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Capter 1

Overview

Curve Tracer CS-3000 Series Instruction Manual

1-1

Capter 1

Overview

Development of semiconductor technologies is remarkable and diverse; in particular, components

including power devices such as inverters are expanding and progress in the technology for them is

striking in such facilities as heavy electrical equipment (electric power), home electric products, air

conditioning, and traffic. In power electronics technologies, existing pursuit of high efficient use of

power is changing to pursuit of reduced energy density (compacting) or ECO gentle to the

environments. Part development for ECO products is progressing rapidly in transportation industries

such as electric train, automobile industries, and power device manufacturers.

Inverter technologies used in various electronic components such as the air conditioner, refrigerator,

elevator, electric train, hybrid car, solar power generation, and wind power generation are essential

for saving energy. Importance of evaluating power semiconductor devices is increasing to improve

the efficiency in use of energy.

The curve tracer CS-3000 series have been developed to evaluate power semiconductor devices in

such a power electronics market. Section 1.1 below shows features of CS-3000.

1.1 Features

CS-3000 is the newest instrument which can support up to the maximum peak voltage of 3000V

and the maximum peak current of 1000A. It can be used not only for characteristics measurement

of high-voltage or high-current power devices such as the latest IGBT and power MOSFET but also

for characteristics measurement of various semiconductor devices such as transistors, diode, and

LEDs. The measurement results can be saved in the memory or sent to the PC through the USB

port and LAN interface which are attached as standard. Main features are as follows:

∗

CS-3000 series include 3 models: CS-3100, CS-3200, and CS-3300.

■

Peak voltage

All models of CS-3000 series have the maximum peak voltage of 3000 V for collector supply.

■

High current mode installed

Models of CS-3200/CS-3300 install the high current mode (HC mode)

- CS-3200: Up to

maximum collector current of 400 A

- CS-3300: Up to

maximum collector current of 1000 A

■

All models have 4 collector supply modes.

They have 4 collector supply modes: AC, full-wave rectified, DC, and leakage current as

standard.

Both CS-3200 and CS-3300 can supply the

maximum of 40 V pulse

in the high current mode

(HC mode).

■

Handling a measured device

A measured device is set in either of two methods below:

- Connect the terminals of a measured device to the specified terminals in the test adapter, and

set the test adapter in the test fixture. There are CS-500 of standard equipment and CS-501A

to CS-510 options in test adaptors. Refer to Section 2.3 to Section 2.12 for details.

- Connect the terminals of a measured device directly to the specified terminals of the test

fixture through the dedicated wires (Refer to Section 2.3 section for details only when you use

test fixture CS-302.

The test fixture with the measured device mounted is connected to the main unit through the

cable and the connector box. (For details, see Section 3.3.)

Summary of Contents for CS-3000 Series

Page 1: ...Instruction Manual Curve Tracer CS 3000 series CS 3100 CS 3200 CS 3300 ...

Page 3: ... Iwatsu is prohibited For questions about this instrument contact IWATSU ELECTRIC CO LTD listed at the end of this manual or our sales distributors Manual Part Number KML105061 Revision history February 2010 1st edition September 2016 11th edition May 2017 12th edition October 2017 13th edition July 2018 14th edition July 2020 15th edition Important Safety Precautions To ensure safe operation of t...

Page 4: ...e during measurement High voltage max 3kV and high current max 1000A may be applied to the terminal to which the DUT is mounted To prevent danger or to protect the DUT when detecting that the cover of the test fixture opens the instrument immediately shuts off the voltage and current applied to the terminal and stops the power supply to the DUT And for safety do not open the cover of the test fixt...

Page 5: ...e the unit after making the power switch a standby and pulling out the power plug from the power receptacle contact Iwatsu office or our sales distributors for repair Do not touch the plug of the power cord if your hands are wet This may result in electric shock Do not place this instrument on an unstable place such as a shaky stand or inclined place Letting this instrument fall or topple down may...

Page 6: ...hen using the attached 3 prong power cord to supply the power from the 3 wire receptacle grounding is made through the GND line of the power cord Use this instrument at a specified supply voltage Using this instrument at a voltage other than specified may result in electric shock fire or malfunction Usable power supply voltage range is written on the rear panel Do not remove the case cover and pan...

Page 7: ...e an electric shock or a fire If the instrument is not functioning correctly set the power switch to standby remove the plug from the receptacle and then contact Iwatsu office or our sales distributors for repair Do not place this instrument in an area where frequent vibrations or impacts occur If this instrument is dropped or overturned it may cause a physical injury If this instrument is dropped...

Page 8: ...spaces at the both sides and rear side of this instrument Otherwise this may cause operation or performance to be failed Open the space of about 100mm to the left side the right side and the back of this instrument When mounting it on the other instrument attenstion should be directed to temperature increase When connecting wire to DUT device under test check indications of each terminal and caref...

Page 9: ...utside a regulated system requirements or keeping it outside a regulated environmentmay cause malfunction If not an failure may be caused Usable temperature range is as follows Only indoor use Operation temperature 0 C to 40 C Operation humidity 5 to 80 RH at 30 C or less and no dew condensation allowed Upper bound value 55 RH at 40 C and no dew condensation allowed Storage temperature 20 60 Stora...

Page 10: ...ully so that neither the hand nor the finger etc are placed when you handle the lid of the test fixture on It might cause the injuries such as hands and fingers when placed Please use special red Test Leads in the connection of the collector terminal when you measure high voltage HIGH VOLTAGE When the Test Leads other than red are used the resisting voltage might damage the measurement sample and ...

Page 11: ... in the main unit The USB memory is appended Install and use the data collected to an attached USB memory when the option is bought after main unit is bought Test adapter CS 501A TO type adapter as requested Insulation tab 1 piece with CS 501A Short circuit terminal 1 piece with CS 501A Test adapter CS 502 AXIALTO type adapter as requested Test adapter CS 503 SURFACE MOUNT type adapter as requeste...

Page 12: ...of this manual Explanation of each section includes CAUTION and memo knowhow and details Usage example of caution and memo Caution Memo Updating version of software Since each software program has suitability to a machine contact Iwatsu office or our sales distributors for software version update or visit on our Web site URL http www iti iwatsu co jp For the procedure of the version updating softw...

Page 13: ...est adapter CS 508 SMD CHIP type adapter option 2 25 2 12 Test adapter CS 510 Surface mount type adapter option 2 27 Capter 3 Function Setting and Basic Operation 3 1 3 1 Measurement operation flow 3 2 3 2 Setting up this instrument 3 3 3 3 Preparation before measurement 3 4 3 3 1 Connecting the power cord 3 4 3 3 2 Connecting the test fixture with the main body 3 5 3 3 3 Connecting the patch pane...

Page 14: ... SINGLE 3 38 3 8 3 SWEEP 3 38 3 9 Setting with HORIZONTAL knob VERTICAL knob 3 40 3 9 1 HORIZONTAL knob 3 42 3 9 2 VERTICAL knob 3 44 3 10 Setting DISPLAY part menus 3 46 3 10 1 MENU key 3 47 3 10 2 INVERT key 3 48 3 10 3 VIEW PULSE key 3 49 3 10 4 CURSOR key 3 53 3 10 5 ZOOM key 3 58 3 10 6 POSITION key 3 59 3 11 Setting SYSTEM part menus 3 61 3 11 1 UTILITY key 3 62 3 11 2 COPY key 3 84 3 11 3 S...

Page 15: ... Test fixture CS 302 6 7 6 3 4 Test adapter CS 500 Blank adapter 6 8 6 3 5 Test fixture CS 301 6 9 6 3 6 Test adapter CS 501A TO type adapter option 6 10 6 3 7 Test adapter CS 502 Axial type adapter option 6 11 6 3 8 Test adapter CS 503 Surface Mount type adapter option 6 12 6 3 9 Test adapter CS 504 Surface Mount type adapter option 6 13 6 3 10 Test adapter CS 505 Surface Mount type adapter optio...

Page 16: ......

Page 17: ... voltage or high current power devices such as the latest IGBT and power MOSFET but also for characteristics measurement of various semiconductor devices such as transistors diode and LEDs The measurement results can be saved in the memory or sent to the PC through the USB port and LAN interface which are attached as standard Main features are as follows CS 3000 series include 3 models CS 3100 CS ...

Page 18: ... Instruction Manual Remote control function CS 3000 supports LAN interface 10 Base T 100 Base TX Ethernet External connection uses LAN terminal on the rear panel For details e g usage and commands see Remote Control Manual recorded in the attached CD ...

Page 19: ... to input output data from to USB memory It can be used for saving recalling setup data setting conditions and waveform data TRACE REF and screen hard copy For handling USB memory see Section 3 11 Input output terminals They are connected with the test fixture through the connector box Function keys CLEAR key On the right side of LCD keys below are arranged in sequence from the top Function keys F...

Page 20: ...splayed on the right side on the LCD The surface of these keys on the panel shows no character but they are called Function keys in this manual F1 to F6 from the top Pressing one of them allows the corresponding submenu to open and the corresponding function to be carried out Section 3 5 FUNCTION knob FUNCTION knob is used to select submenus on the right side on the LCD when the function menu is s...

Page 21: ...3 6 2 OFFSET key It sets the offset of the step generator output Pushing it allows the offset value to return to zero Section 3 6 3 MENU key STEP PULSE SOURCE NUMBER OF STEPS SWEEP STEPS NEXT PAGE PREV PAGE OFFSET MODE It sets the step generator output condition It selects polarity of STEP waveform STEP STEP It selects polarity of PULSE waveform PULSE PULSE It selects step voltage or step current ...

Page 22: ...r HIGH CURRENT mode It sets the sine wave It sets full wave rectified full wave rectified It sets DC DC It sets LEAKAGE LEAKAGE Section 3 7 2 POWER WATT key It sets the maximum peak power to be applied to a measured device on MAX PEAK POWER WATTS menu Section 3 7 3 VOLTS key It sets the maximum peak voltage to be applied to a measured device on MAX PEAK VOLTAGE menu Section 3 7 4 ACQUIRE key HIGH ...

Page 23: ... STEP GENERATOR is specified to PULSE It sets SWEEP direction It sets the voltage for SWEEP using the ratio to MAX PEAK VOLTAGE Validity invalidity changes by setting SWEEP TYPE Pressing the function key on the right of the menu allows the current VARIABLE setting value to be set to SWEEP END VARIABLE It can set the waiting time in SWEEP operation after a voltage changes in VARIABLE until next dat...

Page 24: ...signal of the setting number of steps only once and measurement to be done After completion of measurement the step generator stops It ends the REPEAT measurement and the SWEEP measurement and put into the state of STOP Section 3 8 2 SWEEP If the step generator is set to PULSE and the horizontal axis range is set to COLLECTOR BASE EMITTER SWEEP is available For collector supply SWEEP SWEEP being a...

