How is the Performance of SLKOR Silicon Carbide MOSFET?

时间： 2024-10-18 来源：SLKOR Official Website

技术问答

The silicon carbide MOS tube of SLKOR has multiple performance advantages, as follows:

In terms of electrical performance:

High voltage resistance: The silicon carbide MOS tube of Slkor has excellent voltage resistance performance and can withstand relatively high voltages. This makes it reliable in high-voltage application scenarios and can meet the needs of new energy vehicles, high-end equipment, communication and power equipment, etc. for high-voltage resistant devices. For example, the voltage resistance value of some products can reach 1200V or more. This is crucial for circuits handling high-voltage signals and can ensure the stable operation of the circuit in a high-voltage environment and reduce device damage or failures caused by excessive voltage.

Low on-resistance: This brand's silicon carbide MOS tube has a low on-resistance. The lower the on-resistance, the less energy loss there is when the device is conducting. This not only improves energy utilization efficiency but also reduces heat generation. The lower on-resistance makes the silicon carbide MOS tube of Slkor generate less heat when the same current passes through, helping to reduce heat dissipation requirements and reducing the volume and cost of heat dissipation devices. It is of great significance for application scenarios with high heat dissipation requirements or limited space.

In terms of switching characteristics:

Fast switching: The silicon carbide MOS tube of Slkor has a fast switching speed. A fast switching speed means that the device can complete the conduction and shutdown operations in a short time, which is very beneficial for high-frequency application scenarios. For example, in power conversion, motor control and other fields, a fast switching speed can improve the working efficiency and performance of the system and reduce energy loss during the switching process.

Low switching loss: Due to the characteristics of silicon carbide materials and the technical advantages of Slkor, its silicon carbide MOS tube has a low switching loss during the switching process. Compared with traditional silicon-based MOS tubes, the silicon carbide MOS tube of Slkor does not generate a large tail current during switching, thereby reducing switching loss. This enables the device to maintain high efficiency in high-frequency switching applications and is conducive to reducing the overall energy consumption of the system.

In terms of thermal performance:

High temperature resistance: The silicon carbide material itself has a high thermal conductivity and high temperature resistance performance. The silicon carbide MOS tube of Slkor can work stably in a high temperature environment. In some high-temperature application scenarios, such as solar photovoltaic and automotive electronics, the environment temperature where the device is located is relatively high. The silicon carbide MOS tube of Slkor can withstand the test of high temperatures and maintain good performance and reliability without performance degradation or failure due to temperature rise.

Good heat dissipation: Another benefit of low on-resistance and low switching loss is less heat generation. Coupled with the high thermal conductivity of silicon carbide materials, the silicon carbide MOS tube of Slkor has good heat dissipation performance. This helps to quickly dissipate the heat generated by the device during operation, further improving the reliability and stability of the device and prolonging the service life of the device.

In terms of reliability:

High stability: Through strict quality control and advanced production processes, the silicon carbide MOS tube of Slkor has high stability. During long-term use, it can maintain stable performance and is not easily affected by external environmental factors such as temperature, humidity, and vibration. This is a very important performance indicator for application scenarios that require high reliability, such as industrial control, aerospace and other fields.

Strong anti-interference ability: This brand's silicon carbide MOS tube has strong anti-interference ability and can work normally in a complex electromagnetic environment. This makes the device less susceptible to external electromagnetic interference in practical applications and ensures the stable operation of the system.

In general, the silicon carbide MOS tube of Slkor has excellent performance in electrical performance, switching characteristics, thermal performance and reliability.

Its performance can be comparable to some well-known international brands. It is a power device with high cost performance and has broad application prospects in new energy vehicles, high-end equipment, communication and power and other fields.

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本文由莫子若转载自SLKOR Official Website，原文标题为:Q128. How is the performance of SLKOR Silicon Carbide MOSFET?，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

