CXIG200R120KZ1 is a high-performance IGBT power module, which adopts advanced packaging technology and optimized chip design to provide 200A continuous current capability at 1200V voltage level. This module is specially optimized for industrial application environment, with low saturation voltage drop, fast switching characteristics and excellent thermal management capability, and can maintain stable and reliable performance under harsh working conditions.
CXIG200R120KZ1 IGBT62 module: 1200V/200A low-loss IGBT power solution
In modern industrial power electronic systems, efficient and reliable power switching devices are the core to realize energy conversion. CXIG200R120KZ1 IGBT62 module, as an insulated gate bipolar transistor module designed for medium and high power applications, integrates fast IGBT and optimized diode, with its low conduction loss, excellent switching characteristics and strong short circuit tolerance make it an ideal choice for UPS systems, induction heating equipment and high power converters. This article will comprehensively analyze the technical characteristics, performance advantages and application design points of this module, and provide engineers with complete selection and application guidelines.
I. Product overview and technical features
CXIG200R120KZ1 is a high-performance IGBT power module, which adopts advanced packaging technology and optimized chip design to provide 200A continuous current capability at 1200V voltage level. This module is specially optimized for industrial application environment, with low saturation voltage drop, fast switching characteristics and excellent thermal management capability, and can maintain stable and reliable performance under harsh working conditions.
Core technical features:
· Low conduction loss: Optimized VCE(sat) features significantly reduce power loss in conduction state
· Quick switch capability: Optimized switching features include all trailing losses to improve system efficiency
· Strong short circuit tolerance: withstand the shortest short circuit condition of 10 seconds to enhance system reliability
· Temperature stability: wide junction temperature working range (-40 ℃ to 175 ℃) adapt to various environmental conditions
· Integrated design: modular packaging simplifies system design and improves power density
II. Limit parameters and safety specifications
2.1. Partial limit parameters of IGBT (Tj = 25℃)
·Collector-emitter voltage:VCES=1200V
·Gate-emitter voltage:VGES=±20V
·Collector continuous current: 200A when TC = 100 ℃, 400A when TC = 25 ℃
·Collector pulse current:ICM=400A(tp=1ms)
·Maximum power loss:PD=1500W(TC=25℃,TJ=175℃)
·Short circuit bearing time:tsc=10μs(VCC=600V,VGE≤15V)
2.2. Partial limit parameters of diode
·Reverse repetitive peak voltage:VRRM=1200V
·Forward continuous current: TC = 200A at 100℃
·Forward repetitive peak current:IFM=400A(tp=1ms)
2.3. Module overall parameters
·Insulation withstand voltage: Viso = 2500V(50Hz,1 minute)
·Working junction temperature range: TOP =-40 ℃ to 150 ℃
·Storage Temperature range: Tstg =-40 ℃ to 150 ℃
·Installation torque: power terminal M5 screw 2.5-5.0N · m, install M6 screw 3.0-5.0N · m
·Module weight: 160g
III. Electrical characteristics and performance analysis
3.1. Static characteristics of IGBT (Tj = 25℃)
·Threshold voltage: VGE(th)= 5.5V typical value (IC = 1mA,VCE = VGE)
·Saturation pressure drop:VCE(sat)=2.2V(Tj=25℃,IC=200A),2.5V(Tj=150℃)
·Leakage current: ICES = 1.0mA maximum (VGE = 0V,VCE = VCES)
·Input capacitance:Cies=19.8pF(VCE=25V,VGE=0V,f=1MHz)
·Internal gate resistance:Rgint=0.4Ω
3.2. Dynamic characteristics of IGBT (test conditions: VCC = 600V,IC = 200A,VGE = ± 15V,L = 525 μH,Rg = 10Ω)
·Conduction characteristics:td(on)=109ns(25℃),94ns(150℃);tr=141ns(25℃),150ns(150℃)
·Shutdown characteristics:td(off)=472ns(25℃),500ns(150℃);tf=95ns(25℃),114ns(150℃)
·Switching Loss:Eon=27.6mJ(25℃),37mJ(150℃);Eoff=12.6mJ(25℃),15.2mJ(150℃)
3.3. Diode characteristics
·Forward pressure drop:VFM=2.8V(Tj=25℃,IF=200A),2.3V(Tj=150℃)
·Reverse Recovery:Ir=55.4A(25℃),95.0A(150℃);Qrr=7.1μC(25℃),19.5μC(150℃)
·Energy recovery:Erec=1.9mJ(25℃),6.0mJ(150℃)
IV. Thermal management and reliability design
Efficient thermal management is the key to ensure long-term reliable operation of IGBT module. CXIG200R120KZ1 provides perfect guidance on thermal parameters:
·IGBT junction thermal resistance:RθJC=0.1K/W
·Diode junction thermal resistance: R & theta;JC = 0.15K/W (typical)
·Shell-radiator thermal resistance:RθCS=0.1K/W
In the actual heat dissipation design, engineers need to calculate the required radiator specifications according to the maximum power loss of the system and the working environment temperature to ensure that the junction temperature of the module is always kept within the safe range of 175℃. The compact package design and optimized thermal path of the module enable the system to achieve higher power density.