Page 25: ...INT It switches TRACE WAVE It selects Ic Vce Vbe of waveform in sequence which is displayed on the WAVE 1st It selects Ic Vce Vbe of waveform in sequence which is displayed on the WAVE 2nd It sets the output pulse width of the step generator Available only when the submenu STEP is set to PULSE PULSE It can arbitrarily set the timing to measure the output pulse from the step generator in 10μs step ...

Page 26: ...ombination of collector base emitter terminals and collector supply step generator and Common Selection from 7 patterns is available Section 3 11 5 AUX key It sets ON OFF of output to the auxiliary output voltage AUX terminal and the voltage value Section 3 11 6 APPLICATION key option Vth hFE SETUP LIMIT SWEEP CONSTANT VOLTAGE CURRENT COLLECTOR SWEEP DOUBLE Functions using APPLICATION key require ...

Page 27: ...f CS 3200 3300 Example above CS 3300 Table 2 8 Name and function of each part on rear panel of CS 3200 3300 Name Description AC LINE INPUT terminal AC power input part It connects the attached 3 prong power supply cord The power supply specification see the enlarged diagram is described to connected prologue Exhaust opening The outside air is sucked from the openings on the both sides and discharg...

Page 28: ...rminal and connecting Collector sense terminal Base sense terminal and or Emitter sense terminal respectively It may cause for burn of SENSE RESISTERs inside of the unit since the sense resisters connected to outputs respectively for Kelvin sensing and may be supplied current exceeding each specification Case3 Connecting HIGH VOLTAGE terminal and HIGH CURRENT terminal of collector output at the sa...

Page 29: ...itter source cathode Section 3 7 BASE GATE Output terminal of step signal Section 3 6 BASE GATE SENSE Kelvin sense terminal of step signal Section 3 6 AUX Output terminal of external output voltage Section 3 11 6 AUX GROUND Ground terminal of external output voltage Section 3 11 6 COLLECTOR SUPPLY HIGH VOLTAGE OR HIGH CURRENT It connects to COLLECTOR SUPPLY HIGH VOLTAGE or COLLECTOR SUPPLY HIGH CU...

Page 30: ...me Description Ref Collector It connects the collector of a measured device or equivalent terminal Section 3 3 4 Base It connects the base of a measured device or equivalent terminal Section 3 3 4 Emitter It connects the emitter of a measured device or equivalent terminal Section 3 3 4 Collector Sense It connects the collector of a measured device or equivalent terminal Section 3 3 4 Base Sense It...

Page 31: ...upplied on Base terminal Case2 NOT connecting Collector output terminal Base output terminal and or Emitter terminal and connecting Collector sense terminal Base sense terminal and or Emitter sense terminal respectively It may cause for burn of SENSE RESISTERs inside of the unit since the sense resisters connected to outputs respectively for Kelvin sensing and may be supplied current exceeding eac...

Page 32: ... no power is supplied to the sample When closed completely power is supplied Section 3 3 2 Section 3 3 4 ADAPTER EXCLUSIVE USE Terminal to connect the test adapter CS 500 CS 501A to CS 510 These are options Excluding CS 508 Section 2 4 Section 2 6 to 2 10 2 12 AUX Output terminal of external voltage Section 3 11 6 AUX GROUND Ground terminal of external power voltage Section 3 11 6 Cushion for uppe...

Page 33: ...atch panel The summary about part names and functions is presented in Table 2 12 of next page The test adapter CS 501A TO type adapter is the optional instrument and can be mounted on either of test fixtures CS 301 and CS 302 One insulation tab Figure 2 13 is attached to test adaptor CS 501A When buying it insulation tab is inserted in the socket of or of Figure 2 13 like the dotted line Figure 2 ...

Page 34: ...pter No Name Description Ref Base resistance It certainly connects either the resistance element or the short circuit terminal Section 3 3 5 Sockets for element B C E It connects the element arranged in the order of the base collector and emitter The groove in the center connects the terminal of a measured element or the insulation tab Section 3 3 5 Sockets for element C B E It connects the elemen...

Page 35: ...gure 2 16 shows the connection diagram between the test adapter CS 502 rear side and the patch panel The summary about part names and functions is presented in Table 2 13 of next page The test adapter CS 502 AXIAL type adapter is the optional instrument and can be mounted on either of test fixtures CS 301 or CS 302 Figure 2 15 Test adapter CS 502 front side Figure 2 16 Test adapter CS 502 rear sid...

Page 36: ...r 1 A is exceeded test adapter or a measured device might be damaged Table 2 13 Name and function of each part on test adapter CS 502 Axial type adapter No Name Description Ref Socket for element It connects the element of axial type Section 3 3 6 ANODE C ANODE C SENSE It connects with the ANODE C of the socket of in Figure 2 15 Section 3 3 6 CATHODE E CATHODE E SENSE It connects with the CATHODE ...

Page 37: ... side and CS 504 and CS 505 are the same configurations and the patch panel The summary about three kinds of part names and functions is presented in Table 2 14 Table 2 15 and Table 2 16 of next page The test adapters CS 503 TO 263 3 type adapter CS 504 TO 252 3 type adapter and CS 505 TO 263 7 type adapter are the optional instruments and can be mounted on either of test fixtures CS 301 or CS 302...

Page 38: ...nction of each part on test adapter CS 504 TO 252 3 type adapter No Name Description Ref Socket for element GDS It corresponds to the element of package TO 252 3 type It mounts the array element of GATE DRAIN and SOURCE from the interior on the socket Section 3 3 7 GATE GATE SENSE It connects with the GATE of the socket of in Figure 2 17 Section 3 3 7 DRAIN DRAIN SENSE It connects with the DRAIN o...

Page 39: ...tch panel The summary about part names and functions is presented in Table 2 17 of next page Only the drain terminal fixes the pin assign to this instrument The pin assign of the gate terminal and the source terminal will correspond after hearing the customer s demand to the shipment The test adapter CS 506 TO 252 5 type adapter is the optional instrument and can be mounted on either of test fixtu...

Page 40: ... adapter CS 506 TO 252 5 type adapter No Name Description Ref Socket for element It corresponds to the element of package TO 252 5 type It opens and shuts the lid of the socket and mounts the element corresponding to arbitrary pin assign Section 3 3 7 GATE GATE SENSE It connects with the pin set to GATE of the socket of in Figure 2 19 Section 3 3 7 DRAIN DRAIN SENSE It connects with the DRAIN of t...

Page 41: ...nnection diagram between the test adapter CS 507 rear side and the patch panel The summary about part names and functions is presented in Table 2 18 of next page The test adapter CS 507 SC 70 3 type adapter and CS 509 SC 59A type adapter are optional instruments and can be mounted on either of test fixtures CS 301 or CS 302 Figure 2 23 Test adapter CS 507 or CS 509 rear side attached to the patch ...

Page 42: ...OURCE from the interior on the socket Section 3 3 8 GATE GATE SENSE It connects with the pin set to GATE of the socket of in Figure 2 21 Section 3 3 8 DRAIN DRAIN SENSE It connects with the pin set to DRAIN of the socket of in Figure 2 21 Section 3 3 8 SOURCE SOURCE SENSE It connects with the pin set to SOURCE of the socket of in Figure 2 21 Section 3 3 8 Table 2 19 Name and function of each part ...

Page 43: ...nse resister connected to output of Collector output for Kelvin sensing and may be supplied exceeded current specification 2 11 Test adapter CS 508 SMD CHIP type adapter option Figure 2 24 shows the front side of test adapters CS 508 of this instrument and Figure 2 25 shows the example of shape of SMD CHIP The summary about part names and functions is presented in Table 2 20 of next page Test adap...

Page 44: ... type element B Knob with spring Pull the part of the knob right and place the element by the power of the spring C Positional fixed knob When a knob alone with the spring doesn t wake up an upward screw white is loosened the knob is pulled left and the position is adjusted and tighten and fix the screw white COLLECTOR DRAIN ANODE SENSE Connect it with the terminal that corresponds to COLLECTOR DR...

Page 45: ... and Figure 2 27 shows the connection diagram between the test adapter CS 510 rear side and the patch panel The summary about part names and functions is presented in Table 2 21 of next page The test adapter CS 510 SC 62 type adapter is the optional instrument and can be mounted on either of test fixtures CS 301 or CS 302 Figure 2 27 Test adapter CS 510 rear side attached to the patch panel Figure...

Page 46: ...Socket for element GDS It corresponds to the element of package SC 62 SOT 89 type It mounts the array element of SOURCE DRAIN and GATE from the interior on the socket Section 3 3 10 GATE GATE SENSE It connects to GATE of the socket of in Figure 2 26 Section 3 3 10 DRAIN DRAIN SENSE It connects to DRAIN of the socket of in Figure 2 26 Section 3 3 10 SOURCE SOURCE SENSE It connects to SOURCE of the ...

Page 47: ... the screen structure and displayed contents and reference information Section 3 5 to Section 3 11 explain functions of keys and knobs their relationship to menus related information and basic operation for each operation part on the front panel as shown in the diagram below Section 3 1 Measurement operation flow Section 3 2 Setting up this instrument Section 3 3 Preparation before measurement Sec...

Page 48: ...OR REF BACKLIGHT SYSTEM SETUP setting Section 3 11 1 4 setting BEEP tone POWER ON SETUP DATE TIME Confirming specification of a measured device Setting voltage and current to be applied to BASE of a measured device Section 3 6 Setting voltage and current to be applied to COLLECTOR of a measured device Section 3 7 Setting VERTICAL and HORIZONTAL Section 3 9 Setting CONFIGURATION Section 3 11 5 Usin...

Page 49: ...exhaust hole on the rear To prevent the temperature in this instrument from increasing there should be sufficient spaces around it and the air holes and the exhaust hole should not be obstructed Recommended spaces are sized 100mm each for left side right side and rear of this instrument CS 3200 CS 3300 has the filter attached to the air hole on the front panel For cleaning the filter see Section 5...

Page 50: ... power supply This section explains only procedure for CS 3200 3300 which is the same as that for CS 3100 Figure 3 1 Front panel CS 3200 3300 Insert the plug of the attached power cord into AC LINE INPUT terminal for the power cord connection on the rear panel Figure 3 2 Connect the other plug of the power cord to the power supply socket Figure 3 2 Figure 3 2 Connection of power cord CS 3200 3300 ...

Page 51: ... VOLTAGE breaker or HIGH CURRENT breaker to ENABLED The output state of the screen is set to ENABLE If not inserted completely INTERLOCK will light up If the test fixture is not connected or the cover of it opens this instrument is changed to the state of interlock and its output is shut off Note When the breaker is set to ENABLED the voltage being set by VARIABLE is generated Before carrying out ...

Page 52: ...ension output or when the lid of the test fixture is open The state display on the left of the screen of this instrument becomes INTERLOCK when entering the state of interlock In hardware the output is compulsorily intercepted and the Discharge circuit operates and the electric charge accumulated in the capacity of the device is discharged Also software stops SWEEP and sets the VARIABLE value to 0...

