Part No.: MPSC-FlexGen-M-PWM
The FlexGen-M PWM is a powerful PWM generator by which a variable PWM signal can be generated.
The FlexGen-M PWM is used to generate variable PWM signals with output currents up to 10 A. The frequency and pulse duty factor are both adjusted via a rotary encoder with a rough and fine function. With the help of a selector switch, concrete frequency ranges can be chosen for adjusting up to 10 kHz.
The pulse duty factor is adjustable via:
internal rotary encoder
external control voltage 0… 10 V
CAN (optional)
course of profile configurable via USB (optional)
All adjustable parameters can be read on the integrated display. Due to the robust aluminum casing as well as the high-quality control elements, it is excellently suitable for the hard, mobile use in test benches. Via the analog input, a duty cycle of 0 to 100% can be adjusted with a gauge 0… 10 V (e.g. of an automation system).
In addition to the basic functions, the generator comes with an automated duty cycle drive already in its basic version. In this, a pre-defined duty cycle ramp is run down at a fixed adjustable frequency. The start and stop values, the ramp time, the hold time and the number of drives are freely tunable
Generation of power PWM signals up to 10 a with frequencies of 1 Hz to 10 kHz
Self-sufficient function also possible without a test bench
Activation via analog Input and CAN (optional)
Control algorithm for actuators with absolute position transducer (optional)
Activation of regulating flaps and actuators like throttle valves, AGR valves, turbocharger controllers
Text and calibration of lamps, heating wires etc. in passenger vehicles
PWM signals for test bench and test vehicle
Stress test of relevant consumers
Optionally, a CAN interface is also available with which the duty cycle settings and frequency specifications can be executed. In this, the necessary CAN ID and Baud rate are freely parametrizable.
With the USB option, complex duty cycle courses can be generated with a PC software, filed on the device and retrieved also without PC connection.
FLEXGEN-M PWM (5A/10A) | ||
---|---|---|
Voltage Supply |
5A Version: 9-18 V DC (inverse-polarity protected)
10A Version: 8-28 V (inverse-polarity protected)
|
|
Output Current TV 100 % |
5A Version: 5 A
10A Version: 10 A
|
|
Pulse duty Factor/Resolution | 0-100 % / 0,1 % bzw. 1 % (switchable) | |
Frequency Range | 1 Hz to 10 kHz (ranges: 1 Hz - 100 Hz/100 Hz - 1 kHz/1 kHz - 10 kHz) | |
Frequency Resolution | 0,1 % / 1 % of the range end value (switchable) | |
Output Type Power Amplifier | H full bridge, short-circuit proof | |
Display | 4 lines OLED display | |
Edge Steepness (12 V) | typ. 10 V/µs | |
Casing Dimensions | app. 200 x 106 x 60 mm | |
Ambient Temperature | -40°C to +80°C (operation) | |
PWM Output Amplitude | virtually supply voltage (depending on load current) | |
Internal Contact Resistances |
5A Variante: < 80 mΩ
10A Variante: < 50 mΩ
|
|
Analog Input | 0-10 V (for pulse duty factor specifications from outside) | |
Connectors: Voltage Supply |
5A Version: LEMO ExJ.1B.302.HLD
10A Version: Banana sockets 4 mm
|
|
Connectors: PWM Output |
5A Version: LEMO ExA.1B.302.HLN
10A Version: Banana sockets 4 mm
|
|
Connectors:: Analog Output | BNC | |
Connector Cable (Scope of Delivery) |
5A Version: Lemo on banana plug, length 2 m
10A Version: No
|
|
Order Number Basic Device
|
5A Version: 70007350
10A Version: 70007386
|
|
Option 1: CAN Interface | CAN interface (Highspeed ISO 11898-2 A and ISO 11898-2 B) | |
Option 2: Control Algorithm |
Activation of actuators with position feedback, learning function and P-I-D
shares configurable, Sensor supply 5 V+/- 100 mV
|
|
Option 3: Analog Output | 0... 10V for measuring purposes, depending on TV 0... 100% | |
Option 4: USB/PC Configuration Software | USB interface, PC software for configuring complex pulse duty factor profile courses | |
Special Version 1: 20 A |
5A Version: No
10A Version: On demand
|
|
Special Version 1: 20 A | On demand | |
Special Version 3: PWM Output Amplitude Adjustable | Amplitude adjustable from 8-18 V independent of supply voltage, restricted to 3 A carry current, amplitude voltage shown on display |