New Sensor Technology simplifies EVs and Data Centers
In a recent article on how Tesla is running circles around traditional automakers, The New York Times suggested that because they were essentially an agile tech company, they had an extreme advantage.
"G.M. and Ford closed one factory after another — sometimes for months on end — because of a shortage of computer chips, leaving dealer lots bare and sending car prices zooming," The Times explained. "Yet Tesla racked up record sales quarter after quarter and ended the year having sold nearly twice as many vehicles as it did in 2020 unhindered by an industrywide crisis… When Tesla couldn't get the chips it had counted on, it took the ones that were available and rewrote the software that operated them to suit its needs."
Welcome to the EV sector, where agility is everything and change are coming fast and furious. On-board and off-board charging systems are consistently requiring increased power and higher efficiency. In order to enable this architecture to need to run faster, be more accurate, and have less latency—all while maintaining the same or smaller form factors.
And it's not just happening in EVs—the same demands for agility, power, and efficiency are being seen in industrial, telecom, and data center.
Traditional, Hall-based sensors can no longer provide the need for low power consumption, high sensitivity, and accuracy, at an affordable cost, meaning new technologies are needed. For these benefits, AMR and GMR sensors are quickly giving way to Tunnel Magneto Resistance (TMR) sensors.
TMR delivers the accuracy, low power, temperature stability, sensitivity, and signal/noise ratio that no other solution can offer. Specifically, AMT fails around accuracy, sensitivity, and signal/noise, while GMR also struggles with signal/noise.
TMR, on the other hand, excels as a current sensor, since a TMR Sensor’s resistance changes according to the external magnetic field. When it’s combined with state-of-the-art CMOS circuitry, these sensors can be used as high-SNR sensors, delivering excellent linearity and thermal performance— as a contact or contactless current sensor.
The highly versatile TMR solution provides high-end performance for demanding applications and can be incorporated into existing designs with better performance and lowers the overall total cost of the solution.
Power-factor correction
The power factor (PF) of a power supply is the ratio of the real power consumed to the apparent power (Voltsrms multiplied by Ampsems.) The PF determines the amount of useful power that a switch mode power supply can draw from the AC line and then deliver to its output load.
A power supply utilizing Power Factor Correction (PFC) supplies higher output load currents and significantly minimizes AC current harmonics, leaving the “fundamental” current frequency that is in phase with the voltage waveform. PFC is inserted between the line and the main converter, and a pre-converter draws sinusoidal current from the mains and provides a DC voltage. Essentially, it works like a boost converter to correct the power factor. The result is a minimized reactive power, delivering the actual power.
In traditional PFC, a large portion of system loss occurs in the diode bridge. A shunt resistor is placed in the ground line to sense current, yet in this scenario, you experience 2-3% system loss of total efficiency.
With a 2-Phase Bridgeless PFC, the part component utilization is doubled. Here, a complicated current sensing circuit (3 Current transformers) is required. So while this architecture eliminates the diode bridge, the drawbacks of 2X components and the complicated sensing circuit are significant.
Figure 1: 2-Phase Bridgeless PFC
Totem Pole PFC
With the totem-pole PFC, half of the diode bridge is replaced by active switches (S1 and S2.) This high-frequency half bridge is typically employing GaN. The other half of the diode bridge is replaced by switches S3 and S4 which are a line frequency leg with synchronous MOSFETS. The loss of the diode bridge leads to improved efficiency; the architecture also delivers lower part counts and requires only one sensor.
Figure 2: CCM Totem Pole PFC
This solution increases the power factor of a load, improving efficiency for the distribution system to which it is attached. In an electric power system, a load with a low power factor draws more current than a load with a high power factor for the same amount of useful power transferred. With the increased demand that EVs will have on our energy infrastructure, more emphasis is being placed on improving PFC efficiency.
New Architectures
New PFC architectures combined with higher efficiency GaN devices are enabling new levels of efficiency and power density. The totem-pole PFC is the architecture of choice for this application and there are more and more controllers being released that support this. This new solution is changing the game for the EV on-board and off-board chargers, computing, and data centers.
According to Crocus, developer of the most advanced magnetic TMR sensor technology solutions, an XtremeSense® TMR sensor is the ideal solution for isolated current sensing in these applications, delivering the highest sensitivity, the widest dynamic range, the lowest power consumption, and the highest accuracy over temperature.
The Crocus TMR sensor provides high SNR and a clean signal to the controller, low power loss, and 1-MHz bandwidth with low latency and fast output response time (300 ns) for measurements. The TMR sensor also features programmable overcurrent detection and high-voltage isolation to ensure safety.