Page 53: ...S 302 not CS 301 1 For HIGH VOLTAGE Connection of terminals on the test fixture in HIGH VOLTAGE MODE is shown below If the measured device generates oscillation it should be connected to BASE GATE 1KΩ terminal as shown by the dotted line to prevent the oscillation 2 For HIGH CURRENT When large current is applied to a measured device connect the device to SENSE terminal and perform Kelvin Sense to ...

Page 54: ... in HIGH CURRENT mode no device can be measured Remove the patch panel and directly connect a measured device Caution Very dangerous voltage is applied to the collector and base terminals Dangerous operation must be avoided i e emitter terminal short circuited with collector or base terminal Remove the patch panel and directly connect a measured device Test Lead for HIGH VOLTAGE red Test Lead for ...

Page 55: ...pter 3 Connect the test adapter with the measured device For transistor Connect the collector base and emitter to the collector base and emitter of the test adapter For FET Connect the drain gate and source to the collector base and emitter of the test adapter For diode Connect the anode and cathode to the collector and emitter of the test adapter 4 Mount the test adapter on the patch panel When m...

Page 56: ...ctor base and emitter of the test adapter For FET Connect the drain gate and source to the collector base and emitter of the test adapter For diode Connect the anode and cathode to the collector and emitter of the test adapter 3 Mount the test adapter on the test fixture When mounting the test adapter push it into the text fixture vertically while keeping its rear surface parallel to the mounting ...

Page 57: ...r CS 502 with the measured device Insert the terminals of the measured device into the connection grooves of the socket For diode Connect the anode and cathode to the collector and emitter of the test adapter 3 Mount the test adapter on the test fixture 4 When mounting the test adapter push it into the text fixture vertically while keeping its rear surface parallel to the mounting part of the patc...

Page 58: ... 505 CS 506 with the measured device 1 Insert the terminals of the measured device into the connection grooves of the socket CS 503 CS 504 CS 505 CS 506 For CS 503 Mount the measurement device of following package TO 263 3 D2PAK on the socket For CS 504 Mount the measurement device of following package TO 252 3 on the socket For CS 505 Mount the measurement device of following package TO 263 7 on ...

Page 59: ...pter on the test fixture When mounting the test adapter push it into the text fixture vertically while keeping its rear surface parallel to the mounting part of the patch panel 4 When the cover of the test fixture is closed after connecting the test adapter INTERLOCK state is released and measurement can be carried out ...

Page 60: ...cket A or B depending on the type of the measured device as shown below It is not possible to measure at the same time though two kinds of devices to be measured 2 Mount the measurement device of the package SC 70 3 SOT 323 3 for CS 507 the package SC 59A SOT 23 3 for CS 509 on the socket Mount the measurement device of following the package SC 70 3 SOT 323 3 or the package SC 59A SOT 23 3 on the ...

Page 61: ...e in A 2 Loosen a fixed screw of C pull the knob of C to the left and expand the applied part of A when you cannot set the measurement device in A only by the knob of B Tighten a fixed screw of C and fix when you can attach the measurement device For diode Connect the anode and cathode to the collector and emitter of the test adapter 3 Mount the test adapter on the test fixture 4 When mounting the...

Page 62: ...ter CS 510 with the measured device Insert the terminals of the measured device into the connection grooves of the socket For CS 510 mount the device to be measured of following package SC 62 type on the socket 3 Mount the test adapter on the test fixture When mounting the test adapter push it into the text fixture vertically while keeping its rear surface parallel to the mounting part of the patc...

Page 63: ...cal axis the horizontal axis and the time base is displayed when VIEW MODE is WAVE Measurement curve and waveform display area 11 Vertical axis range source 10 Horizontal axis range source 9 Step generator setting 8 Collector supply setting 4 Progress state for average 3 Measurement mode 3 4 Screen structure The following describes the screen structure displayed on the LCD of this instrument conte...

Page 64: ... test fixture is closed Even in ENABLE status when measurement stops i e measurement mode STOP the collector supply does not output The actual status of the collector supply output can be checked by the icons as shown below Note that in LEAKAGE mode even when measurement stops the collector supply continues to output When COLLECTOR SUPPLY output is ON When COLLECTOR SUPPLY output is OFF Section 3 ...

Page 65: ...on the right side on the LCD screen when the function menu is selected Pressing them allows the corresponding submenu to open or the corresponding function to be performed Items of submenus can be selected by pressing the function key to the right of the LCD screen FUNCTION knob FUNCTION knob see below is available only when the submenu displays the icon and rotating it allows settings to change P...

Page 66: ...d to the base gate of a measured device 3 6 1 Setting STEP knob 3 6 2 Setting STEP 1 10 key 3 6 3 Setting OFFSET knob 3 6 4 Setting MENU key Measurement results are displayed in the setup display area under the waveform display area as shown in the example below 1mA Voltage or current per STEP 10steps No of STEPs Mode STEP PULSE and polarity The reft shows the minus polarity of STEP waveform 0 78m...

Page 67: ...Rotating STEP knob allows the voltage or current per step to be set Setting range When STEP 1 10 key is set to OFF STEP knob SOURCE To left rotation To right rotation VOLTAGE 50mV 100mV 200mV 500mV 1V 2V CURRENT 50nA 100nA 200nA 500nA 1μA 2μA 5μA 10μA 20μA 50μA 100μA 200μA 500μA 1mA 2mA 5mA 10mA 20mA 50mA 100mA 200mA The menu above shows the setting values ...

Page 68: ...f the setting values in the table of Section 3 6 1 to be displayed Each press of the key changes ON OFF of 1 10 setting STEP 1 10 key setting does not have an effect on the offset setting Setting range When STEP 1 10 key is set to ON STEP knob SOURCE To left rotation To right rotation VOLTAGE 5mV 10mV 20mV 50mV 100mV 200mV CURRENT 5nA 10nA 20nA 50nA 100nA 200nA 500nA 1μA 2μA 5μA 10μA 20μA 50μA 100...

Page 69: ...s of voltage or current per step of the step generator can be set The offset value changes together with STEP AMPLITUDE 1 2 5 step If STEP AMPLITUDE 100mV div and the offset 100mV changing STEP AMPLITUDE to 200mV div or 500mV div makes the offset values change to 200mV or 500mV too Pressing OFFSET knob allows the setting value to be cleared to 0 The resolution is 1 of the voltage or current per st...

Page 70: ...P PULSE or PULSE Each press of F1 or F2 key changes the polarities When the step generator is changed from PULSE to STEP DC changes to Full wave Inversely when STEP changes to PULSE Full wave changes to DC F2 PULSE F3 SOURCE Switches the output mode voltage current This switchover allows the step generator to set to the minimum range F4 NUMBER OF STEPS It sets the number of steps from 0 to 20 step...

Page 71: ...r polarity switchover Cannot be set HC Cannot be set Can be set Note 1 When the step generator is changed from STEP to PULSE the collector supply MODE is changed from RECTIFIED SINE full wave rectified to DC At the same time when the message area on the screen displays SIN collector supply selected at STEP at step generator or DC collector supply selected at PULSE at step generator the waveform ic...

Page 72: ...EMITTER pressing SWEEP key starts SWEEP measurement Operation states are displayed during SWEEP measurement as shown below SWEEP Indicates SWEEP measurement being done 60 150 Current point SWEEP STEPS setting value 100mV 400mV Value of Step 0 OFFSET setting value to value of NUMBER OF STEPS STEP AMPLITUDE OFFSET value Stopping and restarting SWEEP measurement When the data up to SWEEP STEPS settin...

Page 73: ...RE key 3 7 6 LOOPING COMPENSATION key The setting result is displayed in the setup display area under the waveform display area 120mW Max peak power 30V Max peak voltage 2KΩ Inner series resistance value current limitation resistance Mode and polarity VARIABLE 0 0 Variable value output level 0 0 to 100 0 Current limitation resistance The current limitation resistance value to limit the peak power ...

Page 74: ...WATTS VOLTAGE and current limitation resistance HIGH VOLTAGE MODE HIGH CURRENT MODE MAX PEAK POWER WATTS MAX PEAK VOLTAGE 30V 300V 3kV 390W 200mΩ 20Ω Not set 120W 2Ω 200Ω 20kΩ 12W 20Ω 2kΩ 200kΩ 1 2W 200Ω 20kΩ 2MΩ 120mW 2kΩ 200kΩ 20MΩ MAX PEAK POWER WATTS MAX PEAK VOLTAGE 40V 10kW 1kA 40mΩ 4kW 400A 100mΩ 400W 40A 1Ω ...

Page 75: ...over than DC RECTIFIED SINE full wave rectified is done Ex MODE is changed to AC or LEAKAGE Switchover of 50Hz 60Hz is done on ACQUIRE menu A voltage is changed on MAX PEAK VOLTAGE menu Switchover between HIGH VOLTAGE and HIGH CURRENT is done Setting is changed on CONFIGURATION menu The breaker used by HIGH VOLTAGE or HIGH CURRENT is set to DISABLED Overload is detected When the range of the verti...

Page 76: ...ak leak F6 Not used Select one of F2 to F5 In other setting than AC each press of the function key changes the polarities In switchover between DC and RECTIFIED SINE full wave rectified wave VARIABLE setting value cannot be cleared to 0 i e in other switchover it can be cleared to 0 See Section 3 7 1 2 Initializing VARIABLE setting value Trace origin mark and origin If the horizontal axis is set t...

Page 77: ...table COLLECTOR collector current SINE full wave rectified wave Changes to STEP COLLECTOR collector current DC Changes to PULSE COLLECTOR collector current LEAKAGE Changes to DC No of steps fixed to 0 EMITTER emitter current 1000 times of collector current sense Example of switchover of the collector supply from RECTIFIED SINE full wave rectified wave to LEAKAGE Items enclosed by below are changed...

Page 78: ... and the maximum peak voltage setting value determine the value of the current limitation resistance internally connected to the collector output in series See Table 3 7 POWER WATTS VOLTAGE and the current limitation resistance in Section 3 7 In addition if the maximum peak voltage setting is 3 kV 390 W cannot be selected High Voltage mode High Current mode F1 Sets the maximum power to be applied ...

Page 79: ... the current limitation resistance internally connected to the collector output in series See Table 3 7 POWER WATTS VOLTAGE and the current limitation resistance in Section 3 7 If this setting is changed VARIABLE setting value is cleared to 0 See Section 3 7 1 2 Initializing VARIABLE setting value If the maximum peak power is set to 390 W and the configuration is set to Open Collector Common i e t...

