Brand Name: | Tektronix |
Model Number: | 370B, 371B |
MOQ: | 1 set |
Price: | Negotiable |
Delivery Time: | 1~3 Working Days |
Payment Terms: | T/T,Western Union |
Tektronix curve tracers offer power and versatility to test the DC characteristics of semiconductor devices. The 370B and 371B curve tracers combine a simple-to-use front panel, digital acquisition and display, and programmability to serve a variety of application needs.
In the R&D lab, Tektronix curve tracers are used for characterization of new designs, extraction of SPICE parameters, failure analysis and data sheet generation. In manufacturing test, Tektronix curve tracers are used to verify device quality and process monitoring. They are also used for incoming inspection to verify device performance, perform failure analysis and match components.
370B
The 370B, the world standard for high-resolution curve tracers, provides up to 20 A/2,000 V sourcing capability combined with 1 pA and 50 µV measurement resolution. The 370B performs DC parametric characterization of integrated circuits, transistors, thyristors, diodes, SCRs, MOSFETs, electro-optic components, solar cells, solid-state relays and other semiconductor devices. It has pushbutton source and measurement configuration so it's easy to change from one test to the next.
371B
The 371B, the industry leader in high-power curve tracers, performs DC parametric characterization on a wide variety of power semiconductors including thyristors, SCRs, IGBTs and power MOSFETs. The high-voltage collector mode permits testing the Off-Characteristics of a device up to 3,000 volts. The pulsed high-current collector mode provides output current pulses greater than 400 amps peak to test On-Characteristics and permits high-power testing up to 3,000 watts. In the sweep measurement mode, the 371B automatically constructs a family of curves while stimulating the device with low-duty-cycle pulses. With this capability, power curves can be displayed without excessive heating of the device.
Interactive control of all 370B and 371B measurements is accomplished from the full-featured front panel or over the GPIB. Every operating parameter can be controlled using the GPIB controller. 370B and 371B Series LabView drivers are available at the Tektronix.com web site. These drivers have many of the building blocks to create a custom measurement solution.
Up to 80 digitized characteristic curves can be stored on a diskette or in internal non-volatile memory and recalled at the touch of a button. A live curve can then be compared with a previously stored curve to assess temperature drift or other changes in operating parameters. To help identify the data, up to 24 characters of text may be used to label or annotate the curve data.
Operating parameters can be adjusted, stored and recalled using several storage methods including the 370B and 371B system memory, the built-in 1.44 MB floppy drive, or sent externally via the GPIB controller.
The 370B and 371B provide three cursor measurement modes. The dot cursor provides direct screen readout of voltage, current, gm or DC beta at any point. The window cursor can be positioned between two curves to measure small signal beta or gm and can also be used for visual go/no-go tests. The function line cursor provides screen readout of a slope or intercept value.
In the sweep measurement mode, the curve tracer automatically constructs a family of curves. The 371B achieves this with low duty-cycle pulses. With this capability, power curves can be displayed without excessive heating of the device.
Curve output data can be sent directly from the 370B and 371B to a Citizen iDP-3240thermal printer. Printing can continue while the 370B and 371B perform the next tasks.
Collector Supply
Peak Voltage (Range) |
16 V |
80 V |
400 V |
2,000 V |
---|---|---|---|---|
Polarity Modes | AC, ± DC, ± Leakage, ± Rectified Sine | |||
Available Current | ||||
Peak Current | 10 A | 2 A | 0.4 A | 0.05 A |
Peak Current (PULSE mode) | 20 A | 4 A | 0.8 A | 0.1 A |
Available Resistance | ||||
Minimum Series Resistance | 0.26 Ω | 6.4 Ω | 160 Ω | 20 kΩ |
Maximum Series Resistance | 800 Ω | 20 kΩ | 500 kΩ | 12.5 MΩ |
Available Peak Power
16, 80 and 400 V Range - 0.08, 0.4, 2, 10, 50, 220 W.
2,000 V Range - 0.08, 0.4, 2, 10, 50 W.
