Lambda CS-3000 Series Curve Tracer
Awọn pato
- Model: Curve Tracer CS-3000 series (CS-3100, CS-3200, CS-3300)
- Collector Supply (HV Mode): Max.Peak voltage – 3 kV, Max. Peak current – 15 A, Max. peak power – 390 W
- Collector Supply (HC Mode): Max.PPeakvoltage – 30 V, Max. peak current – 7.5 A, Pulse width – 50 us to 400 us
- Step Generator: Step rate – 1/10 Step, Pulse width range – 50 us to 400 us
- Measurement: Collector voltage range – HV: 50 mV/div to 500 V/div, HC: 50 mV/div to 5 V/div
Awọn ilana Lilo ọja
Collector Supply
For HV mode, set the max. Peak voltage and current according to the specifications. For HC mode, adjust the settings as needed.
Igbesẹ monomono
Set the step rate and pulse width within the specified ranges for accurate measurements.
Wiwọn
Use the appropriate collector voltage range based on the mode of operation for precise readings.
Ideal for measuring the characteristics of various semiconductors such as IGBTs, MOSFETs, transistors, and diodes etc.
- O pọju tente oke voltage 3,000V (high voltage mode)
- Maximum peak current 1,000A (CS-3300 high current mode)
- All models equipped with LEAKAGE mode (1pA cursor resolution)
- USB port to save screen data and setup data
- Equipped with La LAN interface for remote control
Easy-to-understand measurement screen
CS-3000 Series Specifications
Collector supply HV mode
| Awoṣe | CS-3100-300V * 2 | CS-3100 / CS-3200 / CS-3300 | |||
|---|---|---|---|---|---|
| Mode/polarity | Full wave rectification/ + – , DC/ + – , LEAKAGE/ + – , AC | ||||
| O pọju tente oke voltage | 300V | 30V | 3kV | 300V | 30V |
| O pọju tente lọwọlọwọ (maximum peak pulse current * 1 ) |
750mA (1.5A * 1 ) |
7.5A (15A * 1 ) |
75mA (150mA * 1 ) |
750mA (1.5A * 1 ) |
7.5A (15A * 1 ) |
| O pọju agbara tente oke | 120mW / 1.2W / 120W / 390W (Cannot be set when using the maximum peak voltage of 3kV) | ||||
| Horizontal axis range | 50mV～500V/div | ||||
- The maximum instantaneous current value that can be generated (varies depending on the target to be measured and conditions), the measurement should be less than or equal to the maximum peak current value.
Collector supply HC mode
| Awoṣe | CS-3100 / CS-3100-300V * 2 | CS-3200 | CS-3300 | |||
|---|---|---|---|---|---|---|
| Mode/polarity | Not equipped with HC mode | Pulse/ + – | ||||
| O pọju tente oke voltage | 40V | |||||
| O pọju tente lọwọlọwọ | 400A | 40A | 1,000A | 400A | 40A | |
| O pọju agbara tente oke | 4kW | 400W | 10kW | 4kW | 400W | |
| Pulse iwọn | Pulse width is variable at 50µs to 400µs (10µs resolution) | |||||
| Ojuami wiwọn | The measurement point can be specified (10µs resolution) | |||||
| Vertical axis range | 100mA～50A/div | 100mA～100A/div | ||||
| Idanwo imuduro | CS-301 | CS-302 | ||||
Wọpọ pato
| Loop correction | Hardware | Correction ofthe floating capacitance between the collector supply and the ground | |
| Software | Pseudo-looping through software optimisation | ||
| Step generator | Aiṣedeede | Eto ibiti | -10 ～ +10 x STEP AMPLITUDE Setting |
| Ipinnu | 1% of the STEP AMPLITUDE setting | ||
| Ipo lọwọlọwọ | Ibiti o | 50nA to 200mA per step, 21 steps, 1-2-5 switching | |
| O pọju lọwọlọwọ | 2A | ||
| O pọju voltage | 10V tabi diẹ ẹ sii | ||
| Voltagipo e | Ibiti o | 50mV to 2V per step, 6 steps, 1-2-5 switching | |
| O pọju lọwọlọwọ | 500mA～(～8V), 200mA～(～15V), 10mA～(～40V) | ||