Page 80: ...setting value when SWEEP starts to 0 0 UP It sweeps the range from 0 0 to VARIABLE setting value when SWEEP starts CUSTOM It sweeps the range from VARIABLE setting value when SWEEP starts to the setting value of SWEEP END VARIABLE DOWN UP Note Sweep from the VARIABLE set value in point that starts SWEEP to the set value of SWEEP END VARIA BLE In addition turn as it is continuously and sweep up to ...

Page 81: ...in the opposite direction F4 FUNCTION SWEEP END VARIABLE Available only when SWEEP TYPE is CUSTOM DOWN UP Note It sets VARIABLE setting value to finish or turn SWEEP Setting range 0 to 100 increment of 0 1 F5 SET CURRENT VARIABLE Available only when SWEEP TYPE is CUSTOM DOWN UP Note Pressing F5 key allows the current VARIABLE setting value to be set to SWEEP END VARIABLE F6 FUNCTION SWEEP WAIT TIM...

Page 82: ...ble pressing SWEEP key allows the collector supply SWEEP measurement to start During the collector supply SWEEP the state is displayed as shown below SWEEP During collector supply SWEEP 3 2 Current VARIABLE value It ends the measurement when you acquire data within the range of VARIABLE corresponding to the setting of SWEEP TYPE Sweep completed is temporarily displayed on the left of the screen an...

Page 83: ...compensation values and percentage to be set Key knob Submenus Function description F1 FUNCTION HARDWARE COMPENSATION Compensates the floating capacity between the collector supply and ground Setting range 100 0 to 100 0 resolution 0 2 F2 FUNCTION SOFTWARE COMPENSATION Using software thinning pseudo compensates the loop Setting range 0 to 100 Compensation cannot be done at 0 In the settings other ...

Page 84: ...HORIZONTAL source is set to COLLECTOR In this case selection of SWEEP TYPE from DOWN UP CUSTOM DOWN UP Note allows operations as shown below DOWN It sweeps the range from VARIABLE setting value when SWEEP starts to 0 0 UP It sweeps the range from 0 0 to VARIABLE setting value when SWEEP starts CUSTOM It sweeps the range from VARIABLE setting value when SWEEP starts to the setting value of SWEEP EN...

Page 85: ... It describes the step generator SWEEP measurement and action which applies the pulse voltage to the base Section 4 1 3 3 ID vs VGS characteristics and forward direction transfer admittance It shows the measurement example of the step generator SWEEP Collector supply SWEEP Section 3 7 5 ACQUIRE key It describes functions and actions of the collector supply ACQUIRE key SWEEP setting It describes ho...

Page 86: ...ob For TRACE screen The HORIZONTAL knob is used to set the range of the horizontal axis VOLTS DIV and sources of COLLECTOR BASE EMITTER and STEP The VERTICAL knob is used to set the range of the vertical axis CURRENT DIV and sources of COLLECTOR and STEP The setting result is displayed in the setup display area under the waveform display area ...

Page 87: ...creen the vertical range and that of the waveform on the 1st side of WAVE move together For WAVE screen For WAVE screen actions of the vertical axis range and the horizontal axis range are as follows For the vertical axis range the source always moves together in other case than STEP For the horizontal axis range the waveform moving together changes Vbe Vce depending on the source of COLLECTOR or ...

Page 88: ...ment changes to STEP display and the horizontal axis is fixed i e it is not connected to the horizontal amplifier and 1 step of the step generator is indicated by 0 5div Source COLLECTOR If other than Open Collector Common is selected on CONFIGURATION menu the voltage between collector and emitter Vce is displayed If Open Collector Common is selected the voltage between base and emitter Vbe is dis...

Page 89: ...ration Curve Tracer CS 3000 Series Instruction Manual 3 43 Source BASE EMITTER If Collector StepGen Common is set on CONFIGURATION menu Vbe voltage is measured If Collector Common StepGen is set on CONFIGURATION menu Veb voltage is measured ...

Page 90: ...f other than Open Collector Common is selected on CONFIGURATION menu COLLECTOR current Ic is measured If Open Collector Common is set BASE current Ib is measured when the source is set to COLLECTOR VERTICAL To left rotation To right rotation Source STEP COLLECTOR Range Fixed position display HIGH VOLTAGE CS 3100 CS 3200 CS 3300 2 00A div to 1 00uA div 1 2 5 step HIGH CURRENT CS 3300 10kW 1kA 100A ...

Page 91: ...vertical range is increased to 1000 times and the emitter current Ie is measured VERTICAL To left rotation To right rotation Source STEP EMITTER Range Not displayed 2 00mA div to 1 00nA div 1 2 5 step Source STEP If VERTICAL knob is turned fully counterclockwise this instrument changes to STEP display and the vertical axis is fixed i e 1 step of the step generator is indicated by 0 5div ...

Page 92: ... measured values are used for vertical and horizontal axes and WAVE selection when a measured value is used for the vertical axis and a time is used for the horizontal axis the pulse width and measurement point for pulse measurement CURSOR key in Section 3 10 4 explains use of DOT fLINE WINDOW cursors when measuring β DC current amplification factor gm trans conductance and Ω resistance of charact...

Page 93: ...d displayed successively using Davg_new Davg n 1 Dnew n F3 FUNCTION PERSISTENCE OFF Not display persistence Rotating FUNCTION knob allows LONG SHORT INFINIT to be set LONG persistence display for about 2 seconds SHORT persistence display for about 0 5 second INFINIT permanent persistence display F4 FUNCTION REF VIEW OFF Not display REF waveform Rotating FUNCTION knob allows REF number 1 to 4 to be...

Page 94: ...ertically i e 180 rotation using the center of the screen as standard The origin GND level waveform and cursor are inverted REF waveform is not inverted WAVE Waveforms in WAVE 1st and 2nd are inverted vertically When not being inverted the position of the origin depends on polarity settings of the collector supply and the step generator When the polarity is positive the origin is at lower or left ...

Page 95: ...al axis and with HORIZONTAL measurement value used for the horizontal axis Displays the waveform with the measurement value use for the vertical axis and with the time used for the horizontal axis F2 WAVE 1st Disabled F2 key is used to select Ic Vce Vbe of the waveform in sequence which is displayed on the WAVE 1st upper side Rotating FUNCTION knob allows waveform range to be set F3 WAVE 2nd Disab...

Page 96: ...uA 200uA 100uA 50 0uA 5 00uA 2 00uA 1 00uA 500nA 200nA 100nA 50 0nA 20 0nA 10 0nA 5 00nA 2 00nA 1 00nA 2 00mA High Current 100A 50 0A 20 0A 10 0A 5 00A 2 00A 1 00A 500mA 200mA 100mA 100A Others High Voltage 2 00A 1 00A 500mA 200mA 100mA 50 0mA 20 0mA 10 0mA 5 00mA 2 00mA 1 00mA 500uA 200uA 100uA 50 0uA 20 0uA 10 0uA 5 00uA 2 00uA 1 00uA 2 00A HORIZONTAL source setting STEP BASE EMITTER COLLECTOR V...

Page 97: ...which is adopted as the measurement value common to HORIZONTAL and VERTICAL press F5 key and rotate FUNCTION knob Step generator in PULSE setting When VIEW MODE WAVE the cursor indicating the point which is adopted as the measurement value is displayed on the waveform screen Full scale time axis in WAVE mode It varies depending on selection between STEP and PULSE of the step generator as shown bel...

Page 98: ...c Operation 3 52 Curve Tracer CS 3000 Series Instruction Manual Start to finish of a cycle of the waveform set by MODE POLARITY of the collector supply SIN full wave rectified is displayed in full scale Ex For SIN 50Hz full scale 20msec ...

Page 99: ...der CURSOR menu F3 FUNCTION fLINE Displays fLINE cursor Displays the label and each cursor value under CURSOR menu F4 FUNCTION FREE Displays FREE cursor Displays the label and each cursor value under CURSOR menu F5 FUNCTION WINDOW Displays WINDOW cursor Displays the label and each cursor value under CURSOR menu F6 DISPLAY REFRESH RATE Selects the display refreshing rate FAST MID SLOW Cursor readou...

Page 100: ...xpressed Ex In the case of diagram above the measurement point is the 254th point If DOT cursor is changed to fLINE cursor or FREE cursor the value is displayed in the same manner Display of output level of the step generator For DOT cursor the output value from the step generator STEP voltage value or STEP current value is displayed in which is obtained by the following calculation as shown in th...

Page 101: ...the cursor position being set by DOT cursor are displayed in the area under the menu The gradient of fLINE cursor is displayed under it Gradient When the horizontal axis is used for COLLECTOR voltage Vc Ic resistance Ω 1 grad display When the horizontal axis is used for BASE EMITTER voltage Ic Vbe trans conductance mS grad display In addition the voltage value at the intersection point of fLINE cu...

Page 102: ... interpolating between two points striding over the specified voltage or current value on the characteristics curve The diagram on the upper right is the example of DOT cursor measurement In the diagram since HORIZ voltage value at DOT position in the horizontal direction is 1 9781V VERT current value cannot be obtained at the exact position of HORIZ voltage value 2 00V Therefore FREE cursor is us...

Page 103: ...ent value and width voltage value of the rectangular area are displayed VERT 68 4mA upper side 51 8mA lower side HORIZ 8 16V right side 7 96V left side β DC current amplification factor or gm trans conductance is displayed under it Source setting of step generator CURRENT β Height of rectangular area h STEP current x step No of cursor position Offset current Source setting of step generator VOLTAG...

Page 104: ...ayed on the axis screen which sets the other than OFF as shown below Range display varies depending on the magnification ratio Ex OFF 10 0mA div 2 5 00mA div 5 2 00mA div 10 1 00mA div Note However if the source of VERTICAL HORIZONTAL is set to STEP the range screen keeps displaying STEP without any change and no magnification occur on the screen i e setting of 2 to 10 can be done on the menu but ...

Page 105: ...rt setting the move direction and rotation direction of FUNCTION knob are inverse COLLECTOR Collector supply MODEs AC Positive polarity other than AC Negative polarity other than AC 5 00 to 5 00 div Zero position center of screen 0 00 to 10 0 div Zero position left edge or lower edge of screen 10 0 to 0 00 div Zero position right edge or upper edge of screen EMITTER Collector supply MODEs Positive...

Page 106: ... EMITTER LEAK 5 25 20 70 45 145 LEAK 25 5 70 20 145 45 COLLECTOR HC 5 25 20 70 45 145 HC 25 5 70 20 145 45 STEP 15 15 45 45 95 95 HORIZONTAL Source range COLLECTOR STEP GEN H Zoom 2 times H Zoom 5 times H Zoom 10 times Min Max Min Max Min Max COLLECTOR AC 15 15 45 45 95 95 SIN 5 25 20 70 45 145 SIN 25 5 70 20 145 45 DC 5 25 20 70 45 145 DC 25 5 70 20 145 45 LEAK 5 25 20 70 45 145 LEAK 25 5 70 20 1...