Variable Collector Supply Settings As a % of Maximum Peak Voltage - 0 to 100% in 0.1% increments.
Looping Compensation (typical) Range - at least 100 pF.
Step Generator
Accuracy
Incremental - 1.5%.
Absolute - Less than 1.5% of total output + 3% x STEP AMPLITUDE setting + 1 mV or 1 nA.
Offset Control Range - Variable from -10 to +10 times STEP AMPLITUDE.
Resolution - STEP AMPLITUDE setting x 1%.
Current Mode
Amplitude Range - 50 nA to 200 mA in a 1-2-5 sequence of 21 steps.
Maximum Current - 20x STEP AMPLITUDE setting, 10x STEP AMPLITUDE setting when control is set to 200 mA.
Maximum Voltage - At least 10 V.
Maximum Opposing Offset Current - 10x STEP AMPLITUDE.
Maximum Opposing Volts - Less than 15 V.
Ripple Plus Noise - Less than 0.5% x STEP AMPLITUDE + 10 nA.
Voltage Mode
Amplitude Switch Range - 50 mV to 2 V, in a 1-2-5 sequence of 6 steps.
Maximum Voltage - 20x STEP AMPLITUDE.
Maximum Current - At least 500 mA at 10 V or less, at least 200 mA at 15 V, at least 10 mA at 40 V.
Short Circuit Current Limiting - 500 mA, +50%, -20%.
Maximum Opposing Offset Current - 10x STEP AMPLITUDE.
Maximum Opposing Current - Less than 20 mA.
Ripple Plus Noise - Less than 0.5% x STEP AMPLITUDE + 10 mV.
Step Rates - 2x line frequency (1 x line frequency in AC collector supply mode). Steps occur at 0 collector voltage.
Pulsed Steps - 80 µs or 300 µs wide, ±10%.
Steps and Offset Polarity - Corresponds to Collector Supply Polarity when STEP GENERATOR POLARITY INVERT is disabled. Opposite to Collector Supply Polarity when STEP GENERATOR POLARITY INVERT is selected or CONFIGURATION switch is set to BASE COMMON. BASE COMMON configuration disables STEP GENERATOR POLARITY INVERT.
Number of Steps - Ranges from 0 to 10.
AUX Supply
Range - From -40 to +40 volts, with 20 mV step resolution.
Accuracy (typical) - Within 50 mV + 1.5% of total output.
Output Current - At least 100 nA at ±20 V.
At least 10 mA at ±40 V.
Ripple Plus Noise - Less than 50 mVp-p.
Non-store Vertical Deflection System
Collector/Base Current
Range - 1 µA/div to 2 A/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 100 nA/div (1 nA resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x VERT/DIV setting.
Emitter Current
Range - 1 nA/div to 2 mA/div in a 1-2-5 sequence X10 MAG extends maximum sensitivity to 100 pA/div.
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x VERT/DIV settings + 1 nA.
Maximum Displayed Noise or Ripple - Depending on setting of MAX PEAK VOLTS.
Max. Volts Range |
16 V |
80 V |
400 V |
2000 V |
---|---|---|---|---|
Noise or Ripple | 1 nAp-p | 1 nAp-p | 2 nAp-p | 5 nAp-p |
Step Generator Display
Range - 1 step/division.
1 step/10 divisions with X10 MAG.
10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset (typical)
Range - ±10 divisions with 0.1 div resolution.
Accuracy - Within 1.5% of offset + 0.1 x VERT/DIV setting.
Display X10 MAG (typical)
Accuracy - Within 1.5% of window cursor readout + 0.3 x VERT/DIV setting.
Display Invert (typical)
Accuracy - Within 0.1 x VERT/DIV setting.
Digital Storage Vertical Acquisition
A/D Converter
Resolution - 10-Bits for 10.24 divisions, 100 counts per division.
Max. Data Points - 1024.
Max. Sampling Rate - Line frequency x 1024.
Min. Sampling Rate - Line frequency x 2.
