FlexGen-M PWM | Performance-PWM-Generator
FlexGen-M PWM | Performance-PWM-Generator
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. Benefits Generation of power PWM signals up to 10 a with frequencies of 1...
See details
FleyGen-M PWM remote
FlexGen-M PWM remote | Remotely controllable PWM generator for cap rail mounting
The FlexGen-M PWM remote can be used to generate variable PWM signals with output currents of up to 10 A. The frequency, the pulse duty factor as well as the setting and control parameters can be determined via a CAN interface through an automation system. The current values can be read back through a sensor input and the integrated current measurement. Benefits Generation...
See details
FlexGen-S PWM | PWM Generator
FlexGen-S PWM | PWM Generator
The FlexGen-S PWM is used for generating PWM signals. The user can set up the frequency and the pulse duty factor via a rotary encoder at the device. In this, the rotary encoders come with a rough and fine switch that enables the alteration of the set-up accuracy between 5 % and 0.1 %. Two pulse duty factors can be pre-configured fixed and accessed directly via a rotary...
See details
FlexGen-M SENT | SENT-Simulator
FlexGen-M SENT | SENT-Simulator
The FlexGen-S SENT is a variably usable, mobile and self-sufficient platform that offers comprehensive options to gather, process and generate sensor data. By doing so, it is both possible to read out connected SENT sensors and to simulate virtual sensors. Benefits Display, simulation and manipulation of sensor data Integrated error simulation Manifold configuration options...
See details
FlexInterlock-S | HV-Interlock Signal generator
FlexInterlock-S | HV-Interlock Signal generator
FlexInterlock-S is a module for use in test benches that recreates the functionality of an HV battery’s HV interlock. For this, an HV interlock signal is generated. Benefits HV interlock generation for test benches Interlock for prototypical HV components Activation via KL15 signal
See details
FlexInterlock-M | HV-Interlock Signal generator M
FlexInterlock-M | HV-Interlock Signal generator M
FlexInterlock-M Is a module for the use in test benches which emulates an HV interlock‘s functionality according to an HV battery by generating and evaluating an HV interlock signal. Several redundant switch contacts and LEDs are provided to signalize whether the HV interlock was or was not detected. Benefits HV interlock generation for test benches Integrated evaluation...
See details
FlexGen-S Sensor | Hand-held device test bench controls sensors
FlexGen-S Sensor | Hand-held device test bench controls sensors
The FlexGen-S SENSOR is constructed flexibly in order to solve varying sensor/actuator technology tasks. Usually, sensors need a control unit for visualizing, processing and supplying. After customer-specific programming, you can quickly test the battery status e.g. for a dismounted HB battery including control unit and read the cell voltage via CAN with the FlexGen-S...
See details
FlexGen-S PWG | PWG Simulator
FlexGen-S PWG | PWG Simulator
The PWG simulator ISI pwg sim represents an electronic solution to substitute the original accelerator sensor of vehicles and, by doing so, to generate reproducible accelerator positions in test benches. As opposed to mechanical actuators with their inertia, this small handy tool represents a cost-efficient alternative. Furthermore, no noise is caused that is acoustically...
See details
Support

Do you have questions concerning the use of our hardware and software products? Our support team is happy to assist you.

Sales

Are you interested in our products or services? Please contact our sales team at