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型号- 25XX080C,25XX080D,DSC8004,PD-9001SP,ATXMEGA256A3BU,PD70210ALILQ-TR,ATMEGA16U2,VX-400,ATMEGA16U4,ATMEGA8U2,MXT57,DSC8001,DSC8003,SA50-120-5S,PD70224,PL133-97,DSPIC33EP512MC506,ATXMEGA8E5,VV-800,ATA6570,PDS-104GO,ATXMEGA256D3,MCP4331MCP4332,DN2470,MCP4261MCP4262,DOC206379,ATA6562,ZL40200,BR250–SXXX,ATA6561,ZL40201,ATA6564,ZL40202,24XX1025,ATA6563,ZL40203,24XX1026,ATA6566,ATA6565,ZL40208,ZL40209,SY89230U,ZL40204,ZL40205,SAM D10,ATA6560,ZL40206,SAM D11,ZL40207,ATSAM9CN11,MX575ABA25M0000,ATSAM9CN12,PL613–05,PL613–01,PD69101ILQ-013155,ZL40211,ZL40212,ZL40213,ZL40214,MIC2602,MIC2601,ZL40210,ZL40219,SY89231U,TN0702,ZL40215,SAM D20,ZL40216,SAM D21,ZL40217,ZL40218,AT86RF212B,MCP7940X,MX555ABC50M0000,SY55855V,LAN9514,PD70224EVB,SY84403BL,LAN9512,LAN9513,MCP7941X,SY55856U,PL613–21,RN2483,AT42QT1110,SAM D09,MCP4361MCP4362,SY55857L,PIC32MX1,PIC32MX2,PIC32MX3,ATTINY80X,MCP25625,MR.F24J40,LAN89218,MCP3301,PD-9512AC-XX,PL123E-09,PD-9624GC,PIC24FJ64GA004,MGC3030,MCP3304,PL123E-05,MCP3302,LND01,SY87700AL,PIC24FJ128GB204,DSPIC33EP64GS506,SY100EP56,ATTINY81X,APT30MXXXXFRX,OX-405,MCP4641,OX-401,MCP4642,SY100EP57,PD-9024M-XX,PIC16LF145X,VP0808,MX555ABC25M0000,PL133-27,MCP795W1X,MCP4651,PL133-21,MCP4652,UPD360,VX-805,MCP4531MCP4532,HT0440,DSPIC33EV,MCP4661,DSC2311,DSPIC33EP,MCP795W2X,MCP47FVB22,SY89545L,MCP47FVB21,MCP4662,SY89327L,SY89544U,PD-950124VDC-XX,SY88432L,USB251XB,PIC32MX 2 XLP,PD-9012G,PL133-47,PD-9006M-XX,MIC45212-2,MCP47FVB12,MCP47FVB11,MRF89XA,RN4678,APT120XXXXLLX,MIC45212-1,MIC5282,MIC5283,DSC1001,MIC285112,MIC5280,DSC1004,MIC285113,MIC5281,PL133-37,DSC1003,MCP47FVB02,SY89543L,MCP47FVB01,PD69210X-GGGG,SY100EL17,PD-6512G,PIC24FJ256DA210,MX555ANR133M333,PL133-67,PD-9001GC,MCP6V27,MCP6V26,USB46X4,PD69200,PD-9001GR,SY89321L,MIC2172,MIC2171,PD-9001GI,MCP14A0602,SY69753AL,LAN8740A,MCP14A0601,SY88903AL,SY100EL34,SY100EL33,MX57,SY89323L,DSPIC33CK256MP508,MX55,MCP4431MCP4432,MCP6V28,PD69210,MIC2183,MIC2185,MIC2184,ATSAMA5,SY89322V,MIC2186,MCP16301,MCP4231,MCP4232,PD-3501GC-XX,MTS2916A,MX85,MX87,AT24C32D,MIC7401,MIC7400,MCP4241,MCP4242,PDS-104GM-IN,MCP6V51,ATSAM9N12,MIC5239,DSA60X3,DSA60X1,UPD350,PD70211,MIC5233,24XX16,PD70201EVB25F-3,MIC24056,MIC24055,OS85654,MIC24054,SAM DA1 (3),MIC24053,OS85656,MIC24052,MIC24051,OS85650,OS85652,ATTINY42X,ATMXT641T,ATTINY441,PD-6524F-XX,MIC2253,SY89854U,MCP6V72,MCP6V71,24XX04,MCP6V74,24XX02,MD-013,24XX01,ATXMEGA192A3U,24XX00,ATTINY44A,PD70100ILD-TR,USB5734,MIC3003GFL,24XX08,ATMEGA3250PA,PD70201EVB25F-12,MIC29751,PIC18FQ84,OS82150,MIC28304-2,MIC28304-1,SY89855U,ATMXT640U,MCP6V82,AT25020B,MX555ABD100M000,MCP6V84,PX-700,MCP40D19,PX-702,MCP6V81,MCP40D18,MCP40D17,PX-706,MTD650X,PL602032,PL602031,MCP33131D,PL602034,OS81118BF