Collector/Base Current
Range - 1 µA/div to 2 A/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 100 nA/div (1 nA resolution).
Accuracy - Within 1.5% of DOT cursor readout +0.05 x VERT/DIV setting.
Emitter Current
Range - 1 nA/div to 2 mA/div in a 1-2-5 sequence.
X10 MAG extends max sensitivity to 100 pA/div (1 pA resolution).
Accuracy - Within 1.5% of DOT cursor readout +0.05 x VERT/DIV setting + 1 nA.
Step Generator Display
Range - 1 step/division, 1 step/10 divisions with X10 MAG, 10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset (typical)
Range - ±10 divisions with 0.1 div resolution.
Accuracy - Within 1.5% of offset + 0.06 x VERT/DIV setting.
Display X10 MAG (typical)
Accuracy - Within 1.5% of window cursor readout + 0.3 x VERT/DIV setting.
Display Invert (typical)
Accuracy - Within 0.04 x VERT/DIV setting.
Non-store Horizontal Deflection System
Collector Volts
Range - 50 nV/div to 500 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x HORIZ/DIV setting.
Base/Emitter Volts
Range - 50 mV to 5 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x HORIZ/DIV setting.
Step Generator Display
Range - 1 step/division, 1 step/division with X10 MAG, 10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset
Range - ±10 divisions in 0.1 division steps.
Accuracy - Within 1.5% of offset +0.1 x HORIZ/DIV setting.
Display X10 MAG
Accuracy - Within 1.5% of window cursor readout + 0.3 x HORIZ/DIV setting.
Display Invert
Accuracy - Within 0.1 x HORIZ/DIV setting.
Digital Storage Horizontal Acquisition
A/D Converter
Resolution - 10 bits for 10.24 divisions, 100 counts per division.
Max. Data Points - 1024.
Max. Sampling Rate - Line frequency x 1024.
Min. Sampling Rate - Line frequency x 2.
Collector Volts
Range - 50 mV/div to 500 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy - Within 1.5% of DOT cursor readout + 0.05 x HORZ/DIV setting.
Acquisition Modes
Normal, Envelope, and Average. Envelope is Vertical or Horizontal. Average is moving average with weight of 1/16.
Safety
Standards Met - UL3111-1, CAN/CSA C22.2 NO. 1010.1, EN 61010-1 with second amendment.
Collector Supply
Modes (positive and negative polarities for both modes) - High current: 250 µs pulses with maximum peak of 30 V.
High voltage: Full rectified sine wave with maximum peak of 3,000 V.
Polarity Modes - NPN +.
PNP -.
|
High Voltage Mode |
High Current (pulsed) Mode |
High Current (pulsed) Mode |
|||
---|---|---|---|---|---|---|
Peak Power Watts (range) | 30 mW | 300 mW | 3 W | 30 W | 300 W | 3 kW |
Collector Peak Current | 0.4 mA ±20% | 4 mA ±20% | 4 mA ±20% | 40 mA ±20% | 40 A | 400 A |
Maximum Peak Voltage | 300 V + 15% - 0% | 300 V + 15% - 0% | 3 kV + 10% - 0% | 3 kV + 10% - 0% | 30 V + 10% - 5% | 30 V + 10% - 5% |
Variable Collector Supply Range - Continuously variable from 0% to 100% in 0.1% increments.
Looping Compensation (high voltage mode) - Stray capacitance between collector terminal and ground is compensated for up to a maximum of 100 pF.
Pulsed Collector Supply Repetition Rate -
3 kW: 1/4 (0.25 x) line frequency.
300 W: 1/2 (0.5 x) line frequency.
Pulse Width (half amplitude) - 250 µs ±10% (more than 30% of collector supply).
Circuit Breakers - Both the high-voltage and the high-current supplies have breakers which operate independently. The high-current output breaker opens automatically in an over-current condition. Both breakers can be operated manually.