These new Totem Pole PFC solutions are dramatically improving the way isolated current sensing is done, contributing to higher power density – the perfect solution for agile EVs and expanding data center applications.
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本文由Vicky转载自Crocus Technology，原文标题为:New Sensor Technology simplifies EVs and Data Centers，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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Advantage of Crocus TMR Axis of Sensitivity for Crosstalk and Current Trace Density
In application, the lower crosstalk from the Crocus TMR axis of sensitivity enables more accurate measurements and a higher density of current traces on a PCB. Crocus TMR sensor is impacted by 2% from a stray magnetic field 10mm away while a Hall sensor is impacted by 50%.
Current Sensing for Electric Vehicles
An example of a magneto-resistance sensor is the Crocus Technology CT452. This sensor implements TMR, a new type of magneto-resistance technology. TMR sensors have a fixed magnetic reference layer, an insulator, and a magnetic sensing layer that follows the external field.
The Revolution in Sensor Technology
The Crocus Technology TMR sensor provides high SNR and clean signal to the controller, low power loss, and 1-MHz bandwidth with low latency and fast output response time (300 ns) for measurements. It also features programmable overcurrent detection and high-voltage isolation to ensure safety.
Suncall Corporation Taps Crocus Technologies TMR Sensor Technology to Develop Advanced Sensors for EV Industry
Suncall’s collaboration with Crocus is a significant milestone in the development of the magnetic current sensor. By implementing TMR for current detection applications in devices with high currents, Suncall is breaking new ground in the industry, paving the way for further innovation and growth.
Only TMR Current Sensors Can Enable Efficient Industrial and Automotive Applications
Today, a wide variety of industrial and automotive applications are demanding higher efficiency which impacts many design decisions including the current sensing requirements. The demands are so dramatic that it may be that existing magnetic-based solutions will be obsolete by 2030. These applications demand wide band gap (WBG) power devices pushing the performance requirements for current sensing.
Crocus Technology TMR传感器选型指南
目录- Company Profile Isolated Current Sensors Supercharge Sensor Technology XtremeSense TMR
