Product Name and Ordering Codes

Vincotech has established a more descriptive system for naming power modules to ensure consistency and clarity. For the time being, Vincotech still uses both of the following naming systems.

Current version:

This version introduces product names and ordering codes for power modules released after mid 2009.
  • The product name describes module's characteristics.
  • The ordering code extends the product's name. It is listed in the product data sheet.
Click and explore the differents parts that make up the ordering code!
10
-
PZ
06
NR
A
045
FS
02
-
P965F68
Y
-
/3/
Technology Group
For UL notification
flow housing with Solder pins
FZ:|flow 0 12mm|10-fz F0:|flow 0 17mm|10-f0 FU:|flow 0 12mm solder pins without clips 4 domes|10-fu FX:|flow 0 17mm solder Pins w/o clips 4 domes|10-fx F1:|flow 1 (17mm, solder pin)|10-f1 FY:|flow 1 (12mm) - Solder pin|10-fy TY:|flow 1 2-clip 12mm Solder pin|10-ty F2:|flow 2 - (17mm)|30-f2 FT:|flow 2 - (12mm)|30-ft R0:|flow 90 0 with clips|10-r0 RZ:|flow 90 0 without clips|10-rz R1:|flow 90 1|10-r1 0B:|flow 0B (sub flow 0) (17mm)|10-0b 1B:|flow 1B|20-1b 1C:|flow 1C|20-1c
Screw terminals
W2:|VINco X4|70-w2 W4:|VINco X8|70-w4 W6|VINco X12|70-w6
Low-profile packages
VS:|VINco E3 Solder pins|a0-vs VP:|VINco E3 Press-fit pins|a0-vp
flow housing with Press-fit pins
PZ:|flow 0 12mm - Press-fit|10-pz PO:|flow 0 17mm - Press-fit|10-p0 PC:|flow 0 12mm Press-fit without clips 4 domes|10-pc PD:|flow 0 17mm Press-fit without clips 4 domes|10-pd P1:|flow 1 - Press-fit (17mm)|10-p1 PY:|flow 1 (12mm) - Press-fit|10-py PW:|flow 1 2-clip 12mm Press-fit pin P2:|flow 2 - Press-fit (17mm)|30-p2 PT:|flow 2 - Press-fit (12mm)|30-pt EZ:|flow E1 12mm-Press-fit (easy press-fit pin)|10-ez EY:|flow E2 12mm-Press-fit (easy press-fit pin)|10-ey FB:|flow 1B Press-fit 12mm|20-fb
MiniSKiiP®
M0:|MiniSKiiP 0|housing1=8-miniskiip®0 M1:|MiniSKiiP 1|housing1=8-miniskiip®1 M2:|MiniSKiiP 2|housing1=8-miniskiip®2 M3:|MiniSKiiP 3|housing1=8-miniskiip®3
Voltage*
06:|600 V|voltage1=5-600 07:|650 V|voltage1=5-650 09:|900 V|voltage1=5-900 12:|1200 V|voltage1=5-1200 16:|1600 V|voltage1=5-1600 24:|2400 V|voltage1=5-2400
*Examples
Topology
3B:|3xBooster|topology1=2-booster&productline1=4-flow3xboost0sic&productline2=4-flow3xboost2sic&productline3=4-flow3xboost0 AN:|Advanced NPFC|productline1=4-flowanpfc0&subtopology1=3-anpfc-ke-cap-ntc&topology1=2-pfcthree-phaseapplications NA:|ANPC|topology1=2-three-levelanpc NB:|Boost Symmetric|topology1=2-boostersymmetric&chip1=7-igbt3&chip2=7-trenchfieldstopigbt&chip3=7-igbt3hs&chip4=7-infineoncoolmos%E2%84%A2c6&chip5=7-parallelswitch&chip6=7-igbth5&chip7=7-igbts5&chip8=7-igbtfast&chip1=7-igbt3&chip2=7-trenchfieldstopigbt&chip3=7-igbt3hs&chip4=7-infineoncoolmos™c6&chip5=7-parallelswitch&chip6=7-igbth5&chip7=7-igbts5&chip8=7-igbtfast BV:|Booster + H6.5|topology1=2-h65&subtopology1=3-dualboosterh65-ke-ntc&subtopology2=3-boosterh65-ke-ntc