Step Generator
Offset Control Range - Variable 0 to 10 times STEP/OFFSET AMPLITUDE setting. However, 0 to 5 times when STEP/OFFSET AMPLITUDE is 5 V or 2 A.
Number of Steps - 0 to 10. However, 0 to 5 when STEP/OFFSET.
Step Polarity - Positive, Negative.
Step Rate -
Pulse:
3 kW: 1/4 (0.25x) the line frequency, 300 W: 1/2 (.5X) the line frequency.
Stairstep:
300 W, 3 W, 300 mW, 30 mW: 2x the line frequency.
Current Mode
Amplitude Range
Normal Step - 1 µA to 2 mA in 1-2-5 sequence. COLLECTOR SUPPLY HIGH VOLTAGE MODE (30 W/3 W and 300 mW/30 mW).
Pulsed Step - 1 mA to 2 A in 1-2-5 sequence. COLLECTOR SUPPLY HIGH CURRENT MODE (3 kW/300 W).
Maximum Current - 20 x step amplitude, except 10 times STEP/OFFSET AMPLITUDE when control is set to 2 A per step.
Maximum Voltage - 12 V ±30%.
Accuracy: At least 5 V.
Ripple Plus Noise - Within 1% of STEP AMPLITUDE + 10 nA.
Voltage Mode
Step Amplitude Range - 200 mV to 5 V in 1-2-5 sequence.
Short Circuit Current Limiting - 100 mA +50%, -20%.
Maximum Voltage - 10 x STEP AMPLITUDE, with 5 V setting.
20 x STEP AMPLITUDE, except 5 V setting.
Ripple Plus Noise - Within 1% of STEP AMPLITUDE + 10 mV.
Vertical Deflection System
Collector Current (lc) Range
3 kW Peak Power - 1 A/DIV to 50 A/DIV.
300 W Peak Power - 500 mA/DIV to 5 A/DIV.
30 W Peak Power - 100 µA/DIV to 5 mA/DIV.
3 W Peak Power - 10 µA/DIV to 500 µA/DIV.
0.3 W Peak Power - 10 µA/DIV to 500 µA/DIV.
0.03 W Peak Power - 1 µA/DIV to 50 µA/DIV.
Collector Current (lc) Accuracy - Within 0.1 DIV to the Vertical graticule lines.
Collector Current (lc) Cursor Accuracy - Within 1.5% of readout +0.1 DIV of the CURRENT/DIV setting.
Horizontal Deflection System
Collector Supply Volts (Vce) Range
3 kW, 300 W Peak Power - 100 mV/DIV to 5 V/DIV in a 1-2-5 sequence.
30 W, 3 W Peak Power - 50 V/DIV to 500 V/DIV in a 1-2-5 sequence.
300 mW, 30 mW Peak Power - 5 V/DIV to 50 V/DIV in a 1-2-5 sequence.
Step Generator Volts (Vbe) Range - 100 mV/DIV to 5 V/DIV in a 1-2-5 sequence.
Step Generator Volts (Vbe) Accuracy - Within 0.1 DIV of Horizontal graticules.
Digital Storage Acquisition
A/D Converter
Resolution - 10 bits for 1024 division, 100 points per one division.
Tolerance - Within ±2 counts.
Max. Data Point - 1024.
Max. Sample Rate - 1024 x line frequency.
Min. Sample Rate - 1/8 x line frequency.
Safety
Standards Met - UL3111-1, CAN/CSA C22.2 NO. 1010.1, EN 61010-1 with second amendment.
FAQ:
1. Can you ship the order to Canada or Australia?
Yes, we can. We send orders worldwide.
2. What delivery method do you use ? and delivery time?
We can ship by EMS, DHL, FedEx, UPS, and TNT with tracking numbers. The usual delivery time is 4-7 workdays.
3. What is your payment term?
100% T/T payment before shipment.
4. How can I ask any other question?
You can contact us online or leave us messages below.