V. Detailed explanation of typical application fields
5.1. Different broken power system
In UPS applications, CXIG200R120KZ1 low conduction loss and fast switching characteristics can significantly improve system efficiency, while its strong short circuit tolerance ensures system reliability under abnormal grid conditions. The optimized switching characteristics of the module also help reduce EMI noise and simplify filtering design.
5.2. Induction heating equipment
For induction heating applications, the high frequency switching capability and excellent thermal characteristics of the module enable it to achieve accurate power control and high energy conversion efficiency. Its stable temperature characteristics and low parasitic parameters ensure long-term reliability under frequent switching conditions.
5.3. High power converter
In industrial AC-DC and DC-AC converters, the 1200V/200A power processing capability provided by this module can meet most medium power application requirements. The optimized switching loss balance enables the system to work at high switching frequencies, reducing the volume of passive components and improving the power density.
5.4. Electric welding machine power supply
In modern electric welding equipment, the fast switching characteristics and strong short circuit capability of the module are especially suitable for frequent short circuit conditions, which can provide stable and reliable welding performance and prolong the service life of the equipment.
VI. Key points of system design and optimization suggestions
6.1. Driver circuit design
·Driving voltage: We recommend that you use a drive voltage of 15V/-8v to ensure full conduction and reliable shutdown.
·Gate resistance: optimize external gate resistance according to switching speed and EMI requirements, typical value 10Ω
·Driving Capability: ensure that the driver circuit can provide sufficient peak current to meet the gate charge requirements of the module
6.2. Protection circuit design
·Overcurrent protection: use desaturation detection or Hall current sensor to achieve fast microsecond protection
·Over-temperature protection: monitor the temperature of the radiator and implement classified protection based on junction temperature estimation.
·Voltage clamp: use appropriate buffer circuit to suppress voltage spikes during shutdown
6.3 PCB and layout optimization
·Low inductance design: minimize the parasitic inductance of the main power loop and reduce switching overrush
·Drive isolation: ensure that the gate drive signal is not interfered by the power part
·Thermal interface optimization: use high-quality thermal conductive materials to ensure good thermal contact between the module and the radiator
VII. Performance advantages and selection guidance
CXIG200R120KZ1 has obvious advantages in similar IGBT module:
·Optimized loss balance: achieve the best balance between conduction loss and switching loss to improve the overall efficiency of the system
·Strong reliability: 10 seconds short circuit tolerance and wide temperature range ensure stable operation in harsh environments
·Simplify system design: modular packaging reduces the number of external components and reduces system complexity and cost
·Wide applicability: covers a variety of application scenarios from UPS to industrial heating, providing design flexibility
During selection, engineers should comprehensively consider the voltage/current requirements, switching frequency, heat dissipation conditions and reliability requirements of the system to ensure that the selected modules can meet the application requirements and leave appropriate design margin.
VIII. Technical support and resource acquisition
JTM-IC provides complete technical support services for the CXIG200R120KZ1 IGBT62 module, including:
·Detailed technical documentation: data sheets, application notes, and reliability reports
·Reference Design: complete circuit scheme and parameter calculation for typical applications
·Simulation Model: device models that support mainstream simulation platforms
·Sample Service: provide sample testing and evaluation support for qualified customers
Our technical team has rich experience in power electronics applications and can provide customers with full-process technical support from conceptual design to mass production to ensure the smooth progress and successful mass production of the project.
IX. Conclusion
CXIG200R120KZ1 IGBT62 module has become the preferred power solution in the field of industrial power electronics due to its excellent performance characteristics, strong reliability and wide application adaptability. Whether in traditional Industrial Drive, UPS system or demanding induction heating and welding equipment, this module can provide designers with high performance and high reliability power switch solutions. Choosing CXIG200R120KZ1 means choosing optimized system efficiency, simplified design and long-term operation reliability.
JTM-IC as a professional power semiconductor supplier, we are always committed to providing customers with high-quality products and comprehensive technical support. Welcome to the official websitejtm-ic.comGet detailed technical information, application plans and sample application information for CXIG200R120KZ1, and our professional technical team will provide you with personalized technical consulting services at any time.
10. Download the relevant chip selection guide -More similar products....
