MG150J7KS50 is a high speed Silicon N Channel IGBT, Toshiba GTR module and can used in various high power switching applications and motor control applications. The basic product features correspond to a state of high input impedance and the part is in enhancement mode. The electrodes are isolated from the case and 7 IGBT’s are built into 1 package. The weight of MG150J7KS50 is 520 g.
Maximum Ratings And Electrical Specifications Of MG150J7KS50
MG150J7KS50 ratings are noted down in Inverter Stage and Brake Stage. The temperature (Ta) in all stages is taken to be 25oC.
The maximum rating for Collector emitter voltage of MG150J7KS50 in Inverter stage is 600V, while the corresponding figure for Gate emitter voltage is +- 20V. The Collector Current (DC) and the Forward Current (DC) both have a maximum rating of 150A and the Collector Power Dissipation is at a rate of 320W. The Junction temperature in both Inverter and Brake stage is 150oC.
The Electrical characteristics of MG150J7KS50 in the Inverter stage and Brake stage suggest a Gate leakage Current of maximum +-500nA and the Collector emitter cut-off current is max 1mA. The input capacitance reading is 12nF in Inverter stage and 4nF in the Brake stage and the Forward voltage (Inverter stage) for the type is 2.5V.
The corresponding Maximum and Electrical ratings of MG150J7KS50 in the Brake stage refer to Collector emitter voltage of 600V, Gate emitter voltage as +- 20V, the Collector Current (DC) and the Forward Current (DC) as 50A and the Collector Power Dissipation is at a rate of 120W. The Forward voltage for the type is 2.2V.
Monday, February 26, 2007
Monday, February 19, 2007
EPF10K200SFC672-1X – A SPECIALIZED MEGA-FUNCTION ENABLER
EPF10K200SFC672-1X is an embedded programmable logic device (PLD), providing System-on-a-programmable-chip integration in a single device, like many other electronic components introduced by Altera in the PLD series. These programmable logic devices especially incorporate an embedded array, which ensures successful execution of various mega functions like efficient memory operations and specialized logic functional requirements. The PLDs further have a dual port capability. Falling under the Flex 10 KE series of Altera’s PLDs, EPF10K200SFC672-1X is a perfect example of specialized executor of several crucial tasks.
The Device Features
EPF10K200SFC672-1X under the head of electric devices presented by Altera falls in the category of EPF10K200S PLDs. The electrical devices of the EPF10K200S series typically have about 2,00,000 gates. The maximum system gates are 5,13,000 and the logic elements correspond to a figure of 9,984. There are 24 EABs in these components and the RAM bits equal a total of 98,304. With 470 user I/O pins, EPF10K200SFC672-1X is fabricated on an advanced process and also enables CloackLockTM and ClockBoostTM options for reduced clock delay / skew and multiplication facilities.
The embedded programmable logic devices, including the EPF10K200SFC672-1X further support flexible interconnection and powerful I/O pins. To further add to the user’s ease of operability, flexible package options are also provided. FLEX 10KE devices are an enhanced version of the earlier introduced FLEX 10K devices by Altera. The FLEX architecture is based on the re-configurable CMOS SRAM elements. Considering this and many more salient features of EPF10K200SFC672-1X, it can certainly be considered as an electronic device incorporating all essential features required to implement common gate array mega functions.
The Device Features
EPF10K200SFC672-1X under the head of electric devices presented by Altera falls in the category of EPF10K200S PLDs. The electrical devices of the EPF10K200S series typically have about 2,00,000 gates. The maximum system gates are 5,13,000 and the logic elements correspond to a figure of 9,984. There are 24 EABs in these components and the RAM bits equal a total of 98,304. With 470 user I/O pins, EPF10K200SFC672-1X is fabricated on an advanced process and also enables CloackLockTM and ClockBoostTM options for reduced clock delay / skew and multiplication facilities.