Brand Name: | Tektronix |
Model Number: | 370B, 371B |
MOQ: | 1 set |
Price: | Negotiable |
Packaging Details: | Carton |
Payment Terms: | T/T,Western Union |
Tektronix curve tracers offer power and versatility to test the DC characteristics of semiconductor devices. The 370B and 371B curve tracers combine a simple-to-use front panel, digital acquisition and display, and programmability to serve a variety of application needs.
In the R&D lab, Tektronix curve tracers are used for characterization of new designs, extraction of SPICE parameters, failure analysis and data sheet generation. In manufacturing test, Tektronix curve tracers are used to verify device quality and process monitoring. They are also used for incoming inspection to verify device performance, perform failure analysis and match components.
370B
The 370B, the world standard for high-resolution curve tracers, provides up to 20 A/2,000 V sourcing capability combined with 1 pA and 50 µV measurement resolution. The 370B performs DC parametric characterization of integrated circuits, transistors, thyristors, diodes, SCRs, MOSFETs, electro-optic components, solar cells, solid-state relays and other semiconductor devices. It has pushbutton source and measurement configuration so it's easy to change from one test to the next.
371B
The 371B, the industry leader in high-power curve tracers, performs DC parametric characterization on a wide variety of power semiconductors including thyristors, SCRs, IGBTs and power MOSFETs. The high-voltage collector mode permits testing the Off-Characteristics of a device up to 3,000 volts. The pulsed high-current collector mode provides output current pulses greater than 400 amps peak to test On-Characteristics and permits high-power testing up to 3,000 watts. In the sweep measurement mode, the 371B automatically constructs a family of curves while stimulating the device with low-duty-cycle pulses. With this capability, power curves can be displayed without excessive heating of the device.
Interactive control of all 370B and 371B measurements is accomplished from the full-featured front panel or over the GPIB. Every operating parameter can be controlled using the GPIB controller. 370B and 371B Series LabView drivers are available at the Tektronix.com web site. These drivers have many of the building blocks to create a custom measurement solution.
Up to 80 digitized characteristic curves can be stored on a diskette or in internal non-volatile memory and recalled at the touch of a button. A live curve can then be compared with a previously stored curve to assess temperature drift or other changes in operating parameters. To help identify the data, up to 24 characters of text may be used to label or annotate the curve data.
Operating parameters can be adjusted, stored and recalled using several storage methods including the 370B and 371B system memory, the built-in 1.44 MB floppy drive, or sent externally via the GPIB controller.
The 370B and 371B provide three cursor measurement modes. The dot cursor provides direct screen readout of voltage, current, gm or DC beta at any point. The window cursor can be positioned between two curves to measure small signal beta or gm and can also be used for visual go/no-go tests. The function line cursor provides screen readout of a slope or intercept value.
In the sweep measurement mode, the curve tracer automatically constructs a family of curves. The 371B achieves this with low duty-cycle pulses. With this capability, power curves can be displayed without excessive heating of the device.
Curve output data can be sent directly from the 370B and 371B to a Citizen iDP-3240thermal printer. Printing can continue while the 370B and 371B perform the next tasks.
Collector Supply
Peak Voltage (Range) |
16 V |
80 V |
400 V |
2,000 V |
---|---|---|---|---|
Polarity Modes | AC, ± DC, ± Leakage, ± Rectified Sine | |||
Available Current | ||||
Peak Current | 10 A | 2 A | 0.4 A | 0.05 A |
Peak Current (PULSE mode) | 20 A | 4 A | 0.8 A | 0.1 A |
Available Resistance | ||||
Minimum Series Resistance | 0.26 Ω | 6.4 Ω | 160 Ω | 20 kΩ |
Maximum Series Resistance | 800 Ω | 20 kΩ | 500 kΩ | 12.5 MΩ |
Available Peak Power
16, 80 and 400 V Range - 0.08, 0.4, 2, 10, 50, 220 W.
2,000 V Range - 0.08, 0.4, 2, 10, 50 W.
Variable Collector Supply Settings As a % of Maximum Peak Voltage - 0 to 100% in 0.1% increments.
