Ditex AutoSim Pro New!
Automotive Signal Generator for simulation of sensor signals
Since its release in 2012, the AutoSim sensor simulator has proven itself extremely popular with both technicians and professional diagnosticians thanks to its friendly user interface, attractive and reliable operation.
Eight years on from the release of the original model, Ditex presents the second generation AutoSim Pro. Distinguished by its completely updated design and significant functional improvements, the AutoSim Pro Automotive Sensor Simulator from Ditex is a very useful tool suitable for both cars and trucks applications in a variety of working situations. This advanced sensor simulator creates an electrically equivalent system to simulate the sensors and actuators found on an actual vehicle.
In general, the AutoSim Pro is a specialized signal generator for testing sensors, including leads and connections when installed. In this way, it is possible to tell whether an ECU, a feed, a plug-in connection or a sensor is defective. This allows efficient fault elimination without replacing parts “on suspicion”. One of the special features of this device is its easy and intuitive operation via function keys. The display continuously shows the most important settings such as current waveform, frequency, amplitude, offset, ramp time and pulse width.
MULTI-PURPOSE AUTOMOTIVE SIMULATOR
Providing the most important signals: sine, square, triangle and ramps, up to 20 kHz make the device the ideal companion for experiments with all type components and sensors as well as for the analysis of electrical wiring circuits. You have complete control over the output signal: peak-to-peak amplitude, frequency, duty-cycle and pulse width. A microcontroller sets the output voltage in the range of 0V to ±12V accordingly to the programmed curves.
PWM generator for the dynamic control of vehicle actuators using pulse width modulation. The PWM generator function was specially designed to control flaps, actuators, valves, injectors and smaller DC motors. Generating variable power PWM signal up to 4 A.
Precise DC voltage source
The AutoSim Pro low-noise, high-resolution DC voltage output function is the right choice when a precision source of DC voltage is needed. Its bipolar output delivers up to ±12 V with 10 mV resolution and up to 35 mA of current.
Sensor embedded presets
Automotive Sensor Simulator with built-in preset configurations for simulation of CKP Inductive, CKP Hall Effect, Lambda sensor Zirconia, Lambda sensor Titania and Knock Sensor. You can disconnect sensor from the vehicle harness, inject the signal in the harness and watch the scope to see if the PCM responds positively.
- Handheld standalone device;
- Intuitive operation via function keys;
- Ultra-fast boot time;
- Excellent industrial design;
- Operates on both 12 and 24 Volt electrical systems;
- Illuminated 2.4″ TFT LCD 320х240 display for optimum visibility;
- Protection against reverse polarity connection;
- Low distortion factor and high signal-to-noise ratio for brilliant signals;
- Adjustable frequency range from 0.1 Hz to 20 kHz;
- Generating variable power PWM signals up to 4 A;
- One-wire hook-up PWM output;
- Precise DC voltage source;
- Internal Micro SD card for firmware updates.
AutoSim Pro General Specifications
|Sampliing rate||200 KSa/s|
|Settling Time||4.5 µs|
|Maximum output frequency||20 kHz|
|Simultaneous operation of both outputs||Yes|
|Standart operating modes||Waveforms, DC, Pulse|
|Built-in automotive presets||Yes|
|High current PWM control||Yes|
|DC Power supply||12V, 24V DC (vehicle battery)|
|Type||TFT LCD Module|
|Resolution||320 x 240 pixels|
|Backlight||4chip white LED in Parallel|
|High Brightness||150 cd/m2|
Real time clock battery
CR2032, 210 mA/h – save time for up three years without external supply
Important note: Because of lithium-ion battery shipping restrictions, we do not include CR2032 lithium-ion battery inside in the air mail post packages. When you receive the tester, you have to buy a Li-Ion battery type CR2032 yourself and put it into battery holder socket inside the CarScope i-Tester. To do so, you should unscrew and remove four screws to open the bottom cover. We apologize for the inconvenience!
Included Memory Card
4 GB micro SDHC
Signal output specification:
|Output polarity||Positive and Negative|
|Output amplitude||±10 mV ~ ±12 V (10 mV step)|
|DC voltage output range||±10 mV ~ ±12 V (10 mV step)|
|Output current||± 30 mA maximum|
|Vertical resolution||12 bits|
|Waveforms||Sine, Square, Triangular, Ramp|
|Sine wave frequency range||0.1 Hz ~ 5 kHz|
|Ramp/Triangular frequency range||0.1 Hz ~ 5 kHz|
|Square wave frequency range||0.1 Hz ~ 20 kHz|
|Square wave duty cycle range, 20 kHz||20% ~ 80 %, step 0.1%|
|Square wave duty cycle range, 10 kHz||10% ~ 90 %, step 0.1%|
|Square wave duty cycle range, up to 5 kHz||5% ~ 95 %, step 0.1%|
|Pulses||1 ~ 100|
|Pulse width||1 ms ~ 1 sec|
|Pulse period||2 ms ~ 5 sec|
Power output specification:
|Max. output current||4 A continuous|
|Active level||“switched earth”|
|Output frequency range||up to 2 kHz|
|PWM duty cycle range||1% ~ 100%|
|Duty cycle setting accuracy||0.1%|
|Over voltage protection||Yes|
|Short circuit protection||Yes|
|Power supply range||10V DC to 28V DC|
|Power connector||Pluggable Terminal Block 5.0mm, 2 POS|
|Quiescent power current||≤160mA|
|Ambient temperature||0°C ~ +35°C|
|Ambient humidity||0%RH ~ 85%RH|
|Dimensions||160 mm x 94 mm x 25 mm|