型号- CT426-ASN820MR,CT426-ASN850DR,CT427-HSN865MR,CT220,CT426-HSN850MR,CT433-HSWF65DR,CT8152PC-IL4,CT220FMC-IS5,CT416-HSN820DR,CT417-HSN820,CT8112BK-HS3,CT453,CT452,CT432-HSWF20MR,CT431-HSWF65,CT8122AM-HL4,CT427-ASN865DR,CT43X,CT432-HSWF50DR,CT811X,CT220BMV-IS5,CT427-HSN830MR,CT418-HSN850MR,CT428-HSN830DR,CT110,CT100LW-HS6,CT428-HSN850,CT417-ASN850MR,CT8132BV-HS3,CT432-ASWF65DR,CT8150PC-IS3,CT110PDC-ID6,CT100,CT418-ASN865MR,CT431-HSWF50,CT812X,CT431-HSWF50MR,CT813X,CT427-HSN820MR,CT428-HSN865,CT220FMC-HS5,CT8152PC-HL4,CT452-H00DRTS08,CT433,CT432,CT431,CT310,CT415-ASN820DR,CT418-ASN830MR,CT430,CT8122AM-IL4,CT41X,CT220BMV-HS5,CT450,CT8132BV-IS3,CT431-ASWF65MR,CT433-HSWF30DR,CT110PDC-HD6,CT427-HSN850DR,CT425-ASN850MR,CT427-ASN830DR,CT42X,CT432-ASWF20DR,CT815X,CT220RMC-HS5,CT431-ASWF30DR,CT450-A00MRSN08,CT415,CT8131BV-IL4,CT415-ASN865DR,CT430-HSWF50MR,CT418,CT452-H00MRSN08,CT8150PC-HL4,CT417,CT415-HSN830MR,CT428-HSN820MR,CT452-A00MRTS08,CT416,CT430-ASWF50DR,CT81XX,CT430-ASWF20MR,CT100LW-FS6,CT426-ASN830MR,CT452-H06MRTS08,CT8131BV-HL4,CT220PMC-IS5,CT425,CT432-HSWF30MR,CT415-HSN865MR,CT428,CT427,CT430-ASWF30MR,CT220RMC-IS5,CT415-HSN850DR,CT433-HSWF20DR,CT8112BK-IS3,CT417-ASN865MR,CT426-ASN865MR,CT452-H06DRSN08,CT432-HSWF65MR,CT428-HSN865MR,CT8150PC-IL4,CT310LS-IT8,CT427-ASN820DR,CT432-ASWF30DR,CT453-A00DRSN08,CT430-ASWF65MR,CT428-HSN850DR,CT431-ASWF20DR,CT418-ASN850MR,CT417-ASN830MR,CT220PMC-HS5,CT8112BK-IT3,CT8132BV-HL4,CT415-ASN830DR,CT415-HSN820MR,CT450-H24DRSN08,CT453-A00DRTS08,CT310LS-HD8,CT453-H00DRSN08,CT416-ASN820DR,CT425-HSN820DR,CT417-HSN850MR,CT418-ASN865DR,CT430-HSWF65,CT220PMV-IS5,CT433-ASWF50MR,CT425-HSN830,CT8152PC-HS5,CT426-ASN820DR,CT452-H00DRSN08,CT8132BV-IL4,CT433-HSWF50DR,CT418-ASN830DR,CT428-ASN850MR,CT433-HSWF20MR,CT453-H06DRSN08,CT425-HSN820,CT416-ASN865DR,CT425-ASN850DR,CT430-HSWF30MR,CT220PMV-HS5,CT425-ASN820MR,CT431-ASWF65DR,CT433-HSWF30MR,CT427-HSN850MR,CT452-A00DRTS08,CT416-ASN830DR,CT431-ASWF30MR,CT433-HSWF65MR,CT430-HSWF50,CT415-HSN830DR,CT428-HSN820DR,CT310LS-FD8,CT430-ASWF50MR,CT431-HSWF20,CT425-ASN865MR,CT415-HSN865DR,CT415-ASN850DR,CT452-H06DRTS08,CT430-HSWF65MR,CT110FDC-ID6,CT452-H00MRTS08,CT8132BH-IS3,CT425-ASN830MR,CT415-ASN820MR,CT425-HSN865,CT425-HSN865DR,CT428-HSN865DR,CT426-ASN830DR,CT431-ASWF50DR,CT417-HSN830MR,CT431-ASWF20MR,CT418-HSN820DR,CT453-H06DRTS08,CT415-ASN830MR,CT425-HSN830DR,CT415-HSN820DR,CT426-ASN865DR,CT453-H00MRTS08,CT8152PC-IS5,CT100LW-IS6,CT417-HSN865MR,CT450-H24MRSN08,CT425-HSN850,CT430-HSWF50DR,CT418-ASN820MR,CT432-HSWF50MR,CT8150PC-HS3,CT450-H00DRTS08,CT430-HSWF20MR,CT8132BH-HS3,CT428-ASN830MR,CT431-HSWF30,CT415-ASN865MR,CT110FDC-HD6,CT418-ASN850DR,CT452-A00DRSN08,CT415-HSN820,CT427-ASN850MR,CT417-HSN850DR,CT431-HSWF20DR,CT220RMV-HS5,CT428-ASN865MR,CT425-