BI:|Booster + Inverter|topology1=2-single-phaseinverter&subtopology1=3-dualboosterh-bridge-ke-cap-ntc&subtopology2=3-dualboosterh-bridge-ke-cap-ntc-bypassdiode&subtopology3=3-dualboosterh-bridge-ke-ntc-cap BB:|Buck-Booster Symmetric|topology1=2-buck-boostersymmetric B2:|Dual Booster|subtopology1=3-dualboost-ke-cap-ntc HV:|H6.5|topology1=2-h65&subtopology1=3-h65-ke-ntc 2P:|Half-Bridge|topology1=2-half-bridge 4P:|H-Bridge|topology1=2-h-bridge&subtopology1=3-2xhalfbridge-ke-cap-ntc&subtopology2=3-2xhalfbridge-ke-ntc&subtopology3=3-h-bridge-ke-oe-cap-ntc&subtopology4=3-h-bridge-oe-ke-cap-ntc&subtopology5=3-h-bridge-ke-oe-ntc IB:|IPM (PIM + Brake)|topology1=2-ipmcippimpfc IP:|IPM (PIM)|topology1=2-ipmcippimpfc NM:|MNPC
M3:|MNPC (3-Phase) LB:|Neutral Boost PFC NI:|NPC N3:|NPC (3-Phase) NP:|NPC (Inverter Parallel) NR:|NPC (Inverter Reactive) 2T:|PFC - rectifier + 2x boost PN:|PIM (w/o Brake) PP:|PIM + PFC (w/o Brake) PM:|PIM(CIB) ZA:|Rectifier + PFC + Inverter 7P:|Sevenpack R6:|Sixpack+Rectifier 1S:|Symmetric PFC 6B:|Three-phase rectifier + Brake
Pinout
Modules with the same topology, same housing and same pinout have same character
Current/RDS(on)*
005:|5 A|current1=6-5 050:|50 A|current1=6-50 100:|100 A|current1=6-100 045:|45 mOhm 099:|99 mOhm
*Examples
Chip Technology
SL:|IGBT F5 RG:|IGBT fast|chip1=7-igbtfast FY:|IGBT fast|chip1=7-igbtfast SM:|IGBT H5 SU:|IGBT L5 FX:|IGBT low drop NB:|IGBT M6 M7:|IGBT M7 RC:|IGBT RC S5:|IGBT S5 FU:|IGBT UltraFast F4:|IGBT UltraFast SD:|IGBT2 FC:|IGBT2 fast FB:|IGBT2 HS SA:|IGBT3 SG:|IGBT3 HS3 SB:|IGBT3 LL SC:|IGBT4
SH:|IGBT4 HS FL:|Infineon CoolMOS C3 FS:|Infineon CoolMOS C6 CR:|Infineon CoolMOS CFD2 FH:|Infineon CoolMOS CP FT:|Low voltage MOSFET MF:|MOSFET + Fast Diode MC:|MOSFET + SiC FR:|NPT IGBT FP:|Parallel Switch RW:|Rectifier ME:|SiC MOSFET MR:|SiC MOSFET MI:|SiC MOSFET FQ:|SJ MOSFET FK:|ST MDmesh M5 FV:|Trench Field Stop IGBT NS:|Trench Field Stop II IGBT N3:|Ultra Field Stop IGBT
Options
Alternative parts
Optional substrate material
Internal Identifier
Option Code
(optional)


Previous version:

This ordering code is identical with the product name shown here. It is still applicable for all products released before mid-2009 and subsequent releases within product families established before 2009. This code is also valid for resistors and relays. 
V233990
-
P868
-
F49
Y
-
/3/
-
PM
Leading Number
V23990:|Power modules V23109:|Relay S30814:|Hybrids
Product Classification
P:|flow power modules K:|MiniSkiip power modules S:|Relays Q:|Hybrids
Product Identification
First two digits: product family identifier
Last digit: module identifier
Modules are listed from lowest to highest power (e.g. 600 V / 4 A - 1200 V / 15 A)
Option Code
Different housings
Optional DCB material
Optional parts (e.g. brake)
Option Code 2
Y:|Press-fit option
Option Code 3
Thermal Interface Material:|MiniSKiiP options
Part Number
Ending