The embedded programmable logic devices, including the EPF10K200SFC672-1X further support flexible interconnection and powerful I/O pins. To further add to the user’s ease of operability, flexible package options are also provided. FLEX 10KE devices are an enhanced version of the earlier introduced FLEX 10K devices by Altera. The FLEX architecture is based on the re-configurable CMOS SRAM elements. Considering this and many more salient features of EPF10K200SFC672-1X, it can certainly be considered as an electronic device incorporating all essential features required to implement common gate array mega functions.
Friday, February 16, 2007
E5CS-Q1PX – A RELIABLE EQUIPMENT
E5CS-Q1PX is a 1/16 DIN sized temperature controller manufactured by OMRON, which offers selectable control and selection of various alarm modes. The key highlights that certainly mark OMRON temperature controllers as a preferred choice include, high accuracy in readings (to +- 0.5% of full scale), unmatched flexibility offered by multiple temperature scale ranges to match specific application requirements and selectable on / off and PID control with auto tuning facilities of proportional band. Also included in the set is the standard 8-fucntion alarm, easy to read 11mm high LED display, a nonvolatile memory backup and tamper proof settings, faulty sensor compensation and controller diagnostics. To further add, all these features are bundled together with a three-year warranty assurance.
The Unmatchable Self-Diagnostic Function
Given the mentioned features, E5CS-Q1PX can certainly be considered a reliable device. To further ensure secured usage, the temperature controllers of the E5CS-X series have an inbuilt self-diagnostic function that displays various error messages, in case of a technical issue, to facilitate easy troubleshooting.
For instance, a message FFF on the screen of E5CS-Q1PX indicates that either the temperature has risen beyond the temperature scale range or the Thermistor has been short circuit. Depending upon the cause statement highlighted, appropriate control output is initiated. In the specified case, if the temperature has risen, the control output is OFF during heating (reverse) operation and if the Thermistor has been short circuited, the control output function is ON during cooling (normal) operation. In various other situations, depending upon the requirement, the appropriate messages are displayed and if required, the control output disables the key operations.
The Unmatchable Self-Diagnostic Function
Given the mentioned features, E5CS-Q1PX can certainly be considered a reliable device. To further ensure secured usage, the temperature controllers of the E5CS-X series have an inbuilt self-diagnostic function that displays various error messages, in case of a technical issue, to facilitate easy troubleshooting.
For instance, a message FFF on the screen of E5CS-Q1PX indicates that either the temperature has risen beyond the temperature scale range or the Thermistor has been short circuit. Depending upon the cause statement highlighted, appropriate control output is initiated. In the specified case, if the temperature has risen, the control output is OFF during heating (reverse) operation and if the Thermistor has been short circuited, the control output function is ON during cooling (normal) operation. In various other situations, depending upon the requirement, the appropriate messages are displayed and if required, the control output disables the key operations.
CM300DY-24H – A 1200 V, 300 AMP DUAL IGBT MODULE
MITSUBISHI’s CM300DY-24H is a dual IGBT, insulated type module used in switching applications where IGBT stands for Insulated Gate Bipolar Transistor. Each module consists of two IGBTs in a half-bridge configuration with each transistor having a reverse connected super fast recovery free wheel diode. The components and interconnects to ensure simplified system assembly and thermal management, are isolated from the heat sinking base plate. The other key features are low drive power, high frequency operation and low VCE. The electrical device can be used for various applications including usage in AC motor control, motion/servo control, UPS and wielding power supplies.
Details Of The Maximum Ratings And Electrical Characteristics Of CM300DY-24H
The details furnished below corresponding to CM300DY-24H are true given a device Junction Temperature of 25oC.
The Collector Emitter Voltage rating is 1200 V, the Gate Emitter Voltages count is +- 20V and the Isolation Voltage is 2500 V. The Collector and Emitter Current refer to a figure of 300 Amp and the maximum Collector Dissipation is 2100 W. The typical weight of CM300DY-24H is 500 g and the Storage Temperature range is from – 40oC to + 125oC.