HSN820MR,CT100LW-ID6,CT433-HSWF50MR,CT453-A00MRSN08,CT110FDV-ID6,CT417-ASN865DR,CT432-ASWF50MR,CT416-ASN820MR,CT417-HSN820MR,CT426-HSN850,CT425-HSN850DR,CT416-ASN850DR,CT110RDV-ID6,CT425-ASN820DR,CT426-HSN865DR,CT433-ASWF65MR,CT450-H06MRSN08,CT426-HSN820,CT130LN-HD6,CT8111DT-IS3,CT430-ASWF20DR,CT425-ASN865DR,CT428-ASN850DR,CT220RMV-IS5,CT426-HSN830DR,CT100LW-HD6,CT428-ASN820MR,CT431-HSWF65DR,CT433-ASWF30MR,CT110FDV-HD6,CT416-ASN865MR,CT417-ASN820DR,CT426-HSN830,CT418-HSN865DR,CT415-HSN830,CT110RDV-HD6,CT416-HSN850MR,CT418-HSN830DR,CT453-H06MRTS08,CT110PDV-ID6,CT430-HSWF65DR,CT415-HSN865,CT418-HSN865,CT220FMV-IS5,CT8132EK-IS3,CT425-ASN830DR,CT450-H00DRSN08,CT430-HSWF20,CT415-ASN850MR,CT8111BK-IT3,CT8132SK-IL4,CT450-A00DRTS08,CT415-HSN850,CT430-HSWF30DR,CT431-ASWF50MR,CT431-HSWF30DR,CT416-HSN830MR,CT430-HSWF30,CT8111BK-IS3,CT453-A00MRTS08,CT427-HSN820,CT418-HSN820MR,CT453-H00MRSN08,CT110PDV-HD6,CT426-HSN865,CT310LS-ID8,CT220FMV-HS5,CT430-HSWF20DR,CT417-HSN830DR,CT310LS-AT8,CT100LW-FD6,CT418-ASN820DR,CT450-H12MRSN08,CT433-ASWF50DR,CT425-HSN865MR,CT418-HSN850,CT417-HSN865DR,CT450-H00MRTS08,CT453-H00DRTS08,CT426-HSN820DR,CT425-HSN830MR,CT8111BK-HS3,CT433-ASWF20MR,CT8111BH-IS3,CT417-ASN850DR,CT432-ASWF20MR,CT433-ASWF65DR,CT418-HSN820,CT416-HSN820,CT417-ASN820MR,CT428-ASN830DR,CT426-HSN850DR,CT310LS-HT8,CT416-HSN820MR,CT427-HSN865DR,CT432-ASWF50DR,CT416-HSN830,CT432-HSWF20DR,CT433-ASWF30DR,CT110RDC-HD6,CT427-HSN830,CT220BMC-HS5,CT426-HSN865MR,CT418-HSN830,CT8132SL-HS3,CT417-HSN820DR,CT428-ASN865DR,CT8122AM-HS3,CT425-HSN850MR,CT427-ASN820MR,CT427-ASN850DR,CT428-HSN830MR,CT418-HSN850DR,CT427-HSN830DR,CT8111BH-HS3,CT427-HSN865,CT8131BV-IS3,CT426-HSN830MR,CT8111DK-IS3,CT8132EK-HS3,CT427-ASN830MR,CT416-HSN865MR,CT110RDC-ID6,CT8132SK-HL4,CT427-HSN820DR,CT416-HSN850,CT418-HSN830MR,CT427-HSN850,CT431-HSWF50DR,CT220BMC-IS5,CT8132DM-HS3,CT416-HSN850DR,CT431-HSWF20MR,CT8122AM-IS3,CT8132SL-IS3,CT427-ASN865MR,CT428-ASN820DR,CT418-HSN865MR,CT416-ASN830MR,CT417-HSN865,CT8132SK-HS3,CT8131BV-HS3,CT8111DT-HS3,CT452-H06MRSN08,CT8112DK-IS3,CT430-ASWF65DR,CT416-HSN865,CT431-HSWF30MR,CT8111DK-HS3,CT8112DT-IS3,CT310LS-FT8,CT8122AN-HS3,CT431-HSWF65MR,CT8132BL-HS3,CT8132DM-IS3,CT453-H06MRSN08,CT417-HSN850,CT450-H06DRSN08,CT416-HSN830DR,CT
Novosense工业控制解决方案
描述- NOVOSENSE微电子公司专注于提供高性能的模拟和混合信号芯片，广泛应用于汽车、工业、信息通信和消费电子市场。公司产品涵盖传感器、信号链和电源管理，包括工业控制系统、能源控制单元、智能电表、集中器、FTU、DTU、PDU、PLC、步进电机、工业变频器、伺服系统和BTS电池组件容量等。产品线丰富，包括霍尔电流传感器、运算放大器、ADC、压力传感器、温度传感器、CAN收发器、RS485收发器、I/O扩展器、I2C、缓冲器、数字隔离器、隔离电流/电压检测、隔离电源、隔离驱动器、非隔离驱动器、高/低边开关、AC-DC转换器、DC-DC转换器、LDO、电压参考和监控与复位IC等。