Page 107: ...menus 3 11 1 UTILITIES key 3 11 5 CONFIGURATION key 3 11 2 COPY key 3 11 6 AUX key 3 11 3 SAVE RECALL key 3 11 7 APPLICATION key 3 11 4 Setting of SAVE RECALL DELETE 3 11 8 Default settings SYSTEM menu tree The diagram below shows the tree structure system diagram of SYSTEM menu The part of lower APPLICATION KEY is optional ...

Page 108: ...LITY key Pressing UTILITY key allows UTILITY submenu to appear 3 11 1 1 REMOTE CONTROL submenu 3 11 1 2 HARD COPY submenu 3 11 1 3 INTENSITY submenu 3 11 1 4 SYSTEM SETUP submenu 3 11 1 5 SYSTEM TOOLS submenu 3 11 1 6 Updating firmware in instrument 3 11 1 7 Installation of optional software F1 F2 F3 F4 F5 F6 ...

Page 109: ... server is displayed when being activated If DHCP OFF the setting values previously being set are displayed In addition if DHCP OFF at activation and then DHCP is changed to ON after activation the address at DHCP OFF is displayed without any change NO Submenu Function description F1 DHCP Selects DHCP ON OFF 1 F2 IP ADDRESS DHCP ON Displays IP address DHCP OFF Sets IP address F3 SUBNET MASK DHCP O...

Page 110: ...T Selects the file format TIFF BMP and PNG F3 BACKGROUND Changes white black of the background color F4 COLOR Changes color gray scale F5 FILE NAME Sets the file name 4 alphanumeric characters and 4 numeric characters One of TIFF BMP PNG is added to the file name F6 Not used How to set file name Function key Each press of this key each press of FUNCTION knob allows the setting figure to move to th...

Page 111: ...etting from 25 to 100 NO Submenus Function description F1 WAVE FORM Sets the brightness of a waveform 25 to 100 5 step F2 GRID Sets the brightness of grids 25 to 100 5 step F3 CURSOR Sets the brightness of cursors 25 to 100 5 step F4 REF Sets the brightness of a REF waveform 25 to 100 5 step F5 Not used F6 BACKLIGHT Sets the brightness of the LCD backlight Each press of F6 key changes dark middle ...

Page 112: ...uding the ENABLED DISABLED breaker switch of collector supply output HIGH VOLTAGE HIGH CURRENT and the FUNCTION key to PANEL LOCK and the CLEAR key By pushing the F3 key one by one on off of the panel lock function is selected OＮ state The panel key becomes invalid excluding the above mentioned switch and the key OFF state All switches and the panel keys become effective F4 HEADER SETUP The HEADER...

Page 113: ...raph 3 11 1 4 1 2 for the method of setting time at the date COMM The content of COMMENT comment set by following TXIT EDIT submenu is displayed in the header Refer to paragraph 3 11 1 4 1 2 for the method of setting COMMENT comment CONF The connected name and state of collector base and emitter terminal with collector supply step generator EXT AUX and Common are set with the CONFIGURATION key and...

Page 114: ...TH DAY Sets month day month 1 to 12 day as shown in calendar F4 HOUR MIN Sets hour minute 00 00 to 23 59 F5 Not used F6 ENTER Enables the settings Input of ENTER allows the settings to be reflected in this instrument Procedure 1 On DATE TIME submenu press F2 key and rotate FUNCTION knob to set Christian Era year 2 Press F3 key to select MONTH and rotate FUNCTION knob to set the month 3 Press F3 ke...

Page 115: ...NCTION Character type Use of F2 key or rotation of FUNCTION knob allows types of characters to be entered to be selected from capital letters A to Z small letters a to z numeric value 0 to 9 and symbols Rotation of FUNCTION knob allows the selected character to be entered in the comment creation plate F3 SPACE Each press of F3 key inserts the space of one character at the cursor position in the co...

Page 116: ...tate FUNCTION knob to move the cursor to the character type to be entered A to Z a to z 0 to 9 Character field Pressing FUNCTION knob allows the selected characters to be entered in the comment creation plate Repeat steps and to create the comment Press F6 key to decide the comment Refer to the table of last page for SPACE and BACK SPACE of the TEXT EDIT submenu Character field Comment creation pl...

Page 117: ...UP submenu sets actions related to measurement Press of F4 function key displays the submenu SYSTEM SETUP Next press of F5 function key displays the submenu MEASUREMENT SETUP There are two pages in MEASUREMENT SETUP submenu like the right of the figure below Refer to the table since next page for each PAGE explanation of the submenu F1 F2 F3 F4 F5 F6 ...

Page 118: ...T at MEASURE STOP Sets the status of the collector supply output in measurement STOP status It is usually recommended to use like LEAK ONLY of the default configuration among three following kinds of settings for safety OFF In all modes AC RECTIFIED SINE DC LEAKAGE stop the output of the collector supply It enters the state of Over load by the rush electric current when it changes to might the sto...

Page 119: ... 1 step The response change rate when the VARIABLE knob is turned can be set by two stages of the following NORMAL Usual response change rate QUICK The response change rate quickens F2 LEAKAGE MEASUREMENT When the MODE setting of the collector supply is set to LEAKAGE and the current of the emitter is measured the measurement mode can be selected from the following AVERAGE When measuring it the le...

Page 120: ... No System ID Software Version Software Verification Code Product ID Installed Option in the waveform display area F2 SYSTEM INITIALIZE Initializes all internal settings It initializes default settings in Table 3 11 1 Settings to be recalled and Table 3 11 2 Settings not to be recalled of Section 3 11 8 F3 UPDATE OPTION Updates the software see Section 3 11 1 9 or install options see Section 3 11 ...

Page 121: ...leted Remote I F setup changed Reboot for new remote setup appears 3 Restart this instrument using Power On Standby switch Caution Execution of SYSTEM INITIALIZE initializes all internal settings Necessary data of SETUP setting conditions TRACE waveform data and REF reference waveform data should be saved in the USB memory using SAVE function see Sections 3 11 3 and 3 11 4 in SAVE RECALL menu For ...

Page 122: ...he instrument is completed and the instrument reactivates the renewal of internal hardware might be executed In this case please never make the power supply a standby while updating the software in the instrument 3 For updating the software in the instrument contact our sales distributor or our Web site to confirm adaptability for each device URL http www iti iwatsu co jp 4 Updating the software i...

Page 123: ... the relationship between the file including the cursor in the submenu and the current software file of this instrument is displayed as shown in SOFTWARE UPDATE STATUS screen Use of the comment displayed on the 8th line in the diagram above allows continuing finishing update to be judged a If the comment is This file is new version Proceed to steps after b If the comment is This file is same versi...

Page 124: ...ect OK to execute update Select CANCEL to display SYSTEM TOOLS submenu without execution of update Note 1 When updating the software in the instrument never set the power supply to standby or remove the USB memory Note 2 Updating the software in the instrument causes all the internal settings to be initialized Necessary data of SETUP setting conditions TRACE waveform data and REF reference wavefor...

Page 125: ...displayed and internal hardware be renewed The update ends at about five seconds When the update is completed the figure below right is displayed The update is being executed After completing the update The Version number and the Revision number in figure are one example Caution please never make the power supply a standby while updating the internal hardware in the instrument After restart press ...

Page 126: ... this instrument to be installed To install the optional software in some cases it may be necessary to update the software in the instrument Follow Section 3 11 1 6 When installing the optional software attention should be paid to caution below When installing the software follow Procedure Caution 1 When installing the optional software never set the power supply to standby or remove the USB memor...

Page 127: ...ing the cursor in the submenu and the current optional file of this instrument is displayed as shown in OPTION INSTALL STATUS screen 2nd and 3rd lines in the diagram above indicate the current installation status of the optional software of this instrument and 4th and 5th lines indicate the name of options saved in the USB memory The left side of the diagram above shows that SWP_OPT has not been i...

Page 128: ...6 key to select INSTALL Installation starts Note When installing the optional file never set the power supply to standby or remove the USB memory After several seconds INFORMATION screen is displayed as shown below and installation finishes Restart this instrument using Power On Standby switch After restart press UTILITIES key F5 key and F1 key to confirm the normally installed option items of Ins...

Page 129: ...is file cannot be installed in this machine appears on lower side of screen When the error message appears in OPTION INSTALL STATUS screen as shown on the right possible causes are Product ID of the optional file saved in USB memory is different from that of this instrument The optional file saved in USB memory is not correct Action method Check Product ID to confirm if the option is correct to th...

Page 130: ...the submenu 3 11 1 2 HARD COPY File is created in the COPY folder in the USB memory Each time hard copy is executed 4 digit number on the right in the file name increases one by one Note that when reaching 9999 the number is overwritten without addition Messages below are displayed on the upper part on the screen When USB memory is mounted USB memory available When hard copy is executed Creating s...

Page 131: ...ey and SAVE REF of DISPLAY MENU key SAVE REF of DISPLAY MENU key is used to save the characteristic curve being measured currently in the internal memories 1 to 4 On the other hand SAVE of SAVE RECALL key saves data of the internal memories 1 to 4 in the USB memory after attaching the file name RECALL is used to recall the file selected by File List of the USB memory into the internal memories 1 t...

Page 132: ...into the USB memory 4 digit number on the right in the file name increases one by one Note that when reaching 9999 the number is not increased Folders and extensions below are used depending on where to save SETUP SETUP SET TRACE WAVE WFM binary format WAVE CSV text format REF REF REF If there is the file with the same file name when saving the file the confirmation screen to overwrite is displaye...

Page 133: ...xecutes the save For TRACE REF NO Submenus Function description F1 TRACE REF TRACE measurement waveform REF REF waveform internal waveform saving F2 TO Media is fixed to USB memory 1 F3 FILE NAME Sets the file name F4 DATA FORMAT REF NO DATA FORMAT Selects data format from BINARY TEXT BOTH BOTH saves both of binary and text files TEXT format cannot be recalled REF NO Sets the number of REF wavefor...

Page 134: ...mory F3 SETUP NO FILE LIST For internal memory sets 1 to 256 For USB memory the file list is displayed for selection F4 RECALL DEFAULT Recalls default setup 1 F5 Not used F6 RECALL Execute Recall 1 For detailed DEFAULT settings see Table 3 11 1 Settings to be recalled in Section 3 11 8 Pressing F6 key on the right of the submenu RECALL allows the specified file to be recalled Pressing F4 key on th...

Page 135: ...orm display area Ex For TRACE REF NO Submenus Function description F1 SETUP TRACE Selects the data to be recalled REF TRACE measurement waveform REF REF waveform internal waveform saving F2 FROM Media including data is fixed to USB memory F3 FILE LIST Displays the file list for selection F4 Not used REF NO Sets REF waveform number to recall 1 to 4 F5 Not used F6 RECALL Executes RECALL ...

