the KEY_PROP_IGNORE_LIST)

NET_PROP_RENAME_RULES

Comma Separated List of Was:Is rules to change Net Property Names in an existing netlist.
This
Example:
^_(.*):$1
This will remove a leading '_' from a property
_WebLink:WebLink will rename the _WebLink property to WebLink

NET_TRACE_COMPONENT_STOP

CONNECTOR,IC

This comma-separated list of reference designator prefixes tells NetBom which nodes should stop the net trace when encountered.
By default it is assumed that connector/ic parts start with a J or U and when the trace encounters nodes that start with those letters it will stop the trace.

NET_TRACE_NET_NODE_LIMIT

This setting governs the max number of pins that a net can have in a net trace before the trace stops.
A higher number represents more pins that the net trace will tolerate before it stops tracing.
Higher numbers means more complex traces, which can be desireable in some cases and undeseriable in other cases.

NET_TRACE_PIN_LIMIT

This setting governs the max number of pins that a node can have in a net trace before the net trace stops.
The higher the pin limit, the further the net trace will go. Along with this, the higher the limit, the exponentially longer time the net trace will take.
If a net trace is taking too long, it may be because this number is too high.

NET_TRACE_PWR_RAIL_NODE_LIMIT

This number is the upper limit for how many nodes are on a power rail in order for NetBom to trace it.
With the default value of 15, all nets that we identify as power rails that have 15 or less nodes will be traced and available to view in the net trace utilities.
All power rails with more than 15 nodes will not be traced and will not be included in our tracing utilities.

Using a lower value may speed up the netlist processing for designs that have many power rails.

Set to 0 to not trace any suspected power rails.

NEW_NETLIST

C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-04X/047_REV_1/worklib/top/packaged/pstxnet.dat

NEW_NETLIST use for diffing and converting netlists.
For Orcad/AllegroHDL You choose the pstxnet.dat file and netBom will find the matching pstxprt.dat and pstchip.dat files
For Mentor, you can choose the .kyn or nets.fwd file
For EDIF netlists, you choose the .edf file

NODE_PROP_RENAME_RULES

Comma Separated List of Was:Is rules to change Node Property Names in an existing netlist.
This
Example:
^_(.*):$1
This will remove a leading '_' from a property
_WebLink:WebLink will rename the _WebLink property to WebLink

OCTOPART_API_PLAN

ALWAYS_QUERY_OCTOPART=0

This is the PLAN your Octopart API Token is registered with...
If your token doesn't match a PRO Level Plan, errors will be returned if you ask for restricted information in the OCTOPART query
NetBom will remove the restricted info from the query if you are on a BASIC PLAN

OCTOPART_API_TOKEN

3d5abf36-ca85-4c9a-8f9c-8436de5b1743

Your Octopart API token. Can be found in: https://octopart.com/my/api.
Token should look like: xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

This API token will be used to find part availability and information related to each part in the BOM used for every NetBom operation.
One API request is made for each unique part in the BOM which contributes to the API request limit for the token.

If left blank, Octopart will not be queried and these fields will be left out of the BOM report.

OCTOPART_PREFERRED_DISTRIBUTORS

Mouser,Arrow Electronics,Digi-Key,Avnet

A comma-separated list of vendors to display in the Partlist Info report.
Each vendor, along with the vendor part number, current stock, and price/qty will be displayed.
The vendor names must be exact (not case srensitive) in order to be displayed.

Note: Unless the OCTOPART_API_TOKEN setting is configured, this setting will not have any effect.

OLD_NETLIST

C:/Allegro/design/CE_SCHEMATICS/17_2/FOX_SGLD/REV-02X/027_REV_1/worklib/top/packaged/pstxnet.dat

OLD_NETLIST for diffing BOMs and NETLISTS.
For Orcad/AllegroHDL You choose the pstxnet.dat file and netBom will find the matching pstxprt.dat and pstchip.dat files
For Mentor, you can choose the .kyn or nets.fwd file
For EDIF netlists, you choose the .edf file

PARTLIST_REPORT_HEADER_PROPS

PART_TYPE

This can add extra headers to the Partlist info report. Separate headers with commas.

