Measurably better value 4-quadrant Source, Sink & Measure Powerflex technology ±200V/±20V, ±3A ,25W 6½ digit, 0.1µV & 100fA resolution Fast measurement speeds up to 200µs (5k/s) SMU4000 SERIES ±200V & ±20V models Source Measure Units aimtt

CLASS LEADING PERFORMANCE 4-quadrant Source, Sink & Measure Fast measurement speeds up to 200µs (5k/s) Continuous or pulsed high speed outputs with Linear/ Log or arbitrary list sweeps Internal memory, up to 100k measurements, up to 100k steps ‘SMU Link’ allows two SMUs to be linked together and controlled simultaneously Compact size (A4 footprint)* Maximum Voltage Voltage ranges The SMU4000 Series provides class leading performance at a new and affordable price point for a four quadrant SMU. Combining touch screen technology with an intuitive graphical user interface provides a clear and natural...

KEY FEATURES KEY FEATURES CLASS LEADING PERFORMANCE CLASS LEADING PERFORMANCE f Powerflex technology achieves full instrument f Powerflex technology achieves full instrument output output power across 85% of voltage range. power across the majority of the voltage range. f 0.015% basic accuracy with 6½ digit resolution f 0.015% basic accuracy with 6½ digit resolution. f High speed, low glitch auto ranging capability f High speed, low glitch auto ranging capability. f Sense terminals for 4 Wire operation and guard f Sense terminals for 4 wire operation and guard capabilities. capabilities. ULTIMATE...

ULTIMATE USER EXPERIENCE GRAPHIC USER INTERFACE (GUI) The modular based architecture allows all operational settings to be accessed from one central ‘mode’ menu. For each mode, all settings are visible and directly editable on one screen - showing the whole test setup without the need to navigate through submenus, as seen with other SMUs. Single press auto fit graph automatically scales the primary measurement data to best fit onto the display, allowing quick and efficient analysis of measured data. There are many source, load and measure operational modes to choose from, each one allows advanced...

WHY CHOOSE AN SMU? An SMU is effectively multiple instruments in one, but with many added benefits over selecting individual instruments to create a test setup. Besides the obvious cost and bench space savings, the SMU provides many advantages over selecting a traditional power supply, load, DMM and true arb generator, including: STABILITY- The SMU has the ability to keep the output stable during unexpected load changes due to precisely measuring its own voltage and current and feeding this back to the source. SPEED- Interconnection of all of the individual elements in a single unit increases...

SIMPLIFY TEST SETUPS EXAMPLE OF A SINGLE STEP INSIDE A SEQUENCED TEST ROUTINE DATA STORAGE A convenient front mounted flash drive port allows configurations, results and screen shots to be directly extracted from the instrument for further analysis. The direct upload of complex test configurations enables simplification of the of the most advanced test scenarios. Measurement data can be automatically recorded to the flash drive on completion of a test run – thus allowing for virtually unlimited measurement data storage. ADVANCED SEQUENCING MODE Sequence mode is an advanced sequencing feature...

NEED 2 CHANNELS? ‘SMU LINK’ is an accessory that can be used to connect two SMUs together to perform simultaneously via a handshake triggering system, effectively creating a fully functioning 2 channel SMU, useful for testing three leaded components such as small signal BJT’s, FET’s and more. f Full instrument control of multiple SMU's. f Build complex sequences with full access to configuration settings. f Arbitrary waveform creation with built in preset options. f Linear and logarithmic, X/Y, Y/T graphing functions. f Advanced zooming and panning functions. f Split view option for steps and...

TECHNICAL SPECIFICATIONS Settling Time and Accuracy specifications are valid after a minimum of 60 minutes warm-up followed by self-calibration execution and measurement zero. Ambient temperature change of less than ± 3°C after self-calibration and measurement zero. Calibration Period: 1 Year, Temperature: 23°C ± 5°C, Measurement Period: ≥10 PLC Maximum Voltage Voltage ranges OPERATING MODES Source Voltage (SV), Source Current (SC), Load Current (LC), Load Resistance (LR), Load Power (LP), Measure Voltage (MV), Measure Current (MC), Measure Resistance (MR), Measure High Resistance (MHR), Sequence....

RESISTANCE MEASUREMENTS (ALL MODES EXCEPT MV AND MC) Resistance is internally calculated from measured Voltage and Current. Resistance errors (in Ohms) may be calculated from respective voltage and current measurement results and specified errors as follows – (Current*Voltage error + Voltage*Current error)/Current2) Where Voltage is the Voltage reading in Volts (without polarity). Voltage error is the specified Voltage measurement error in Volts. Current is the Current reading in Amps (without polarity). Current error is the specified Current measurement error in Amps. POWER MEASUREMENTS (ALL...

SOURCE SUPPLEMENTARY CHARACTERISTICS Temperature coefficient (5⁰ – 18⁰C and 28⁰ – 40⁰C) Output power 25W four quadrant source or sink operation. 105% of source and measure range. Voltage Limits (compliance) Bipolar limit with single setting. Maximum includes 105% overrange, minimum is 10% of selected manual range, accuracy same as voltage measurement, 5 digit Resolution. SMU4001 Current Limits (compliance) Bipolar limit with single setting, user settable 20nA to 3.15A. Maximum includes 105% overrange, minimum is 10% of selected manual range, accuracy same as current measurement, 5 digit Resolution....

MEASUREMENT RESULT BUFFER Contents (each entry) Index, Primary Measurement, Secondary Measurement, Date, Time (1 second resolution). Index Active Mode Output state Measurement results (V and A) Calculated results (R and W) System Date System Time Measurement Timestamp Sequence Mode Step and Iteration Maximum of 100000 entries, FIFO style. DIGITAL INPUT/OUTPUT (DIO) Signals 5 user definable signal pins, HV interlock (SMU4201 only), Global Trigger In, Global Trigger out (self-resetting based on trigger input), Ground and +5V (fuse limited to 500mA). Voltage Reference Chassis ground referenced....