INIC,PIC16F161X,PL602033,24XX02E48,PD-9501GO-AC,ATMXT336U,SY88022AL,MIC4451,ENC624J600,MIC4452,MCP6V94,PD-IM-7648MH,MCP6V92,MIC2290,MCP6V91,PL602041,ATTINY45V,MX554BBD322M265,PSE IC,MIC4467,PL123-02N,24XX02E64,SY54016AR,SY89853U,MCP6474,VRFXXXXXXX,MCP9501,VS-501,USB264X,SY58610U,PD-9001-10AC-XX,PD70201EVB-U-25F-5,MCP16251,USB3503,DSC2222,TC8220,MCP6472,MCP6471,MCP9509,VS-507,MCP9504,AVR64DAXXX,MCP9502,VS-504,MCP9503,SY89329V,RN2903,MCP16252,HV256,PIC24FJ256GA110,MCP6484,PD70210ILD-TR,MCP6481,DSC2233,24XX44,MCP6482,SST25WF020A,USB2660,PIC18FQ43,C-D5M,PD-IM-7608M,PD69101ILQ-TR,MIC58P01,HV264,MCP95010,MCP6492,MCP6491,MCP6494,UCS2114,UCS2113,SST38VF640XB,SY89328L,24XX256,MIC2238,MIC4416,MIC4417,SST26VF032B,MIC2230,MCP6023,MCP6022,MD0100,DSC11X4,MCP6024,SY58611U,MD0105,MIC24046,MCP6021,PIC24FJ256GB412,MIC24045,OS81060 INIC,SY89547L,UCS1003-1,MIC3003GML,DSC11X1,DSC11X3,DSC11X2,ATA663254,ATTINY82X,ATA663255,ENC28J60,25XX040A,DN2530,SM806,ZL40262,SM803,SM802,PIC18FQ10,ZL40264,DSA11X1,23X640,MCP46HV31,AT24CM01,MX575ABA50M0000,AT24CM02,MSCXXXSDA170B,ATTINY841,PD70101ILQ-TR,C-D1M,C-D1G,ATTINY84A,PD70211ILQ-TR,PIC32MX4,MEC1705Q-C1-I,PD70210AILD-TR,PIC32MX5,ATA663232,ATA663231,ZL40292,ZL40293,ZL40294,AVR28BXXX,PIC24FJ128GA310,MCP7940M,MCP7940N,MIC23158,MIC45208-2,MCP6N16,MIC23159,MIC45208-1,SST39SF010A,MX575ABD100M000,24XX65,MIC23155,MCP6N11,MX573ABA212M500,24XX64,PIC32MZ EF (3),MIC23153,MIC23150,AT24MAC402,ATTINY85V,MEC1418-SZ,MCP1603,MCP1601,ZL40295,SY84782U,SM813,PD-9501AC-XX,ATXMEGA384D3,PD69208T4ILQ-TR,ATA663211,MD1822,PIC16LF191XX,TN0620,MD1820,MCP4631MCP4632,ZL40222,ZL40223,MCP1612,ZL40224,ZL40225,ZL40220,ZL40221,PD70101EVB15F-12,SAM D5X,VT-706,ZL40226,ZL40227,ATA663201,SY88083L,MD1811,MIC24421,MIC24420,SST39WF160X,MD1810,MCP1632,MCP1630,MCP1631,ZL40234,MCP1623,ZL40235,MCP1624,SY88053CL,ZL40230,PD-9501G12-24VDC,ZL40231,SY89859U,MIC26601,PD-IM-7648T4,MIC26603,ATA663203,ATTINY40X,APTXXF120XX,MIC38HC45,PD-9501GO-ET,DSC20XX,MCP1640,ZL40250,MIC38HC43,MIC38HC44,DSPIC33EP128GS808,MIC38HC42,PD-6524AC,MIC4811,ZL40240,ZL40241,MIC4812,PL130-07,SEC1110,MEC1705Q-C1-SZ,PL130-09,ATTINY41X,MCP4461MCP4462,RE46C317,SST39SF040,ZL40260,KSZ9567,PD-SP11,RE46C318,KSZ9563,MCP14A0155,ZL40255,MCP14A0154,VC-711,MCP14A0151,ZL40251,ZL40252,MCP14A0153,ZL40253,MCP14A0152,SST26VF064BA,APTXXN60XXCXX,MCP164C,PD70201

选型指南 - ADVANCED DIGITAL CHIPS - 5/15/19 PDF 英文下载