As for the important Electrical Characteristics, the Collector Cutoff Current must not exceed a maximum of 1 mA and the maximum limit for Gate Leakage Current is 0.5 μA. The optimal Gate emitter threshold voltage is 7.5 V (6 V being the optimum) and the Collector emitter saturation voltage for the concerned type is 2.5 V. The Input and Output Capacitance are 70 nF and 10 nF.
Details Of The Maximum Ratings And Electrical Characteristics Of CM300DY-24H
The details furnished below corresponding to CM300DY-24H are true given a device Junction Temperature of 25oC.
The Collector Emitter Voltage rating is 1200 V, the Gate Emitter Voltages count is +- 20V and the Isolation Voltage is 2500 V. The Collector and Emitter Current refer to a figure of 300 Amp and the maximum Collector Dissipation is 2100 W. The typical weight of CM300DY-24H is 500 g and the Storage Temperature range is from – 40oC to + 125oC.
As for the important Electrical Characteristics, the Collector Cutoff Current must not exceed a maximum of 1 mA and the maximum limit for Gate Leakage Current is 0.5 μA. The optimal Gate emitter threshold voltage is 7.5 V (6 V being the optimum) and the Collector emitter saturation voltage for the concerned type is 2.5 V. The Input and Output Capacitance are 70 nF and 10 nF.
Monday, February 12, 2007
UPG501B – A Handy Pre-Scaler by NEC
UPG501B, a NEC product, is a GaAs divide-by-4 pre-scaler that can be operated in a frequency range of 1.5 GHz to 5 GHz. It is a static divider with two master slave D type flip-flops and operates from a single supply voltage (+10 Volts). The key application of a UPG501B is in frequency synthesizers of microwave communication systems and measurement equipments. The manufacturers i.e. the NEC commits guaranteed performance over an ambient temperature range (i.e. from – 25oC to + 75oC) and provides the product in a reliable and easily usable hermetically sealed 8 – lead ceramic flat package.
Damage Prevention Guidelines
UPG501B is a handy electronic device and keeping few basic usage guidelines in the forefront, can help deal with any permanent damages to the product features. The supply voltage of 10V, for instance, is perfect for UPG501B. However in any circumstances must not be above +12V. Similarly, the supply current must not exceed beyond 150 mA and the total power dissipation rating can be at a maximum of 1.5W. The suggested operating temperature range is – 65oC to + 125oC. The storage temperature however, can go up to a positive temperature of 175oC, the minimum being - 65oC.
There are possibilities, when due to high internal gain and gain compression, UPG501B could end up in self-oscillation. The same can be managed by either adding a shunt resistor to the RF input line or by applying a negative voltage through a 1000-ohm resistor to the normally open VGG connection.
Other Prescalers:
UPB1510GV, 3 GHz INPUT DIVIDE BY 4 PRESCALER
HMMC-3024, 12 GHz divide by 4 prescaler
25675DV-QFN, DC to 25 GHz Divide-by-4 Prescaler
Damage Prevention Guidelines
UPG501B is a handy electronic device and keeping few basic usage guidelines in the forefront, can help deal with any permanent damages to the product features. The supply voltage of 10V, for instance, is perfect for UPG501B. However in any circumstances must not be above +12V. Similarly, the supply current must not exceed beyond 150 mA and the total power dissipation rating can be at a maximum of 1.5W. The suggested operating temperature range is – 65oC to + 125oC. The storage temperature however, can go up to a positive temperature of 175oC, the minimum being - 65oC.
There are possibilities, when due to high internal gain and gain compression, UPG501B could end up in self-oscillation. The same can be managed by either adding a shunt resistor to the RF input line or by applying a negative voltage through a 1000-ohm resistor to the normally open VGG connection.
Other Prescalers:
UPB1510GV, 3 GHz INPUT DIVIDE BY 4 PRESCALER
HMMC-3024, 12 GHz divide by 4 prescaler
25675DV-QFN, DC to 25 GHz Divide-by-4 Prescaler
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