Langer EMV-Technik E1 Immunity Development System Set

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Available on back-order

Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

Description


Langer EMV-Technik E1 Immunity Development System Set

The E1 is a set of EMC tools used for EMI suppression in printed circuit boards during the development phase. The developer can use the E1 set to quickly identify the causes of burst and ESD interference. This allows the developer to design suitable measures to solve the causes of the interference. It can also be used to test the effectiveness of the measures taken. The E1 test set-up is small and fits easily on a developer’s desk. The E1 set user manual describes EMC mechanisms and provides detailed descriptions of basic measuring strategies for interference suppression in printed circuit boards. The E1 set includes a generator to generate burst and ESD disturbances.

See set details below!

SGZ Burst Generator
SGZ 21 The SGZ 21 burst generator generates floating, pulse shaped disturbance. Outputs are separated symmetrically and galvanically. It can be partially coupled to constructional parts, cables, shielings, ground connections; directly in assemblies or via field sources of a device under test. A pulse rate counter with an optical input which detects signals from assemblies is integrated into SGZ 21.
S21 Optical Sensor
S21 The S21 sensor is a digital probe for nonreactive transmissions of binary signals out of the device under test during a burst or ESD testing. The sensor is positioned directly onto the PC board of the device under test and is powered by the device under test. In the sensor the digital signal is transformed into an optical signal and is transmitted via a fibre optical cable to the receiver/oscilloscope.
BS 02 Magnetic Field Source
BS 02 The BS 02 magnetic field source is designed for localizing weak spots in the layout. It generates a B field bundle of > 5 cm in diameter and is suitable for extensive pulsing of housing surfaces and internal areas, connection technology and assemblies with conducting path structures and ICs. It detects magnetic sensitive weak spots.
BS 04DB Magnetic Field Source
BS 04DB The BS 04DB generates a B field bundle in millimetre range and is specially designed to localize critical parts of conducting paths, components and component connectors. The field which emits from the field soures head is guided above the device under test.
BS 05D Magnetic Field Source
BD 05D The BS 05D generates a B field with a diameter >3mm. The field lines run at 90° to the field source. The field source is suitable for localizing weak spots between two printed circuit boards and in hard to reach spots of assemblies. Before using the BS 05D, the weak spot should be roughly localized with the BS 02 or BS 04BD field source.
BS 05DU Magnetic Field Source
BS 05DU The BS 05DU generates a magnetic field in millimetre range. It functions like a coupling clamp and is used for selective coupling of disturbance current in single conducting paths, IC pins, SMD components and thin cables (flat ribbon cables).
ES 00 E-Field Source
ES 00 ES 00 allows electric couplings, which are either large (150 cm²) or with the edge of the field source head also linear. E field sensitive weak spots often range extensively over 10 to 15 cm (LCD display; bus systems). Large field sources like ES 00 detect such weak spots. ES 00 can also be used for coupling disturbance current into assemblies.
ES 01 E-Field Source
ES 01 The field source is suitable for pulsing planar or line shaped weak points in the range from 5 to 10 cm. It ranges between the field source ES 02 and ES 00. ES 01 can also be used for coupling disturbance current into assemblies.
ES 02 E-Field Source
ES 02 The surface of the E field source head allows the extensive coupling into housing surfaces and interior areas, connection technology and assemblies with conducting path structures and ICs. The tip can be used for the localization of small E- field sensitive weak spots (conducting paths, quartz crystal, pull-up resistance, ICs).
ES 05D E-Field Source
ES 05D The E field source has a small line shaped coupling electrode in its field source head. Therefore it is suitable for positioning on conducting paths, small components and their connectors, wires and singe SMD components like resistors and capacitors. Single male contacts or cores of flat ribbon cables can be tested.
ES 08D E-Field Source
ES 08D The ES 08D E field source is a probe tip, which is used to determine the sensibility of an IC pin or a conductor. During the test the probe tip is bonded with the pin / conducting path. By changing the intenstity of the burst impulse at SGZ 21 the sensitivity of the pin is determined.
MS 02 Magnetic Field Probe
MS 02 The magnetic field probe is designed for measuring bust magnetic fields within the device under test. The paths of the disturbance current can be detected. The MS 02 magnetic field probe is used together with SGZ 21.

Product Images

Disturbance currents flow through the modules of an EUT during burst tests. The corresponding magnetic fields generate voltage differences in the GND system and/or induce voltages in signal loops.

When a functional fault is produced in the EUT, the first step of the sub- sequent fault localization is to examine individual parts of the EUT such as individual modules, individual cable connections, small areas of a large module.
The functional fault is often caused by magnetic fields of the disturbance current or by electric fields (inductive coupling). In order to pinpoint the place of interference, these fields are now injected with field sources which gene- rate a magnetic or electric field in a small space.

If a functional fault occurs when conducted disturbance current flows into and out of the EUT, magnetic field sources are used for fault localization. E field sources are used in the event that the fault occurs during inductive coupling.
Signals are monitored when disturbances are coupled in so as to recognize disturbed logic signals and test the efficiency of EMC measures. These measurements allow statements with regard to the instantaneous operating state of EUTs if an interference is not immediately recognizable or not at all from outside.

A sensor S21 is installed in the EUT for signal monitoring. This sensor transmits a signal which is significant for the EUT function without interacting with the EUT to the SGZ 21 via optical fibre.
The E1 allows measurements of burst magnetic fields in the EUT with hardly any interaction with the EUT, thus indicating the run of burst currents.

Each measurement of burst magnetic fields provides two results: the amount of the magnetic field and the direction of the magnetic field. The direction of the magnetic field lines - the current involved flows at an angle of 90° to them - can be easily determined by turning the probe. It is thus possible to obtain a precise idea of the magnetic field in the EUT and to assess which structures are particularly at risk.

Product Videos

Documentation

S21 optical sensor
Transmission range DC…10 Mbps
Optical fibre connector 2.2 mm Ø
Supply voltage (3-5) V
Current input 10 mA
SGZ 21 burst Generator
Pulse parameter
Rise time ca. 2 ns
Tail time ca. 10 ns
Peak values ca. 0…1500 V
Optical input
Optical fiber 2.2 mm
Max. frequency 5 MHz
Min. pulse width 100 ns
Supply voltage 12 V / 200 mA
Sizes (L x W x H) (154 x 100 x 62) mm

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    Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

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