Looping Compensation (typical) Range - at least 100 pF.
Step Generator
Accuracy
Incremental - 1.5%.
Absolute - Less than 1.5% of total output + 3% x STEP AMPLITUDE setting + 1 mV or 1 nA.
Offset Control Range - Variable from -10 to +10 times STEP AMPLITUDE.
Resolution - STEP AMPLITUDE setting x 1%.
Current Mode
Amplitude Range - 50 nA to 200 mA in a 1-2-5 sequence of 21 steps.
Maximum Current - 20x STEP AMPLITUDE setting, 10x STEP AMPLITUDE setting when control is set to 200 mA.
Maximum Voltage - At least 10 V.
Maximum Opposing Offset Current - 10x STEP AMPLITUDE.
Maximum Opposing Volts - Less than 15 V.
Ripple Plus Noise - Less than 0.5% x STEP AMPLITUDE + 10 nA.
Voltage Mode
Amplitude Switch Range - 50 mV to 2 V, in a 1-2-5 sequence of 6 steps.
Maximum Voltage - 20x STEP AMPLITUDE.
Maximum Current - At least 500 mA at 10 V or less, at least 200 mA at 15 V, at least 10 mA at 40 V.
Short Circuit Current Limiting - 500 mA, +50%, -20%.
Maximum Opposing Offset Current - 10x STEP AMPLITUDE.
Maximum Opposing Current - Less than 20 mA.
Ripple Plus Noise - Less than 0.5% x STEP AMPLITUDE + 10 mV.
Step Rates - 2x line frequency (1 x line frequency in AC collector supply mode). Steps occur at 0 collector voltage.
Pulsed Steps - 80 µs or 300 µs wide, ±10%.
Steps and Offset Polarity - Corresponds to Collector Supply Polarity when STEP GENERATOR POLARITY INVERT is disabled. Opposite to Collector Supply Polarity when STEP GENERATOR POLARITY INVERT is selected or CONFIGURATION switch is set to BASE COMMON. BASE COMMON configuration disables STEP GENERATOR POLARITY INVERT.
Number of Steps - Ranges from 0 to 10.
AUX Supply
Range - From -40 to +40 volts, with 20 mV step resolution.
Accuracy (typical) - Within 50 mV + 1.5% of total output.
Output Current - At least 100 nA at ±20 V.
At least 10 mA at ±40 V.
Ripple Plus Noise - Less than 50 mVp-p.
Non-store Vertical Deflection System
Collector/Base Current
Range - 1 µA/div to 2 A/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 100 nA/div (1 nA resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x VERT/DIV setting.
Emitter Current
Range - 1 nA/div to 2 mA/div in a 1-2-5 sequence X10 MAG extends maximum sensitivity to 100 pA/div.
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x VERT/DIV settings + 1 nA.
Maximum Displayed Noise or Ripple - Depending on setting of MAX PEAK VOLTS.
Max. Volts Range |
16 V |
80 V |
400 V |
2000 V |
---|---|---|---|---|
Noise or Ripple | 1 nAp-p | 1 nAp-p | 2 nAp-p | 5 nAp-p |
Step Generator Display
Range - 1 step/division.
1 step/10 divisions with X10 MAG.
10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset (typical)
Range - ±10 divisions with 0.1 div resolution.
Accuracy - Within 1.5% of offset + 0.1 x VERT/DIV setting.
Display X10 MAG (typical)
Accuracy - Within 1.5% of window cursor readout + 0.3 x VERT/DIV setting.
Display Invert (typical)
Accuracy - Within 0.1 x VERT/DIV setting.
Digital Storage Vertical Acquisition
A/D Converter
Resolution - 10-Bits for 10.24 divisions, 100 counts per division.
Max. Data Points - 1024.
Max. Sampling Rate - Line frequency x 1024.
Min. Sampling Rate - Line frequency x 2.
Collector/Base Current
Range - 1 µA/div to 2 A/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 100 nA/div (1 nA resolution).
