CAN 100 set

Bus System

The CAN 100 set allows for the transmission of high speed CAN signals via optical fiber cables during EMC tests or when there are great potential differences (high voltage). The set consists of 2 small CAN probes.

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LIN 100 set

Bus System

The LIN 100 set allows for a bidirectional, potential-free transmission of LIN signals via optical fiber cables during EMC tests or when there are great potential differences (high voltage). The set consists of 2 small LIN probes.

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OSE 150-1 set

Optical Fiber Probe 1-channel, 50 Mbps

The OSE 150-1 set is used to transmit digital signals from a disturbed device under test (EFT/burst interference). The set consists of one sensor which detects logical signals and transforms them into optical signals. The light signals are transmitted to the optical receiver via a fiber optical cable. The receiver transforms them into digital electric signals. These can be visualized with an oscilloscope or can be used for the control of other devices.
The light signals are transmitted to the optical receiver via a fiber optical cable. The system is suitable for signal monitoring from a anechoic chamber, a shielded RF chamber or in an EMC test lab. The optical transmission system allows EMC-optimizing of hard- and software, because disturbed signals can be easily detected.

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OSE 150-2 set

Optical Fiber Probe 2-Channel, 50 Mbps

With the OSE 150-2 set it is possible to potentially free oscilloscograph digital signals under EFT/burst interference. Disturbed signals from the device under test can be easily detected.
The set consists of two single sensors which are used to detect two digital signals within the device under test. It is connected via two fiber optical cables and two receivers to the oscilloscope. Inside the device under test a sensor transforms measured logical signals into light signals.
Different types of sensors with different measuring ranges are available for the detection of logical signals in the device under test. The light signals are transmitted to the optical receiver via a fiber optical cable. The receiver transforms them into digital electric signals. These can be visualized with an oscilloscope or can be used to control other devices. The system is suitable for signal monitoring from an anechoic chamber, a shielded RF chamber, or in an EMC test lab. Hard- and software can be EMC-optimized.

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OSE 450 set

Optical Fiber Probe 4-Channel, 50 Mbps

The OSE 450 set is used to transmit digital signals from a disturbed device under test. It consists of four single sensors which are used to detect four digital signals inside the device under test and is connected to the oscilloscope via four fiber optical cables and one receiver.
Within the device under test, the sensor transforms measured logical signals into optical signals.
The optical signals are transmitted to the optical receiver via a fibre optical cable. These can be visualized with an oscilloscope or can be used for controlling other devices.
The system is suitable for signal monitoring from a anechoic chamber, a shielded RF chamber, or in an EMC test lab. Hard- and software can be EMC-optimized.

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A100-1 set

Optical Fiber Probe 1-channel, 25 kHz

The A100-1 set is used for oscillating analog signals under EFT/ESD/RF interference. The set is particularly suitable for the measurement of analog signals when testing the immunity of electrical or electronical devices (equipment) against high-frequency electromagnetic fields (IEC 61000-4-3 to IEC 61000-4-6). This system is suitable for signal control in an anechoic chamber or EMC-compliant space.
The set consists of a sensor which measures an analog signal within the device under test and transforms it into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which then transforms them into electrical signals. Those can be seen with an oscilloscope or can be used for controlling other devices.
For signal detecting within the device under test several sensor types AS 100, AS 110 or AS 120 with different measuring ranges are available.

The signal influence of the prescribed modulation models for electromagnetic fields can be easily detected using the A100 set, A200 set and A300 set analog measuring systems.
Hard- and software can be EMC-optimized, because disturbed signals can be easily detected.

Datasheet A100-1

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A100-2 set

Optical Fiber Probe 2-Channel, 25 kHz

The A100-2 set is used for oscillographing analog signals under EFT/ESD/RF interference. The set is particularly suitable for the measurement of analog signals when testing the immunity of electrical or electronical devices (equipment) against high frequency electromagnetic fields (IEC 61000-4-3 to IEC 61000-4-6). This system is suitable for signal control in an anechoic chamber or EMC-compliant space.
The set consists of two sensors which measure an analog signal within the device under test and transform it into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which then transforms them into electrical signals. Those can be seen with an oscilloscope or can be used for controlling other devices.
For signal detecting within the device under test several sensor types AS 100, AS 110 or AS 120 with different measuring ranges are available.

By applying the prescribed modulation models for electromagnetic fields, signal influences can be easily detected using the A100 set, A200 set and A300 set analog measuring systems.
With the optical transmission system hard- and software can be EMC-optimized, because disturbed signals can be easily detected.