型号- NSI6801,NSI1311,NSI1312,NSI824X,NSAD114X,NCA8244,NCA8245,NSM2017,NSM211X,NST175,NSM2019,NSM2013,NSI22C11,NSI68515,NSM2015,NSM2011,NSD5604,NSM2012,NSA2862X,NSR33XXX,NST86,NSOPA9XXX,NSI1300,NSI6801M,NSREF31XX,NSI1306,NST112X,NSI1303,NCA1044,NSI1305,NSR7808,NSE11409,NSI8266,NSI8100,NSR28C4X,NIRS21,NSI8260,NSOPA8XXX,NCA9555,NSI1200C,NSD1026V,NCA1042B,NSAD124X,NSD12416,NSI8608,NCA3176,NSCSA24X,NSI83086,NSM201X,NSI83085,NSM2113,NSM2311,NST235,NSR31XXX,NSA2860X,NST60,NSD1624,NST20,NIRS31,NSR104XX,NSR35XXX,NSD1224,NSREF30XX,NSCSA199,NSI1200,NSI1042,NSI1400,NSCSA21X,NSD11416,NSC2860X,NSI22C12,NCA1051A,NCA3485,NST1002,NST1001,NSI82XX,NSI8200,NSI1050
TMR与分流传感器：表格如何转变供应链和精度问题使TMR成为安全的赌注
描述- 本文探讨了传统分流式传感器与隧道磁阻式（TMR）传感器的对比。随着精度要求的提高，传统分流式传感器在成本效益上逐渐失去优势。TMR传感器因其内置隔离、更少的组件和更简单的供应链响应，提供了更安全、更精确的解决方案。文章还比较了霍尔效应传感器与分流式传感器的优缺点，指出TMR传感器在低功耗、高信号噪声比、更好的线性度和无需额外磁通集中器结构方面具有显著优势。
Crocus’ XtremeSense® TMR CT81xx Sensors: a Combination of High Sensitivity, Low Power and Small Footprint for Medical Wearables Applications
Crocus’ XtremeSense® TMR CT81xx series of sensors are ideal for battery-operated medical wearable devices. The high sensitivity of the XtremeSense® TMR sensor enables the use of smaller or lower-cost magnetics while drawing very low supply current (as low as 110 nA). XtremeSense® TMR delivers this sensitivity in a small footprint and at the lowest power consumption on the market.
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交付量超过1亿台，Crocus的CMOS集成XtremeSense®TMR传感器因TMR技术设计获得市场青睐和应用
由于其高性能技术、关键设计优势和迅速的市场采用，迅速实现1亿台的出货量。XtremeSense TMR技术使客户能够毫无妥协地开发产品，充分利用高灵敏度、纳安级功耗、高带宽、高精度、温度稳定性和一流信噪比等优势。
Crocus Technology TMR流量传感器选型指南
目录- Current Sensors
型号- CT426-ASN820MR,CT426-ASN850DR,CT427-HSN865MR,CT426-HSN850MR,CT220FMC-IS5,CT416-HSN820DR,CT427-ASN850MR,CT417-HSN850DR,CT431-HSWF20DR,CT220RMV-HS5,CT428-ASN865MR,CT425-HSN820MR,CT453-H24MRTS16,CT453-H12DRTS16,CT427-ASN865DR,CT110FDV-ID6,CT220BMV-IS5,CT417-ASN865DR,CT427-HSN830MR,CT416-ASN820MR,CT418-HSN850MR,CT428-HSN830DR,CT417-HSN820MR,CT425-HSN850DR,CT416-ASN850DR,CT417-ASN850MR,CT431-ESWF20MR,CT110RDV-ID6,CT425-ASN820DR,CT110PDC-ID6,CT431-ESWF50DR,CT426-HSN865DR,CT418-ASN865MR,CT431-HSWF50MR,CT427-HSN820MR,CT450-A08DRTS08,CT416-HSN865DR,CT220FMC-HS5,CT430-ASWF20DR,CT430-ESWF20DR,CT425-ASN865DR,CT428-ASN850DR,CT220RMV-IS5,CT426-HSN830DR,CT415-ASN820DR,CT418-ASN830MR,CT428-ASN820MR,CT431-HSWF65DR,CT110FDV-HD6,CT220BMV-HS5,CT416-ASN865MR,CT417-ASN820DR,CT450-A20MRTS08,CT418-HSN865DR,CT452-A06MRTS16,CT431-ESWF65MR,CT452-H12MRTS16,CT110RDV-HD6,CT431-ASWF65MR,CT452-H24DRTS16,CT416-HSN850MR,CT110PDC-HD6,CT427-HSN850DR,CT425-ASN850MR,CT418-HSN830DR,CT427-ASN830DR,CT452-H12DRTS16,CT452-H24MRTS16,CT450-A08