Page 136: ...pears in the waveform display area Press F1 key rotate FUNCTION knob counterclockwise Upper file selected Press F2 key rotate FUNCTION knob clockwise Lower file selected Select the file by rotating FUNCTION knob or press F1 F2 key 2 Press F6 key on the right of the submenu SELECT You return to the previous menu The screen displays the file number selected in the submenu FILE LIST 3 Press F6 key on...

Page 137: ...execution of formatting check that the memory to be formatted includes no important data Submenu Function description F1 SETUP TRACE REF Selects the data to be deleted SETUP TRACE REF F2 FROM Selects data to be deleted Internal memory USB memory Fixed to USB memory Selects data to be deleted Internal memory USB memory F3 SETUP NO Internal memory For internal memory sets 1 to 256 For internal memor...

Page 138: ...4 alphabet characters Alphanumeric character of normal width capital letter _ and 4 numeric 8 bit characters following them When saved into the USB memory data is saved with the specified file name in the SETUP WAVE or REF folder If folder above does not exist the folder is automatically created Procedure 1 Each time data is saved into the USB memory 4 digit number on the right in the file name in...

Page 139: ...pears 2 Press F1 key on the right of the submenu SAVE 3 Press F1 key on the right of the submenu SETUP TRACE REF and select TRACE F3 submenu changes to FILE NAME and the 1st digit of the file name is enclosed by the blue frame 4 Rotate FUNCTION knob to register the file name consisting of 8 characters the first 4 alphabet characters 8 bit and uppercase _ and 4 numeric 8 bit characters following th...

Page 140: ...NAME number increases one by one If there is the file with the same file name when saving the file the confirmation screen to overwrite is displayed Ex CONFIRMATION File ABCD0001 REF already exists Do you want to overwrite Push OK button to overwrite Push CANCEL button to abort 3 11 4 2 Recalling SETUP TRACE or REF data Procedure 1 Recalling SETUP data from internal memory 1 Press SAVE RECALL key ...

Page 141: ...DELETE menu appears 2 Press F2 key on the right of the submenu RECALL 3 Press F1 key on the right of the submenu SETUP TRACE REF and select TRACE 4 Press F3 key on the right of the submenu FILE LIST SETUP information is displayed in the submenu USB File list and the waveform display area 5 Rotate FUNCTION knob or press F1 F2 key to select the file 6 Press F6 key on the right of the submenu SELECT ...

Page 142: ...ight of the submenu FILE LIST The file name is displayed in the submenu USB File list 5 Rotate FUNCTION knob or press F1 F2 key to select the file 6 Press F6 key on the right of the submenu SELECT The selected file name is displayed in the submenu FILE LIST 7 Press F6 key on the right of the submenu RECALL and execute RECALL Recall from ABCD0001 REF is displayed in the message area on the upper pa...

Page 143: ...DELETE FILE and execute DELETE Delete xx xx SETUP NO is displayed in the message area on the upper part on the delete screen Procedure 2 Deleting TRACE data from USB memory 1 Press SAVE RECALL key SAVE RECALL DELETE menu appears 2 Press F3 key on the right of the submenu DELETE 3 Press F1 key on the right of the submenu SETUP TRACE REF and select TRACE 4 Press F4 key on the right of the submenu BI...

Page 144: ...LECT 8 The submenu FILE LIST displays the selected file for deletion 9 Press F5 key on the right of the submenu DELETE and execute DELETE Delete ABCD0001 REF is displayed in the message area on the upper part of the screen 3 4 5 6 7 8 9 Procedure 4 Deleting REF data from internal memory 1 Press SAVE RECALL key SAVE RECALL DELETE menu appears 2 Press F3 key on the right of the submenu DELETE 3 Pres...

Page 145: ...on which is generally required when the memory is removed from the computer However the USB memory must not be removed during access to it i e installation of software firmware and option saving and recalling 4 Suitable USB memory USB memories being formatted by FAT or FAT32 are available This instrument does not support USB memories formatted by NTFS For USB memories with security functions they ...

Page 146: ...ettings initializes VARIABLE setting values see Section 3 7 1 2 Pressing CONFIGURATION key allows CONFIGURATION menu to appear Pressing function keys F1 to F6 allows the internal connection state to change as shown below The comment on the connection status is displayed on the lower right side of the internal connection diagram Internal connection diagram Destination of measured device C B E F1 C ...

Page 147: ...Internal connection diagram Destination of measured device C B E F3 C Collector Supply B Short Common E Common F4 C Collector Supply B Common E Open F5 C Collector Supply B Common E Step Generator F6 1 C Open B Collector Supply E Common For Open Collector Common MAX PEAK VOLTAGE cannot be set to 3kV ...

Page 148: ...l F6 2 C Short B Collector Supply E Common For Short Collector Common MAX PEAK VOLTAGE cannot be set to 3kV State Open Short of the terminal COLLECTOR is different though COLLECTOR SUPPLY are connected with the terminal BASE of the device in both of two internal connections allocated in the F6 key ...

Page 149: ... setting COLLECTOR COLLECTOR When the connection destination of terminal BASE is Common it becomes as shown in a left chart There is a case of Step Generator and Open A left chart is an example of Open about the terminal EMITTER at the connection destination BASE EMITTER Note If STEP GENERATOR doesn t connect when the HORIZONTAL setting is BASE EMITTER HORIZ is not displayed STEP The waveform of e...

Page 150: ...ressing AUX key allows AUX menu to appear The menu is used to set the output voltage to the auxiliary output AUX terminal The setting voltage is generated when measurement stops Submenu and function F1 OUTPUT OFF Output off 0V to 40 0V in 0 1V step Generates the voltage being set F2 to F6 Not used F1 F2 F3 F4 F5 F6 ...

Page 151: ...ICATION key as shown below the option should be purchased and the optional file should be installed Refer to Section 3 11 1 7 When purchasing it contact Iwatsu office or our Web site URL http www iti iwatsu co jp If the option is already installed pressing APPLICATION key allows three right APPLICATION menu to appear as shown below The option is not installed Only CS 800 option installed Only CS 8...

Page 152: ... of the search function being set in Vth h FE SETUP submenu in this option as shown in the example below This option when carrying out SWEEP and search is oriented to the target point in the diagram of IC VCE as shown in the diagram below It sets not only the current value and the voltage value of the target point but also SWEEP range of the step generator SWEEP range of the collector supply withi...

Page 153: ...T is selected as the parameter to be constant However specification can be made only to the voltage between the collector and emitter on the horizontal axis Vce or the collector current on the vertical axis Ic If the horizontal axis is the BASE EMITTER range this function cannot be used The settings below are made after selecting the parameter Set the target value and the permissible range of the ...

Page 154: ...eter search IGBT module If you want to know VGE Gate Emitter Threshold Voltage when IC collector current is 800 mA and VCE voltage between collector and emitter is 10 V search is carried out in the order of as shown below The permissible range for the target point is 3 in horizontal and vertical axes First SWEEP for VCE and Ic ...

Page 155: ...CE and Ic Search completion 1 回目サーチの STEP GENERATOR SWEEP Target point DOT cursor display Display of measurement result Vth IC VCE Measurement result Vth Gate Emitter Threshold Voltage 6 130 V IC collector current 798 5 mA VCE voltage between collector and emitter 9 928 V 6 014 V COLLECTOR SUPPLY SWEEP of 1st search ...

Page 156: ...below The example of the figure below is a drawn image figure because it explains to the last like there is an extreme difference Do SWEEP in the direction of UP up to the set value of SWEEP END VARIABLE from the VARIABLE set value in SWEEP Start point A to Turning point B as shown in the figure below In addition turn as it is continuously from Turning point B and do SWEEP in the direction of DOWN...

Page 157: ... to make selection and use FUNCTION knob to set the value Target value of vertical axis Setting range within FULL range Permissible range of target value 0 0 to 20 0 resolution 0 1 F4 FUNCTION HORIZONTAL TARGET Sets a numeric value for item below Use F4 key to make selection and use FUNCTION knob to set the value Target value of horizontal axis Setting range within FULL range Permissible range of ...

Page 158: ... FUNCTION MAXIMUM Sets the maximum value of SWEEP range of COLLECTOR SUPPLY If any value smaller than MINIMUM or START VARIABLE setting value is set the value of MINIMUM or START VARIABLE is also changed to the same value Setting range 0 0 to 100 0 Setting resolution 0 1 F4 FUNCTION RESOLUTION Sets the SWEEP resolution of COLLECTOR SUPPLY If this option is used for operation the resolution in this...

Page 159: ...and setting resolution depend on STEP range Setting range 10 times of STEP range Setting resolution 1 100 of STEP range F3 FUNCTION MAXIMUM Sets the maximum value absolute value of SWEEP range of STEP GENERATOR The setting range and setting resolution depend on STEP range Setting range 10 times of STEP range Setting resolution 1 100 of STEP range F4 FUNCTION RESOLUTION Sets the SWEEP resolution of...

Page 160: ...g swept are displayed setting value Set SWEEP restriction on the vertical axis When any value equal to or larger than the setting value is obtained SWEEP stops Points being swept are displayed F2 FUNCTION HORIZONTAL LIMIT F2 is used to select items below The value is set by rotating FUNCTION knob OFF No restriction on horizontal axis setting value Sets SWEEP restriction on the horizontal axis When...

Page 161: ...ng FUNCTION knob or HORIZONTAL Vce VERTICAL Ic Setting range 10 times of HORIZONTAL VERTICAL range Setting resolution 1 50 of HORIZONTAL VERTICAL range Permissible range Set it by rotating FUNCTION knob Setting range 0 0 to 20 0 Setting resolution 0 1 F3 COLLECTOR SUPPLY SETUP It measures the device characteristics in advance and sets the range of the collector supply from value of VARIABLE of the...

Page 162: ...AXIMUM Press F3 key on the right menu in the diagram above to select the setting target It sets the maximum value of the sweep range of COLLECTOR SUPPLY If any value less than setting value of MINIMUM or START VARIABLE is set the value of MINIMUM or START VARIABLE changes together i e the same value is set Setting range 0 0 to 100 0 Setting resolution 0 1 F4 FUNCTION RESOLUTION Press F4 key on the...

Page 163: ...ht If ON the numeric value is set for the lower limit of COLLECTOR SUPPLY voltage Setting range and resolution depend on the HORIZONTAL range Setting range 10 times of HORIZONTAL range Setting resolution 1 50 of HORIZONTAL range F3 FUNCTION CURRENT UPPER Press F3 key on the right menu in the diagram above to select ON OFF of the CURRENT UPPER function ON cursor blue on the right If ON the numeric ...

Page 164: ...TOR SWEEP DOUBLE submenu Press F4 key to display COLLECTOR SWEEP DOUBLE submenu Key knob Setting items Function description F1 FUNCTION COLLECTOR SWEEP DOUBLE Press F1 key to select the following items OFF The DOUBLE SWEEP function is invalid ON The DOUBLE SWEEP function is valid F2 to F6 Not used F1 F2 F3 F4 F5 F6 ...

