|BITSCOPE||product||BS325||BITSCOPE MODEL 325|
DUAL CHANNEL MIXED SIGNAL SCOPE
BS325 is the classic BitScope design, a deep capture high performance Mixed Signal Oscilloscope that builds on the success of its predecessor BS310 and the original BS300.
BS325 brings all the benefits of our popular BS310 models but supports up to eight times more data per frame, a built-in record/replay waveform generator, dedicated external trigger and probe calibration, full isolation from the PC and simultaneous capture on all 10 channels.
It's the ideal choice for deep capture mixed signal test, measurement and data acquisition.
FULL METAL JACKET
BS325 is housed in a low profile extruded aluminum case specially designed for harsh working environments.
Whether it's the rough and tumble of a typical undergrad student lab or hard at work in a heavy engineering workshop, BS325 is built to last and take the knocks along the way.
The BS325 monolithic case design and lexan aluminum front and back panels also serve as an effective heatsink and EMI shield for silent operation with exceptional noise immunity.
LOW PROFILE AND WELL CONNECTED
BS325 includes 4 analog inputs feeding 2 capture channels plus another 8 independent sample synchronized logic channels and an integrated waveform generator all in one low profile unit.
On the front panel are a pair of BNC connectors for standard oscilloscope probes.
To their right is a BitScope SmartPOD connector with access to another pair of analog inputs and the 8 logic channels.
The POD connector also provides power, ground and control signals for powered mixed signal probes or other intelligent signal processing devices.
Conveniently accessed via the front are new external trigger and oscilloscope probe calibration signals.
And on the back panel are 12 VDC power and Ethernet sockets as well as a ground reference socket especially useful for lab installations.
Capture LEDs in channel colors (yellow, green and blue) on the front provide instant visual feedback and link, data and power LEDs on the back indicate power and connection status.
FLEXIBLE MIXED SIGNAL DESIGN
BS325 uses a highly integrated mixed signal waveform analysis and synthesis architecture.
As seen in the diagram, analog and digital signal paths can be reconfigured for the task at hand.
For example, buffer B can be used to replay an arbitrary waveform (via the DAC) while analog channels A and B are multiplexed to capture to buffer A.
The generated waveform can be sent to BNC B or just the timing/POD pins (to free channel B for a different signal).
Or for high speed dual channel analog capture, each analog channel can be switched to use its own ADC and buffer.
And for mixed signal, the 8 logic channels are switched to buffer B while both analog channels are captured to buffer A allowing a total of 10 concurrent capture channels.
It is even possible to load and replay arbitrary logic patterns while simultaneously capturing analog signals or alternate capture across all 4 analog inputs (two via BNC inputs and two via the POD) to measure voltages on four analog channels and logic levels 8 logic channels.
All these options and many others are set up as needed automatically in software.
SUPERB ANALOG PERFORMANCE
Superb analog performance has always been a key design criteria for BitScope.
With BS325 this design philosophy has been refined even further, with independent analog front end electronics providing four analog ranges and separate 20x analog pre-scalers for each channel.
The independent analog channels, each of which can be configured to use its own dedicated ADC and buffer, means BS325 enjoys exceptionally low levels of analog crosstalk in dual channel mode.
Careful attention to detail in the analog design, with separated grounds, double isolation switches, and all housed in a referenced aluminum case means BS325 is highly noise immune too.
All this can be very important, especially in data acquisition and spectrum analysis applications.
POWERFUL TEST & MEASUREMENT SOFTWARE
Included with BS325 is BitScope DSO, powerful test and measurement software.
When first powered on it presents a familiar dual channel digital oscilloscope display.
However there's much more to DSO than that.
Virtual Instrument buttons down the right hand side allow selection from an array of integrated test instruments.
These include a deep capture mixed signal and digital storage oscilloscope, logic state analyzer and spectrum analyzer, instant replay waveform generator, X-Y phase plotter and mixed signal data recorder.
Whether looking at waveforms down at audio frequencies or analyzing clock edges at the high speed of microcontroller and digital logic circuits, BS325 and the DSO do it all with ease.
And of course you can select the mixed signal or logic capture modes to analyze logic state transitions and timing or choose the spectrum analyzer to display waveforms and their spectra together, and all in real-time with display refresh rates as high as 50Hz.
PROBES AND EXPANSION OPTIONS
BS325 is compatible with industry standard oscilloscope probes. PRB-01 (pictured here) is the best choice for general purpose low voltage analog work.
This switchable probe with 10:1 and 1:1 attenuation and detachable head includes a full accessory kit comprising probe clips, SMB/BNC adapter and calibration tool.
We offer analog probes as optional accessories because you may already have some scope probes handy. If you do, these will work just fine (because like all BitScopes, BS325 has standard 1M/20pF oscilloscope inputs).
BS325 also has our standard 26-way Smart POD expansion connector on the front panel where you can connect high speed buffered mixed signal logic probes such as LP103X shown here.
Designed for TTL or 3.3V/5V CMOS levels these probes include 10 x SMT mini-grabber test clips for BitScope's eight logic channels plus the two POD connected analog inputs.
Other logic probe options include LP103W (when SMT connectivity is not required) or you can mix and match with attenuating test clips (eg, for 12V or 24V logic work).
Of course the SmartPOD is not just for connecting probes. It can also be used for special function and software controlled signal processing modules such as waveform generators, RF mixers and sub-samplers or custom data acquisition signal conditioning circuits.
The key to this capability is the POD connector's power, ground and serial I/O pins. This makes it possible to connect your own circuits with BS325 providing power, control and waveform capture and generation and your BitScope and circuitry can be programmed using BitLib (see below).
CONNECT VIA ETHERNET OR USB
BS325 connects via ethernet and is electrically isolated from the host PC. Using a low cost USB/Ethernet adapter it is also possible to connect via USB.
USB is well suited to low voltage work on the desktop, in the lab or on the road connected to a notebook via a spare USB port. Of course if there is a spare ethernet port, direct connection without an adapter is also possible.
Ethernet via LAN on the other hand is ideal for remote connection (even via the Internet on the other side of the world) or when you seek to share access to the BitScope among several computers.
Ethernet is also the best choice in environments subject to high levels of EMI or in the presence of high voltages or unavoidable ground loops. For example when working with high power systems or heavy machinery, MRI/CAT equipment, synchrotrons, nuclear reactors etc. Network BitScopes are already deployed successfully in all these sorts of applications.
RACK MOUNT OPTION
BS325 is also available housed in a fully enclosed rack-mount configuration.
Available as one or two units per 1U rack, this is ideal where 19" equipment racks are used. We recommend the ethernet connected model (BS325N) in most rack-mount situations.
LIBRARY APPLICATIONS & PROGRAMMING
BS325 is user programmable, software extendable and can be integrated with third party software.
To make this easy the BitScope Library is available for BS325.
The library can be used to create custom applications or to integrate one or more BS325 units into specialised testing and data acquisition systems.
Also included with the library is a growing range of library software applications (with source) which may be modified or extended as required.
The library is included as standard with BS325 and is compatible for Windows, Linux and Macintosh platforms.