MRTS08,CT220RMC-HS5,CT431-ASWF30DR,CT110PDV-ID6,CT430-HSWF65DR,CT430-ESWF65DR,CT220FMV-IS5,CT425-ASN830DR,CT430-ESWF50MR,CT415-ASN865DR,CT415-ASN850MR,CT430-HSWF50MR,CT450-A20DRTS08,CT415-HSN830MR,CT428-HSN820MR,CT430-ASWF50DR,CT430-ASWF20MR,CT426-ASN830MR,CT430-HSWF30DR,CT220PMC-IS5,CT431-ASWF50MR,CT453-H24DRTS16,CT431-HSWF30DR,CT416-HSN830MR,CT415-HSN865MR,CT450-H08DRTS08,CT453-A06DRTS16,CT418-HSN820MR,CT430-ASWF30MR,CT110PDV-HD6,CT220RMC-IS5,CT415-HSN850DR,CT450-H12DRTS08,CT417-ASN865MR,CT220FMV-HS5,CT430-HSWF20DR,CT426-ASN865MR,CT417-HSN830DR,CT453-H12MRTS16,CT428-HSN865MR,CT427-ASN820DR,CT450-A12MRTS08,CT418-ASN820DR,CT453-H06MRTS16,CT430-ASWF65MR,CT428-HSN850DR,CT431-ASWF20DR,CT418-ASN850MR,CT425-HSN865MR,CT417-ASN830MR,CT430-ESWF30DR,CT220PMC-HS5,CT417-HSN865DR,CT415-ASN830DR,CT426-HSN820DR,CT425-HSN830MR,CT415-HSN820MR,CT417-ASN850DR,CT416-ASN820DR,CT425-HSN820DR,CT453-A12MRTS16,CT417-ASN820MR,CT417-HSN850MR,CT428-ASN830DR,CT418-ASN865DR,CT426-HSN850DR,CT416-HSN820MR,CT431-ESWF20DR,CT452-A12DRTS16,CT220PMV-IS5,CT427-HSN865DR,CT110RDC-HD6,CT426-ASN820DR,CT220BMC-HS5,CT426-HSN865MR,CT450-A12DRTS08,CT417-HSN820DR,CT428-ASN865DR,CT425-HSN850MR,CT427-ASN820MR,CT427-ASN850DR,CT428-HSN830MR,CT418-ASN830DR,CT428-ASN850MR,CT453-A12DRTS16,CT418-HSN850DR,CT427-HSN830DR,CT453-A24MRTS16,CT416-ASN850MR,CT452-H06MRTS16,CT416-ASN865DR,CT426-HSN830MR,CT431-ESWF50MR,CT427-ASN830MR,CT431-ESWF65DR,CT416-HSN865MR,CT425-ASN850DR,CT430-HSWF30MR,CT452-A24DRTS16,CT110RDC-ID6,CT220PMV-HS5,CT425-ASN820MR,CT431-ASWF65DR,CT427-HSN820DR,CT427-HSN850MR,CT418-HSN830MR,CT452-A06DRTS16,CT452-A24MRTS16,CT431-HSWF50DR,CT220BMC-IS5,CT416-ASN830DR,CT416-HSN850DR,CT431-HSWF20MR,CT431-ASWF30MR,CT452-A12MRTS16,CT450-H20MRTS08,CT427-ASN865MR,CT428-ASN820DR,CT431-ESWF30DR,CT450-H20DRTS08,CT418-HSN865MR,CT416-ASN830MR,CT415-HSN830DR,CT450-H12MRTS08,CT428-HSN820DR,CT431-ESWF30MR,CT453-A24DRTS16,CT430-ASWF65DR,CT453-A06MRTS16,CT431-HSWF30MR,CT452-H06DRTS16,CT430-ASWF50MR,CT431-HSWF65MR,CT425-ASN865MR,CT430-ESWF50DR,CT415-HSN865DR,CT450-H08MRTS08,CT416-HSN830DR,CT415-ASN850DR,CT430-ESWF20MR,CT430-HSWF65MR,CT110FDC-ID6,CT425-ASN830MR,CT415-ASN820MR,CT425-HSN865DR,CT428-HSN865DR,CT426-ASN830DR,CT417-ASN830DR,CT431-ASWF50DR,CT417-HSN830MR,CT431-ASWF20MR,CT430-ESWF30MR,CT415-HSN850MR,CT418-HSN820DR,CT415-ASN830MR,CT425-HSN830DR,CT415-HSN820DR,CT426-ASN865DR,CT417-HSN865MR,CT426-ASN850MR,CT430-ASWF30DR,CT426-HSN820MR,CT430-HSWF50DR,CT418-ASN820MR,CT430-ESWF65MR,CT430-HSWF20MR,CT453-H06DRTS16,CT428-ASN830MR,CT415-ASN865MR,CT428-HSN850MR,CT110FDC-HD6,CT418-ASN850DR
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