Page 165: ...ENT HIGH VOLTAGE VARIABLE 0 0 Collector supply HIGH VOLTAGE MODE AC POLARITY POSITIVE MAX PEAK POWER WATTS 120 mW MAX PEAK VOLTAGE 30 V SINE FREQUENCY 50 Hz Collector supply HIGH CURRENT POLARITY POSITIVE MAX PEAK POWER WATTS 400 W MAX PEAK VOLTAGE 40 V PULSE INTERVAL 80 msec Collector supply Others common SWEEP STEPS 1000 SWEEP TYPE DOWN SWEEP END VARIABLE 0 0 SWEEP WAIT TIME 0 0 sec HARDWARE COM...

Page 166: ... div HORIZONTAL OFFSET POSITION 0 0 div VERTICAL SENCE RANGE 2 A div HORIZONTAL SENCE RANGE COLLECTOR 5 V div WAVE 1st Ic WAVE 2nd Vce WAVE 1st Vbe RANGE 5 V div WAVE 2nd Vce RANGE 5 V div WAVE 1st WAVE 2nd Ic RANGE 2 A div Cursor CURSOR OFF DISPLAY REFRESH RATE MID step 0 index 0 F intercept 0 mV FREE CURSOR X POSITION 5 0 div FREE CURSOR Y POSITION 5 0 div WINDOW CURSOR UPPER POSITION 6 5 div WI...

Page 167: ...P GENERATOR START 0 0 STEP GENERATOR RESOLUTION Resolution of STEP OFFSET MAX REPEAT COUNT 1 VERTICAL LIMIT 0 0 A VERTICAL LIMIT type OFF HORIZONTAL LIMIT 0 0 V HORIZONTAL LIMIT type OFF APPLICATION CONSTANT SOURCE VOLTAGE TARGET VOLTAGE 0 0 V TARGET VOLTAGE permissible range 0 0 COLLECTOR SUPPLY SETUP MINIMUM 0 0 COLLECTOR SUPPLY SETUP MAXIMUM 0 0 COLLECTOR SUPPLY SETUP RESOLUTION 0 1 COLLECTOR S...

Page 168: ... connection DHCP ON IP Address at manual setting 192 168 1 102 Subnet Mask at manual setting 255 255 255 0 Default Gateway at manual setting 192 168 1 1 Remote operation Waveform transfer format ASCII Brightness setting WAVEFORM 100 GRID 50 CURSOR 100 REF 80 BACKLIGHT MID Hard copy FILE FORMAT PNG BACKGROUND Black COLOR Color FILE NAME SCRN0000 Save DATA TYPE SETUP TO INTERNAL DATA FORMAT BINARY S...

Page 169: ...ation Curve Tracer CS 3000 Series Instruction Manual 3 123 Classification Item name Default setting Recall REF NO 1 Delete DATA TYPE SETUP FROM for SETUP INTERNAL FROM for REF INTERNAL DATA FORMAT BINARY FILE LIST NoSelect SETUP NO 1 REF NO 1 ...

Page 170: ......

Page 171: ...e of extracts from the performance table connection method and CAUTION and then explains the concrete measurement procedure Section 4 2 Characteristics measurement shows using the latest device IGBT the connection method measurement procedure and characteristics measurement result when measuring large current Extracts from performance tables in the yellowish green frame at the beginning of each se...

Page 172: ... 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED The diagram on the right in this frame shows the measurement result of the forward characteristics based on the diode performance table below In addition extracts from the performance table of device characteristics which should be investigated in advance and the connection diagram indicating how to connect a measured device to t...

Page 173: ...et to 1 20 W Because the permissible loss of the measured device IO 250 mW in accordance with the performance table 3 Press MAX PEAK VOLTS key 4 Press F3 key and set to 30V Measurement voltage 0 8 V in accordance with the performance table 5 Press MODE POLARITY key 6 Press F1 key and set to HIGH VOLTAGE 7 Press F3 key and set RECTIFIED SINE to full wave rectified ...

Page 174: ... 2 00 mA div and COLLECTOR Make proper setting for measurement condition IC in accordance with the performance table 12 Set HORIZONTAL to 100 mV div and COLLECTOR Make proper setting for measurement value VC in accordance with the performance table 13 Set HIGH VOLTAGE breaker to ENABLED 14 Gradually rotate VARIABLE clockwise to apply a voltage to the device 12 11 COLLECTOR SUPPLY setting is displa...

Page 175: ...ting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Connect the anode of the diode to the collector terminal of the test adapter and ...

Page 176: ... Rotate FUNCTION knob to move DOT to an arbitrary measurement point diode ON position VERT current value and HORIZ voltage value at the cursor position index are displayed 4 On the cursor menu press F3 on the right of the submenu fLINE 5 Rotate FUNCTION knob so that the gradient of fLINE cursor is tangential to the characteristics curve 6 The diode ON resistance value at the connection point is di...

Page 177: ... IFM 450 mA Permissible loss IO 250mW Electric characteristics Item Measurement Measurement conditions value Max Reverse VR 60 V 0 1μA current IR Caution When starting or finishing measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing ...

Page 178: ...4 key and set to 1 20 W Because the permissible loss of the measured device IO 250 mW in accordance with the performance table 3 Press MAX PEAK VOLTS key 4 Press F3 key and set to 300 V Measurement condition voltage 60 V in accordance with the performance table 5 Press MODE POLARITY key 6 Press F1 key and set to HIGH VOLTAGE 7 Press F3 key and set to DC ...

Page 179: ...s ZOOM key and F1 key and select VERTICAL 13 Rotate FUNCTION knob to select x2 14 Set HORIZONTAL to 50V div and COLLECTOR In accordance with the reverse current IR and the reverse voltage VR of the diode 15 Set HIGH VOLTAGE breaker to ENABLED 16 Gradually rotate VARIABLE clockwise to apply a voltage to the device 17 Press SWEEP key in MEASUMENT part For SWEEP measurement see Section 3 8 3 14 11 CO...

Page 180: ...mplification factor hFE and each resistance parameter using the cursor based on the measurement results In addition the examples include measurement for IC vs VBE characteristics IC vs IB characteristics and IB vs VCE characteristics under the same conditions and in the different mode 4 1 2 1 IC vs VCE characteristics 4 1 2 2 DC current amplification factor hFE and resistance measurement 4 1 2 3 I...

Page 181: ...test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Connect the collector base emitter terminals of a transistor to the collector base emitter terminals of the test adapter For connection between the ...

Page 182: ... PEAK POWER WATTS key 2 Press F4 key and set to 1 20 W Collector loss IC 400 mW in accordance with the performance table 3 Press MAX PEAK VOLTS key 4 Press F3 key and set to 30V Measurement condition VCE 6 V in accordance with the performance table 5 Press CONFIGURATION key 6 Press F1 key and set to Collector StepGen Common ...

Page 183: ...t to 200 µA div Measurement condition IC 100 mA hFE 70 to 400 in accordance with the performance table 13 Press OFFSET knob to set OFFSET to 0 13 Press MODE POLARITY key 14 Press F1 key and set to HIGH VOLTAGE 15 Press F3 key and set RECTIFIED SINE to full wave rectified 16 Set VERTICAL to 20 0 mA div and COLLECTOR Make proper setting for measurement condition IC in accordance with the performance...

Page 184: ...Chapter 4 Characteristics Measurement 4 14 Curve Tracer CS 3000 Series Instruction Manual 18 Set HIGH VOLTAGE breaker to ENABLED 19 Gradually rotate VARIABLE clockwise to apply a voltage to the device ...

Page 185: ...When starting or finishing measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Co...

Page 186: ...tics is displayed 1 Press CURSOR key 2 Press F2 key on the right of the submenu DOT 3 Rotate FUNCTION knob to move DOT to an arbitrary measurement point To move the cursor position index press FUNCTION knob VERT current value and HORIZ voltage value at the cursor position index are displayed β DC current amplification factor hFE β DC current amplification factor hFE ...

Page 187: ...g measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Connect the collector base ...

Page 188: ...nstruction Manual Measurement procedure After step 19 in Section 4 1 2 1 IC vs VCE characteristics is displayed 1 Set HORIZONTAL range to 500mV and BASE EMITTER For the base current the collector current vs the voltage characteristics between collector emitter is displayed ...

Page 189: ...ow When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Connect the collector base emitter terminals of a transistor to the c...

Page 190: ... in Section 4 1 2 1 IC vs VCE characteristics is displayed 1 Rotate HORIZONTAL range counterclockwise and set to STEP 2 Press STEP GENERATOR MENU key 3 Rotate FUNCTION knob to set NUMBER OF STEPS to 10 The characteristics of the collector current vs the base current are displayed with one horizontal division equal to one step ...

Page 191: ...measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value to 0 to discharge applied voltage Set HIGH VOLTAGE breaker to DISABLED Connection diagram Connect the collector base em...

Page 192: ...ristics is displayed 1 Rotate VERTICAL range counterclockwise to set to STEP 2 Rotate HORIZONTAL range clockwise to set to 2 00 V div and COLLECTOR 3 Press STEP GENERATOR MENU key 4 Rotate FUNCTION knob to set NUMBER OF STEPS to 10 The characteristics of the base current vs the voltage between collector emitter are displayed with vertical 0 5div equal to one step ...

Page 193: ...ach parameter of ON resistance of drain_source and trans conductance gm using the cursor based on the measurement results In addition the examples include measurement for ID vs VGS characteristics and the forward transfer admittance under the same conditions and in the different mode 4 1 3 1 ID vs VDS characteristics 4 1 3 2 Measurement of ID vs VDS characteristics ON resistance of drain_source an...

Page 194: ...olute max rating Voltage between gate drain VGDS 50 V Gate current IG 10 mA Permissible loss PD 150 mW Electric characteristics Item Measurement Measurement conditions value min Drain VDS 10 V 0 3 6 5mA current IDS VGS 0 V Caution When starting or finishing measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After conn...

Page 195: ...AX PEAK POWER WATTS key 2 Press F4 key and set to 1 20 W Collector loss 150 mW in accordance with the performance table 3 Press MAX PEAK VOLTAS key 4 Press F3 key and set to 30V Measurement condition VDS 10 V in accordance with the performance table 5 Press CONFIGURATION key 6 Press F1 key Set to Collector StepGen Common ...

Page 196: ...rformance table Range of measured drain current IDSS at this time 0 3 to 6 5mA 12 Press OFFSET knob to set OFFSET to 0 13 Press MODE POLARITY key 14 Press F1 key and set to HIGH VOLTAGE 15 Press F3 key and set RECTIFIED SINE to full wave rectified 16 Set VERTICAL to 500 μA div and COLLECTOR Drain current IDSS 0 3 to 6 5 mA in accordance with the performance table Make proper setting in accordance ...

