850 Interface

UI5000_frontCompatible with all PASCO sensors

Designed for use with the powerful PASCO Capstone software

Built-In Photogate Ports and Power Amplifier

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The most powerful educational lab interface in the world.

The 850 interface boasts four digital inputs, four analog ports, four PASPORT sensor ports, a 15 W function generator, dual high speed function generators and much more.  

The Four Digital Inputs allow direct use of photogates and other digital sensors (such as Time-of-Flight), with no adapter needed!  The four analog inputs can be used with PASCO's entire line of analog CI sensors.  Plug voltage sensors into them and measure voltages to ±20 V at sample rates of up to 10 MHz.

The four PASPORt sensor ports accept any of the more than 70 available PASPORT sensors.   And ScienceWorkshop and PASPORT sensors can be used together meaning that there are over 120 sensors to choose from to meet any application.

The outputs on the 850 include a 15 Watt Function generator which supplies up to ±15 V @ 1 A, DC and AC.  Both the output voltage and current are measured directly by the 850 and can be recorded as data.

Waveforms include sine, triangle, square and ramp (all with DC offset), with a frequency range of 0.001 Hz to 100 kHz.  The two additional Function Generators supply low power at higher frequencies (up to 500 kHz), with independent control of frequency, waveform, amplitude and phase shift.

It's "Universal" because the 850 interface:

  • Works with both blue PASPORT and black ScienceWorkshop sensors
  • Can be used simultaneously with other PASPORT interfaces
  • Is controlled with PASCO's new Capstone Software which also controls all other PASCO USB interfaces
  • Is a 100 kHz signal generator, 15 W power amplifier, and 10 MHz sample rate oscilloscope all in one device.
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Powered by PASCO Capstone software

The 850 interface was designed for (and requires the use of) PASCO Capstone software.  Together they form the most powerful data acquisition, display and analysis system available for science education.

Some of the features of PASCO Capstone are easily created and formatted workbook pages, the ability to undo or redo every action, simple to use tables, video capture and sync, a calibration wizard, the ability to open legacy DataStudio files and much more.

All of which makes this software powerful as well as flexible.  Whether you want your students to explore and create lab write-ups on their own or you want to tailor a lab write-up with very specific instructions, PASCO Capstone has the power and flexibility to meet the needs of your lab.

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Details

  • Four Photogate Ports - directly connect photogates, Time-of-Flight and more.
  • Four Analog Ports - For use with all analog ScienceWorkshop sensors such as Voltage, Force and Sound
  • Four PASPORT Ports - compatible with the complete line of more than 70 PASPORT sensors
  • 15 Watt Function Generator with Power Amplifier
  • Dual Independent High Frequency Function Generators
  • High Speed Sampling - up to 10 MHz on two channels or 5 MHz on four channels.
  • USB 2.0 computer connection
  • External Trigger Input/Output for synchronizing multiple 850s and more
  • 44-Pin Expansion port for full expandability in the future
  • Analog inputs protected up to ±300 volts.  Outputs and power supplies are short circuit proof.
  • And of course, the 850 is protected by PASCO's five year warranty.

An Incredible Value

When connected to your computer the 850 becomes a digital multimeter; a 500 kHz oscilloscope (with multiple traces); a 100 kHz power function generator (drives speakers and mechanical drivers); dual function generators (for studying interference, beats etc.); a nuclear counter and more.  And with over 120 compatible PASCO sensors your students have the instrumentation you need for practically any experiment.

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SPECIFICATIONS
Four Analog Ports
  • For use with analog ScienceWorkshop sensors
  • Input impedance:  1 MΩ
  • Input Protection:  ±250V continuous
  • Selectable Voltage Gain:  X1, X10, X100, X1000
  • Not for use with CI-6552A Power Amplifier
High Speed Sampling
  • Measure voltages on two channels with sample rates at 10 Hz simultaneously.
  • Measure voltages on four channels at 5 MHz simultaneously.
15 W Function Generator
  • Waveforms:  sine, triangle, variable duty-cycle square wave, positive and negative ramps, DC
  • Frequency Range:  0.001 Hz to 100 kHz; 1 mHz resolution
  • Amplitude Range:  ±15 V
  • Resolution:  7.3 mV, 12-bit DAC
  • Max Output Current:  1 A at 15 V, over-current detection
  • Selectable Short-Circuit Current Limit:  1.5 A, 1.1 A, 0.55 A
  • Selectable Voltage Limit
  • Selectable DC Offset
  • Frequency Sweep Function
  • Measure Output Current:  61 μA at 10V
Dual Independent High Frequency Function Generators
  • Independent control of frequency, waveform, and amplitude
  • Waveforms:  sine, triangle, variable duty-cycle square wave, positive and negative ramps, DC
  • Frequency Range:  0.001 Hz to 500 kHz; 1 mHz resolution
  • Amplitude Range:  ±10 V
  • Resolution:  2.5 mV, 12-bit DAC
  • Max Output Current:  50 mA at 10 V
4 Photogate Ports
  • Digital sensors such as Photogates and Time-of-Flight plug directly into the 850 without needing adapters
  • Compatible with all ScienceWorkshop digital sensors
  • Sensor Connect Detection
4 PASPORT Sensor Ports
  • Compatible with PASCO's complete line of more than 70 PASPORT sensors
  • Sample rates depend on sensors
  • Sample rate of the ports can be greater than 1000 Hz
850 Power Adapter
  • 20 VDC, 6 A
Computer Connection
  • USB 2.0 (4890 Mbps)
External Trigger Input/Output
  • BNC Jack
  • Synchronize multiple 850s
  • Signal direction controlled by software
  • 3.3 V TTL, 510 Ω
  • ESD protection
External Module 44-pin Connector
  • For connecting accessories (available in the future) to control and monitor a variety of new devices such as stepper motors and circuit boards
  • Access to the 3 Signal Generators
  • 8 Additional Digital I/O Pins
  • 3 Additional Analog Differential Inputs (±10 V)
  • High Speed PASPORT Channel for Self-Identification of Plug-In Modules
  • Power Sources:  +5 V at 500 mA, ±12 V at ±300 mA

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