The A100-2 set consists of 2 sensors. These sensors allow for the oscillograhing of floating analog signals under EFT/ESD/RF disturbance. Disturbed signals can be easily detected. A sensor transforms measured logical signals within the device under test into light signals. Via the optical fiber cables these light signals are transmitted to an optical receiver, which transforms them into electrical signals. They can be seen with an oscilloscope or used for controlling other devices. For measurements, several sensor types with different measurement ranges are available. The system is useful for signal- and DUT monitoring in an anechoic chamber or for EMC optimization of hardware and software.

Datasheet A100-2

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A200-1 set

Optical Fiber Probe 1-channel, 500 kHz

The A200-1 set consits of a sensor, which allows for oscilloscopically displaying analog signals under EFT/ESD/RF interference potential free. Disturbed signals can be easily detected. In the device under test the sensor transforms the measured analog signals into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which transforms them into electrical signals. These can be seen with an oscilloscope or can be used for controlling other devices. The system is suitable for monitoring a device under test in an anechoic chamber or for EMC optimizing of hard- and software.

Datasheet A200-1

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A200-2 set

Optical Fiber Probe 2-Channel, 500 kHz

The A200-2 set consists of two sensors which allow for potential free transmission of analog signals under EFT/ESD/RF interference. The signals are displayed on an oscilloscope. Disturbed signals can be easily detected. In the device under test the sensor transforms the measured logic signals into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which transforms them into electrical signals. These can be seen with an oscilloscope or can be used for controlling other devices. The system is suitable for monitoring signals or devices under test in an anechoic chamber or for EMC optimizing of hard- and software.

Datasheet A200-2

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A300-1 set

Optical Fiber Probe 1-channel, 5 MHz

The A300-1 set consists of a sensor, which allows for oscilloscopically displaying analog signals under EFT/ESD/RF interference potential free. Disturbed signals can be easily detected. In the device under test the sensor transforms the measured analog signals into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which transforms them into electrical signals. These can be presented with an oscilloscope or can be used for controlling other devices. The system is suitable for monitoring a device under test in an anechoic chamber or for EMC optimizing of hard-and software.
For signal detecting within the device under test several sensor types AS 300 or AS 350 with different measuring ranges are available.

Datasheet A300-1

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A300-2 set

Optical Fiber Probe 2-Channel, 5 MHz

The A300-2 set consits of two sensors, which allow for displaying oscilloscopically analog signals under EFT/ESD/RF interference potential free. Disturbed signals can be easily detected. In the device under test the sensor transforms the measured logic signals into optical signals. The optical signals are transmitted via a fiber optical cable to the optical receiver which transforms them into electrical signals. These can be presented with an oscilloscope or can be used for controlling other devices. The system is suitable for monitoring signals or devices under test in an anechoic chamber or for EMC optimizing of hard-and software.
For signal detecting within the device under test several sensor types AS 300 or AS 350 with different measuring ranges are available.

Datasheet A300-2

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HFW 21 set

RF Current Transformer 100 kHz up to 1 GHz

The RF-current transformer measures high-frequency currents at the DUT’s lines. For reproducible measurements a metallic ground plane is needed as a reference plane. The small-scale measurement set-up at the developer’s workspace allows for fast analysis of EMC measuring effects.

The HFW 21 allows for the separate measurement of common-mode currents and differential-mode currents.

Datasheet HFW 21

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Z23-1 set

Shielding Tent (900 x 500x 400) mm

The Z23-1 shielding tent consits of a frame with a shielding cover and the GP 23 ground plate. It allows for shielding of the measurement set-up against external RF fields or for shielding the measuring devices, e.g. during ESD tests. From the front, the tent can be easily and quickly opened or closed making access to the device under test or the measuring device always possible. The shielding tent can be folded to the back for even better access to the device under test.

The RF seal of the shielding tent is created with smooth-running magnetic sealing stripes. The shielding tent can be easliy operated by hand. When folded it needs little space and it is easily stored away.

Datasheet Z23-1

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Z23-2 set

Shielding Tent (900 x 500 x 650) mm

The Z23-2 shielding tent has a higher working space than the Z23-1 shielding tent. Therefore, larger devices under test or measuring devices can be used inside the tent. It allows for shielding of the measurement set-up against external RF fields or for shielding the measuring devices, e.g. during ESD tests. From the front, the tent can be easily and quickly opened or closed making access to the device under test or the measuring device always possible. The shielding tent can be folded to the back for even better access to the device under test.

The RF seal of the shielding tent is created with smooth-running magnetic sealing stripes. The shielding tent can be easliy operated by hand. When folded it needs little space and it is easily stored away.

Datasheet Z23-2

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NNB 21 set

Line Impedance Stabilisation Network

The NNB 21 line impedance stabilisation network is designed for measuring conducted
disturbance emission of a device under test according to the standard CISPR 25/ISO 7637.
It measures the RF interference, which couples into the vehicle electrical system. Measurements during the development in a frequency range from 100 kHz to 1GHz can be carried out.

Datasheet NNB 21

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