Two weeks ago, we had yet another opportunity to present CDIF/3 in the UK at the Mechanex Show. The show was held at a very interesting venue – Donington Park close to the famous F1 racing circuit. There was no trace of our concerns from last year regarding the attendance at the same location.
Our tool received a warm welcome from the visitors who listened eagerly to out specialists, asked questions and satisfied their sweet tooth with Polish milk fudge candies. CDIF/3 attracted attention mainly due to its functional versatility, as it offers many tools in one device, i.e. oscilloscope, generator, controller that enhance diagnostic options and allow to adjust many on-board settings within the vehicle. We also received a lot of positive feedback in connection with our Android software – many visitors admitted this solution would facilitate their work in a very substantial way.
For two days our stand was attended by a multitide of visitors, so we chose to see one of the biggest exhibitions of both historic and latest F1 cars to relax after long working hours.
Soon, we are going to attend the next Mechanex Show to be held in Sandown Park on 8-9 November.
We invite you to take a look at our photo coverage from the venue!
Shared features of each channel | |
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Sampling | 2.4MSPS/channel |
Buffer | up to 32K |
Time base | 10μs/div up to 10min/div |
Measuring range | 5mV/div up to 2kV/div2 |
Two standard BNC inputs | |
Coupling | direct current (DC) or alternating current (AC) |
Waveband | 1MHz |
Impedance | 1MΩ/50pF |
Max. voltage | ±200Vpp |
Three additional channels for voltage observation at controller's outputs | |
Three additional channels for current observation at controller's outputs | |
Two additional channels for signal observation at generator's outputs | |
One additional channel for battery voltage observation | |
Functionality | |
Advanced operation, display and triggering modes | |
Triggering from measured signal or from parameter/event of the serial diagnosis | |
Option of simultaneous observation of signals in all or only selected channels | |
Possibility to display signals in any physical units using free definable scaling functions |
One small-signal, precise channel (for sensor emulation) | |
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Output voltage | -2,5V to +2,5V |
Current-carrying capacity | up to 50mA |
Coupling | direct current (DC) or alternating current (AC) |
Sampling | 1MSPS |
Buffer | up to 32K |
Connection socket | BNC3 |
One high-power channel (for power supply or control) | |
Output voltage | 0V to +25V |
Current-carrying capacity | programmable from 0A to 5A |
Sampling | 1MSPS |
Buffer | up to 32K |
Connection socket | 4mm (so-called banana connector) |
Functionality | |
Direct Digital Synthesis (DDS) | |
Both channel can operate in asynchronous (separate settings for each channel) or synchronous mode (common settings for both channels) | |
Ability to generate signals of any shape (arbitral generator) | |
Built-in library of reference signals, allowing for addition of one's own signals including those recorded with oscilloscope | |
Ability to generate signals previously recorded with oscilloscope | |
Automatic operation, triggered operation or operation synchronised by signal from BNC outputs of oscilloscope or parameter/event of the serial diagnosis |
Three independent outputs with defined control level ("+"/"-") | |
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Current-carrying capacity | up to 30A/channel1 |
Connection socket | 4mm (so-called banana connector) |
Basic control modes | "ON/OFF", "single pulse", "pulse sequence", "PWM control" |
Functionality | |
Advanced control modes to facilitate control of stepper motors, three-phase motors, petrol injectors, valves, DC motors , etc. | |
Pulse-duration modulation or pulse-width modulation of signals from oscilloscope input or with serial diagnosis parameters using free definable scaling functions | |
Synchronous or asynchronous channel operation | |
Overvoltage, short circuit, overtemperature and overload protection of outputs | |
Definable overload protection for each output separately |