Accuracy - Within 1.5% of DOT cursor readout +0.05 x VERT/DIV setting.
Emitter Current
Range - 1 nA/div to 2 mA/div in a 1-2-5 sequence.
X10 MAG extends max sensitivity to 100 pA/div (1 pA resolution).
Accuracy - Within 1.5% of DOT cursor readout +0.05 x VERT/DIV setting + 1 nA.
Step Generator Display
Range - 1 step/division, 1 step/10 divisions with X10 MAG, 10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset (typical)
Range - ±10 divisions with 0.1 div resolution.
Accuracy - Within 1.5% of offset + 0.06 x VERT/DIV setting.
Display X10 MAG (typical)
Accuracy - Within 1.5% of window cursor readout + 0.3 x VERT/DIV setting.
Display Invert (typical)
Accuracy - Within 0.04 x VERT/DIV setting.
Non-store Horizontal Deflection System
Collector Volts
Range - 50 nV/div to 500 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x HORIZ/DIV setting.
Base/Emitter Volts
Range - 50 mV to 5 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy (typical) - Within 2% of WINDOW cursor readout + 0.1 x HORIZ/DIV setting.
Step Generator Display
Range - 1 step/division, 1 step/division with X10 MAG, 10 steps/division with STEP MULTI .1x.
Accuracy - Within 0.3 division.
Display Offset
Range - ±10 divisions in 0.1 division steps.
Accuracy - Within 1.5% of offset +0.1 x HORIZ/DIV setting.
Display X10 MAG
Accuracy - Within 1.5% of window cursor readout + 0.3 x HORIZ/DIV setting.
Display Invert
Accuracy - Within 0.1 x HORIZ/DIV setting.
Digital Storage Horizontal Acquisition
A/D Converter
Resolution - 10 bits for 10.24 divisions, 100 counts per division.
Max. Data Points - 1024.
Max. Sampling Rate - Line frequency x 1024.
Min. Sampling Rate - Line frequency x 2.
Collector Volts
Range - 50 mV/div to 500 V/div in a 1-2-5 sequence.
X10 MAG extends maximum sensitivity to 5 mV/div (50 µV resolution).
Accuracy - Within 1.5% of DOT cursor readout + 0.05 x HORZ/DIV setting.
Acquisition Modes
Normal, Envelope, and Average. Envelope is Vertical or Horizontal. Average is moving average with weight of 1/16.
Safety
Standards Met - UL3111-1, CAN/CSA C22.2 NO. 1010.1, EN 61010-1 with second amendment.
Collector Supply
Modes (positive and negative polarities for both modes) - High current: 250 µs pulses with maximum peak of 30 V.
High voltage: Full rectified sine wave with maximum peak of 3,000 V.
Polarity Modes - NPN +.
PNP -.
|
High Voltage Mode |
High Current (pulsed) Mode |
High Current (pulsed) Mode |
|||
---|---|---|---|---|---|---|
Peak Power Watts (range) | 30 mW | 300 mW | 3 W | 30 W | 300 W | 3 kW |
Collector Peak Current | 0.4 mA ±20% | 4 mA ±20% | 4 mA ±20% | 40 mA ±20% | 40 A | 400 A |
Maximum Peak Voltage | 300 V + 15% - 0% | 300 V + 15% - 0% | 3 kV + 10% - 0% | 3 kV + 10% - 0% | 30 V + 10% - 5% | 30 V + 10% - 5% |
Variable Collector Supply Range - Continuously variable from 0% to 100% in 0.1% increments.
Looping Compensation (high voltage mode) - Stray capacitance between collector terminal and ground is compensated for up to a maximum of 100 pF.
Pulsed Collector Supply Repetition Rate -
3 kW: 1/4 (0.25 x) line frequency.
300 W: 1/2 (0.5 x) line frequency.
Pulse Width (half amplitude) - 250 µs ±10% (more than 30% of collector supply).