Page 197: ...aracteristics Measurement Curve Tracer CS 3000 Series Instruction Manual 4 27 ID vs VGS characteristics 18 Set HIGH VOLTAGE breaker to ENABLED 19 Gradually rotate VARIABLE clockwise to apply a voltage to the device ...

Page 198: ...a measured device to the attached test adapter are shown trans conductance gm of FET Caution When starting or finishing measurement operate CS 3000 as shown below When starting measurement set HIGH VOLTAGE breaker to DISABLED and open the test fixture After connecting a measured device set HIGH VOLTAGE breaker to ENABLED After finishing measurement rotate VARIABLE counterclockwise to set the value...

Page 199: ...ge value at the cursor position index are displayed gm trans conductance as the result of cursor measurement is displayed on the lower part of the screen 4 Rotate FUNCTION knob to move DOT to an arbitrary measurement point ON resistance 5 On the cursor menu press F3 on the right of the submenu fLINE 6 Rotate FUNCTION knob so that the gradient of fLINE cursor is tangential to the characteristics cu...

Page 200: ...n the right of the submenu WINDOW The rectangular cursor appears 7 Push F4 key or FUNCTION knob to switch the side to be moved in sequence Upper left lower right The selected side is displayed 8 Rotate FUNCTION knob to move the selected side vertically or horizontally Measure gm in one step gm trans conductance WINDOW cursor ...

Page 201: ...vs VGS characteristics and forward transfer admittance It shows examples of SWEEP measurement which obtains the forward transfer admittance of N channel FET under the same conditions as Section 4 1 3 1 ID vs VDS characteristics The diagram on the right in this frame shows the measurement result of the forward transfer admittance of a FET which is SWEEP measured based on the extracts from the FET p...

Page 202: ...4 Press F1 key and set to HIGH VOLTAGE 5 Press F3 key and set RECTIFIED SINE to full wave rectified 7 Set VERTICAL to 500 μA div and COLLECTOR 8 Set HORIZONTAL range to 2 00 V div and COLLECTOR 9 Gradually rotate VARIABLE to set the collector voltage to the measurement condition VDS in the performance table 10 Press CURSOR key 11 Press F2 key on the right of the submenu DOT 12 Rotate FUNCTION knob...

Page 203: ...ER OF STEPS to 5 steps SWEEP STEPS 100 points 17 Press SWEEP key 18 Rotate FUNCTION knob and move DOT to the measurement condition VGS 0V of the performance table 19 On the cursor menu press F3 key on the right of the submenu fLINE 20 Rotate FUNCTION knob to make gradient of fLINE cursor consistent with the tangent direction of the characteristics curve The forward transfer admittance of FET at th...

Page 204: ...ection method see the connection diagram on the next page Saturation voltage VCES between collector emitter of IGBT Extracts from N channel IGBT performance table Absolute max ratin Voltage between collector emitter VCES 3 300 V Voltage between gate emitter VGES 20 V Electric characteristics Item Saturation voltage between collector emitter VCES Measurement conditions Ic 400 A VGE 15 V Measurement...

Page 205: ... Connection procedure 1 Remove the test adapter mounting part from the test fixture 2 Set the measured device IGBT in it 3 Connect the collector of the measured device IGBT to SENCE terminal the emitter to SENCE terminal and the gate terminal to 300Vpk using the attached wires as shown below Caution If SENSE of HIGH CURRENT is not connected CS 3000 displays and measures nothing in HIGH CURRENT mod...

Page 206: ...rement condition Ic 400 A in accordance with the performance table 5 Press MAX PEAK VOLTAS key 6 Press F3 key to check 40 V 7 Press STEP GENERATOR MENU key 8 Press F2 key to select PULSE N channel IGBT plus bias 9 Press F3 key to select VOLTAGE 10 Rotate FANCTION knob and set NUMBER OF STEPS to 0 11 Rotate STEP AMPLITUDE knob to set to 2V div 12 Rotate OFFSET knob to set the measurement condition ...

Page 207: ...er setting in accordance with device measurement value WAVE 2nd 18 Press FUNCTION knob to set to Ic 19 Rotate FUNCTION knob to set Ic range Make proper setting in accordance with device measurement value 20 Set PULSE WIDTH to 400μs Make proper setting depending on the device 21 Set MEASUREMENT POINT to 300μs Make proper setting depending on the device 22 Move the cursor to the measurement point wh...

Page 208: ... 27 Press F1 key and rotate FUNCTION knob to set SWEEP STEPS 28 Press F2 key and rotate FUNCTION knob to set PULSE INTERVAL 29 Rotate VARIABLE key again and apply Ic to the device as required 30 Press SWEEP key For SWEEP mode see Section 3 8 31 Sweep the range from VARIABLE setting value to 0 Saturation voltage VCES between collector emitter of IGBT Indicating collector being swept ...

Page 209: ...e VFM Peak Forward Voltage Drop 32 Press OFFSET knob of STEP GENERATOR to set to 0 V 33 Press REPEAT key 34 Press MODE POLARITY key 35 Press F2 key and set POLARITY to 36 Gradually rotate VARIABLE clockwise to apply the current to the device Forward voltage of 2 546 V when applying 200 59 A to the collector of IGBT ...

Page 210: ...Chapter 4 Characteristics Measurement 4 40 Curve Tracer CS 3000 Series Instruction Manual Memo ...

Page 211: ...er is mounted in the grill of the front panel To prevent clogging clean it regularly Procedure 1 Pull the lower part of the grill forward while pushing it up to remove the board grill from the panel 2 Remove the filter mounted in the grill and clean it Use the vacuum cleaner to remove dust and dirt attached to the filter When becoming severely dirty wash it with thinned detergent and dry it comple...

Page 212: ... filter case When mounting it insert it inside the nail of grill 4 While locating the upper side of the grill in place and pressing the nail release hole and the center of the grill push the grill down until it clicks and mount it on the panel Filter case Board grill Filter Nail release hole Nail Filter case Filter Nail ...

Page 213: ...nding the instrument please write the instrument name instrument number failure name place and telephone number of the person in charge clearly To avoid an accident during transportation when sending it use the corrugated carton box used for delivery or equivalent i e having shock absorbing materials If a proper packing box is not found contact Iwatsu office or our sales distributors Address 7 41 ...

Page 214: ...Chapter 5 Daily Maintenance and Calibration 5 4 Curve Tracer CS 3000 Series Instruction Manual Memo ...

Page 215: ...ot be used Variable collector supply Continuously variable from 0 to 100 0 in 0 1 step Note Output not calibrated Output enabled disabled Collector supply can be set to output enabled disabled Loop calibration Hardware Floating capacity between collector supply and ground can be calibrated Software Software thinning pseudo calibrates the loop Collector supply HC mode Specifications for CS 3200 330...

Page 216: ...p When collector supply is in HC mode pulse width is wider than that of the HC mode pulse i e additional 100 us at each end Note If the pulse width is narrow to max peak voltage may not be generated No of steps 0 step to 20 steps AUX output Range Off 40 V to 40 V 100 mV step Accuracy 100 mV 2 of setting value Measurement Mode REPEAT STOP SINGLE SWEEP Vertical axis Collector current Range HV 1 uA d...

Page 217: ...0 pixel No of data pieces 1000 points trace AC full wave rectified 20 to 1000 points trace SWEEP mode Trace display Between point interpolation display dot display Average Off 2 to 255 times Persistence Off Short Long infinite Internal waveform storage REF 4 screens can be saved Cursor measurement DOT cursor Vert Horiz β or gm fLINE cursor FREE cursor Vert Horiz 1 grad intercept Vert Horiz β or gm...

Page 218: ...fter powering on Note The specifications standards are guarantee values after 30 minutes or more from turning on the power supply pass Storage temperature range Storage humidity range 20 C to 60 C 5 to 80 RH without dew condensation Altitude air pressure At operation 2000 m or less air pressure about 79 kPa At non operation 15000 m or less air pressure about 12 kPa Pollution degree 2 Power supply ...

Page 219: ...EMC Directive 2014 30 EU for Electromagnetic Compatibility Low Voltage Directive 2014 35 EU for Product Safety and RoHS Directive 2011 65 EU for restriction of the use of certain hazardous substances Emission and Immunity standard EN61326 1 2013 ClassA Safety standard EN61010 1 2010 3rd Edition EN61010 2 30 2010 1st Edition Environmental standard EN50581 2012 Monitoring and instruments ...

Page 220: ...Chapter 6 Performance 6 6 Curve Tracer CS 3000 Series Instruction Manual 6 3 Outside view 6 3 1 Main unit CS 3100 6 3 2 Main unit CS 3200 CS 3300 Unit mm Unit mm ...

Page 221: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 7 6 3 3 Test fixture CS 302 Unit mm ...

Page 222: ...Chapter 6 Performance 6 8 Curve Tracer CS 3000 Series Instruction Manual 6 3 4 Test adapter CS 500 Blank adapter Unit mm ...

Page 223: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 9 6 3 5 Test fixture CS 301 190 Unit mm ...

Page 224: ...Chapter 6 Performance 6 10 Curve Tracer CS 3000 Series Instruction Manual 6 3 6 Test adapter CS 501A TO type adapter option Unit mm ...

Page 225: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 11 6 3 7 Test adapter CS 502 Axial type adapter option Unit mm ...

Page 226: ...Chapter 6 Performance 6 12 Curve Tracer CS 3000 Series Instruction Manual 6 3 8 Test adapter CS 503 Surface Mount type adapter option Unit mm ...

Page 227: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 13 6 3 9 Test adapter CS 504 Surface Mount type adapter option Unit mm ...

Page 228: ...Chapter 6 Performance 6 14 Curve Tracer CS 3000 Series Instruction Manual 6 3 10 Test adapter CS 505 Surface Mount type adapter option Unit mm ...

Page 229: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 15 6 3 11 Test adapter CS 506 Surface Mount type adapter option Unit mm ...

Page 230: ...Chapter 6 Performance 6 16 Curve Tracer CS 3000 Series Instruction Manual 6 3 12 Test adapter CS 507 Surface Mount type adapter option Unit mm ...

Page 231: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 17 6 3 13 Test adapter CS 508 SMD CHIP type adapter option Unit mm ...

Page 232: ...Chapter 6 Performance 6 18 Curve Tracer CS 3000 Series Instruction Manual 6 3 14 Test adapter CS 509 Surface Mount type adapter option Unit mm ...

Page 233: ...Chapter 6 Specifications Curve Tracer CS 3000 Series Instruction Manual 6 19 6 3 15 Test adapter CS 510 Surface Mount type adapter option Unit mm ...

Page 234: ...Address 7 41 Kugayama 1 chome Suginami ku Tokyo 168 8501 Japan Phone 81 3 5370 5483 Facsimile 81 3 5370 5492 Homepage http www iti iwatsu co jp ...

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