PART_NUMBER_PROPS

PART_NUMBER,ID,MPN

The BOM_DIFF engine and NETLIST Creators will use this comma separated list of properties to search for the device part-number, It will use the first one it finds in this list
The property name is case insensitive.

PART_PROPVAL_RENAME_RULES

Comma Separated List of Was:Is rules to change Part Property Values in an existing netlist.
This
Example:
^_(.*):$1
This will remove a leading '_' from a property
_WebLink:WebLink will rename the _WebLink property to WebLink

PART_PROP_RENAME_RULES

Comma Separated List of Was:Is rules to change Part Property Names in an existing netlist.
This
Example:
^_(.*):$1
This will remove a leading '_' from a property
_WebLink:WebLink will rename the _WebLink property to WebLink

POWER_RAIL_CAP_VALUE_MIN

Minimum value (in pF) that a capacitor needs in order to be included in the power rail report.
Set to zero in order to have no minimum.

Example:
A rail is identified with three caps.
Capacitor 1: 1uf
Capacitor 2: 2.5uF
Capacitor 3: 45pF

If the minimum value is set to 50pF, then capacitor 3 will not be included in the report.
Furthermore, if POWER_RAIL_MIN_CAP_COUNT is set to 3 or more (the default is 3), then this will be excluded from the report entirely because it does not have enough capacitors.

POWER_RAIL_MIN_CAP_COUNT

Minimum number of capacitors that a net needs in order to be considered a power rail.
This number is combined with net name voltage matching to determine which nets are power rails.
The voltage matching system can be configured through the VOLTAGE_MATCH_OVERRIDE CSET.

POWER_RAIL_RESISTOR_OHM_LIMIT

This is the maximum value (in OHMs) that a resistor can have in order for it to be traced through when determining power rails.
When we are evaluating a potential power net, we check the number of caps that are connected to the net.
We trace through small components, including resistors, to find the capacitors, and this settings governs if we stop at a given resistor based on its OHM value.

POWER_RAIL_TOTAL_CAP_VALUE_MIN

Minimum value (in uF) that the caps on a rail should have in order for the rail to be considered a power rail and
to be included in the power rail report.
For example, with the default miniumum of 1uF, if there is a power rail with five 0.1uF caps and no other caps,
the total cap value for the rail will be 0.5uF and will be excluded from the power rail report.

REFDES_RENAME_RULES

Comma Separated List of Was:Is rules to change reference designators in an existing netlist.
This can be used when the user knows they are changing many refdes in the new NetList and they don't want them to show up in the difference reports
Example:
_57$:_S5_S7,_46$:_S4_S6,_02$:_S0_S2,_13$:_S1_S3
this will replace any location ending in
_57 with _S5_S7,
_46 with S4_S6,
_02 with S2_S2,
_13 with S1_S3,

SINGLE_NODE_NET_FILTERS

NC_,_NC,NC,^$UN

This comma-separated list is used to validate single node nets.
If a net name of a single node net contains any of these matches it will not be included in the single node net reports.

USE_PSTCMDB_PROPS

If enabled, this setting will make NetBom merge all net and part properties found in the PSTCMDB.dat file into the netlist and partlist databases.

VOLTAGE_MATCH_OVERRIDE

customer_volt_match_rules.txt

This will allow the user to have custom voltage matching algorithms beyond what is available in NetBom by default.

VOLTAGE_MATCH_OVERRIDE holds a file path to a txt file.
If this field is populated, NetBom will attempt to parse and use it instead of the default matching algorithms.
If the file is not found or is unable to be parsed, NetBom will use the default matching as a fall-back.

NetBom: New PartList

Version v22.9.1d | Fri Sep 23 2022 15:51:03

New Design: REV-04X/047_REV_1/worklib/top/packaged/pstxnet.dat

Old Design: REV-02X/027_REV_1/worklib/top/packaged/pstxnet.dat