| O pọju voltage | ± 40V | ||
| Oṣuwọn igbesẹ | 2x 50Hz or 60Hz (1x in AC mode), pulse interval in HC mode | ||
| Pulse step | Pulse iwọn | 50µs～400µs (10µs step) When in HC mode, the pulse width is 100µs wide before and after the pulse of the collector supply |
|
| Nọmba awọn igbesẹ | 0～20 Step | ||
| AUX o wu | Ibiti o | OFF, -40V～+40V (Variable in 100mV steps) | |
| Ipo wiwọn | REPEAT, STOP/SINGLE, SWEEP | ||
| inaro apa (full scale 10div) |
Alakojo lọwọlọwọ | Ibiti o | HV mode：1µA/div to 2A/div, 20 steps 1-2-5 switching (HC mode is not included) |
| Yiye | 2% + 0.05 x VERT/div of readout To this, add the loop correction error for the following maximum peak voltages 0.5µA(30V), 1µA(300V), 6µA(3kV), 12µA(5kV) Specify at least 10% of the maximum peak voltage for 30V, 300V, and 3kV, and at least 30% for 5kV |
||
| Emitter lọwọlọwọ (LEAKAGE) |
Ibiti o | 1nA/div～2mA/div, 20 step 1-2-5 switching (Collector supply mode is LEAKAGE) |
|
| Yiye | 2% + 0.05 x VERT/div + 1nA or less of readout | ||
| Atẹle apa (full scale 10div) |
Alakojo voltage |
Ibiti o | HC mode：50mV/div to 5V/div, 7 steps 1-2-5 switching (HV mode is not included) |
| Yiye | 2% + 0.05 x HORIZ/div or less of readout | ||
| Base/ emitter voltage |
Ibiti o | 50mV/div~5V/div, 7 step 1-2-5 switching | |
| Yiye | 2% + 0.05 x HORIZ/div or less of readout | ||
| Ifihan | Ifihan | 8.4-inch TFT LCD | |
| Nọmba ti data ojuami | 1,000 points/trace (AC, full wave rectification) 20～1,000 points/trace (SWEEP mode) |
||
| Trace display | Point interpolation display, dot display | ||
| Iwọn aropin | OFF, 2 to 255 times | ||
| Ifarada | OFF, SHORT, LONG, Infinite length | ||
| Save internal waveform (REF) | 4 nronu | ||
| Kọsọ | DOT | Vert, Horiz, β or gm | |
| fLINE | Vert, Horiz, 1/grad, intercept | ||
| ỌFẸ | Vert, Horiz, β or gm | ||
| Ferese | Vert, Horiz, β or gm in the WINDOW area | ||
| Data save/read | Iranti | Setup：256 pcs, REF：4 screens | |
| Ita iranti | USB1.1：Setup, waveform, screen hardcopy (BMP, TIFF, PNG) | ||
| Latọna jijin | Equipped with a remote 10BASE-T/100BASE-TX 1 port via LAN connection | ||
| Ibi ti ina elekitiriki ti nwa | AC100～240V 50/60Hz, Maximum operating power：500VA (400W), Standby：50VA (7W) | ||
| External dimensions(mm) Iwọn |
CS-3100 / CS-3100-300V * 2 | Approx. 424W x 220H x 555D (excluding protrusions and accessories) approx. 28kg (excluding accessories) |
|
| CS-3200, 3300 | Approx. 424W x 354H x 555D (excluding protrusions and accessories) approx. 43kg (excluding accessories) |
||
CS-3100-300V is a made-to-order product.
Standard Awọn ẹya ẹrọ
| CS-500 Idanwo ohun ti nmu badọgba | |
|---|---|
 |
This is a jig for connecting the part to be measured, provided by the customer, and the fixture. (Standard accessories) |
FAQs
Q: What should I do if the pulse width is too narrow?
A: If the pulse width is narrow, adjust the settings to widen it within the allowable range to generate the max. peak voltage.
Q: How to calibrate the collector supply output?
A: The collector supply output can be calibrated by enabling/disabling the output and adjusting the floating capacity as per the instructions provided.
Awọn iwe aṣẹ / Awọn orisun
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Lambda CS-3000 Series Curve Tracer [pdf] Ilana itọnisọna CS-3100, CS-3200, CS-3300, CS-3000 Series Curve Tracer, Curve Tracer, Tracer |