Circuit Breakers - Both the high-voltage and the high-current supplies have breakers which operate independently. The high-current output breaker opens automatically in an over-current condition. Both breakers can be operated manually.
Step Generator
Offset Control Range - Variable 0 to 10 times STEP/OFFSET AMPLITUDE setting. However, 0 to 5 times when STEP/OFFSET AMPLITUDE is 5 V or 2 A.
Number of Steps - 0 to 10. However, 0 to 5 when STEP/OFFSET.
Step Polarity - Positive, Negative.
Step Rate -
Pulse:
3 kW: 1/4 (0.25x) the line frequency, 300 W: 1/2 (.5X) the line frequency.
Stairstep:
300 W, 3 W, 300 mW, 30 mW: 2x the line frequency.
Current Mode
Amplitude Range
Normal Step - 1 µA to 2 mA in 1-2-5 sequence. COLLECTOR SUPPLY HIGH VOLTAGE MODE (30 W/3 W and 300 mW/30 mW).
Pulsed Step - 1 mA to 2 A in 1-2-5 sequence. COLLECTOR SUPPLY HIGH CURRENT MODE (3 kW/300 W).
Maximum Current - 20 x step amplitude, except 10 times STEP/OFFSET AMPLITUDE when control is set to 2 A per step.
Maximum Voltage - 12 V ±30%.
Accuracy: At least 5 V.
Ripple Plus Noise - Within 1% of STEP AMPLITUDE + 10 nA.
Voltage Mode
Step Amplitude Range - 200 mV to 5 V in 1-2-5 sequence.
Short Circuit Current Limiting - 100 mA +50%, -20%.
Maximum Voltage - 10 x STEP AMPLITUDE, with 5 V setting.
20 x STEP AMPLITUDE, except 5 V setting.
Ripple Plus Noise - Within 1% of STEP AMPLITUDE + 10 mV.
Vertical Deflection System
Collector Current (lc) Range
3 kW Peak Power - 1 A/DIV to 50 A/DIV.
300 W Peak Power - 500 mA/DIV to 5 A/DIV.
30 W Peak Power - 100 µA/DIV to 5 mA/DIV.
3 W Peak Power - 10 µA/DIV to 500 µA/DIV.
0.3 W Peak Power - 10 µA/DIV to 500 µA/DIV.
0.03 W Peak Power - 1 µA/DIV to 50 µA/DIV.
Collector Current (lc) Accuracy - Within 0.1 DIV to the Vertical graticule lines.
Collector Current (lc) Cursor Accuracy - Within 1.5% of readout +0.1 DIV of the CURRENT/DIV setting.
Horizontal Deflection System
Collector Supply Volts (Vce) Range
3 kW, 300 W Peak Power - 100 mV/DIV to 5 V/DIV in a 1-2-5 sequence.
30 W, 3 W Peak Power - 50 V/DIV to 500 V/DIV in a 1-2-5 sequence.
300 mW, 30 mW Peak Power - 5 V/DIV to 50 V/DIV in a 1-2-5 sequence.
Step Generator Volts (Vbe) Range - 100 mV/DIV to 5 V/DIV in a 1-2-5 sequence.
Step Generator Volts (Vbe) Accuracy - Within 0.1 DIV of Horizontal graticules.
Digital Storage Acquisition
A/D Converter
Resolution - 10 bits for 1024 division, 100 points per one division.
Tolerance - Within ±2 counts.
Max. Data Point - 1024.
Max. Sample Rate - 1024 x line frequency.
Min. Sample Rate - 1/8 x line frequency.
Safety
Standards Met - UL3111-1, CAN/CSA C22.2 NO. 1010.1, EN 61010-1 with second amendment.
FAQ:
1. Can you ship the order to Canada or Australia?
Yes, we can. We send orders worldwide.
2. What delivery method do you use ? and delivery time?
We can ship by EMS, DHL, FedEx, UPS, and TNT with tracking numbers. The usual delivery time is 4-7 workdays.
3. What is your payment term?
100% T/T payment before shipment.
4. How can I ask any other question?
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