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LANGER 

EMV-Technik 

DE-01728 Bannewitz 
[email protected] 

www.langer-emv.com 

P331-2 set 

6 P331-2 ESD Generator (IEC 61000-4-2) 

The probe is used to generate standard ESD pulses according to IEC 61000-4-2 for ESD injection 
into the device under test via conductors (

Figure 2: P331-2 pulse form

).  

The  P331-2  probe  allows  the  user  to  couple  ESD  into  IC  pins  via  conductors  according  to  the 
standard  IEC  61000-4-2  both  directly  and  indirectly  via  coupling  networks  (standard).  Coupling 
networks are used for coupling into interface connections or special high-speed interfaces such as 
USB,  LVDS,  Ethernet,  etc.  Inductive  or  capacitive  couplers  are  suitable  coupling  networks 
(Information: Langer EMV-Technik GmbH). 
 

6.1  Design and Function of the P331-2 Probe 

 

Figure 1: Description of the P331-2 probe 

 
The pin contact is the P331-2 probe's high-voltage (HV) output that is used to inject the ESD pulse 
into the test IC. 
The test pulse is generated in the probe through a high-voltage switch and the coupling networks 
that  are  required  by  the  standard  (

Figure 2

).  The  high voltage  that  is  needed  for  the  pulse 

generation  is  generated  in  the  BPS 203  and  led  to  the  HV port  of  the  P331-2 probe  via  a  high-
voltage  cable.  The  BPS 203  controls  the  P331-2 probe.  The  signals  are  led  to  the  control  cable 
port via a control cable. The pulse/contact LED indicates when an ESD pulse is triggered and the 
device under test is contacted. The LED lights up green as soon as there is a galvanic connection 
between the pin contact and the device under test. A red light signals the triggered pulses. 
The Power LED signals the P331-2 

probe’s power supply. The probe's GND contact area ensures 

low impedance, all-over contact with the GND 25 ground plane. Magnets that are integrated in the 
probe hold it on the ground plane. 
 

Содержание P331-2

Страница 1: ...2021 01 24 User manual P331 2_PS_GM doc User manual P331 2 set ESD generator IEC 61000 4 2 Copyright January 2017 LANGER EMV Technik GmbH...

Страница 2: ...tion of Liability 4 2 6 Errors and Omissions 4 2 7 Copyright 4 3 Scope of delivery 5 4 Technical Parameters 6 4 1 P331 2 ESD generator 6 4 2 BPS 203 Burst Power Station 6 4 3 SM 02 01 Shunt 7 5 Safety...

Страница 3: ...nt regulations EMC Directive 2014 30 EU Low Voltage Directive 2014 35 EU Restriction of certain Hazardous Substances 2011 65 EU The following applicable standards were used to implement the requiremen...

Страница 4: ...assume no liability for damage to property and personal injury if The information given in this user manual has not been observed P331 2 set was operated by staff not qualified in the field of EMC P33...

Страница 5: ...ower Station BPS 203 1 03 Control software BPS 203 Client 1 04 Shunt SM 02 01 0 1 R 1 05 Control cable FBK 12P 1 m 1 06 High voltage cable HV FI FI 1 m 1 07 USB cable type A B USB AB 1 08 Measuring ca...

Страница 6: ...e form 0 7 60 ns Energy storage capacity 150 pF Internal resistance 330 Weight 0 25 kg Sizes L x W x H 79 x 41 x 40 mm Table 1 P331 2 technical parameters 4 2 BPS 203 Burst Power Station Frequency ran...

Страница 7: ...e DC 3 GHz Input resistance 0 1 Output resistance 50 Correction factor 26 dB Single pulse capacity 5 50 ns 1 60 ns 360 A Table 3 SM 02 01 technical parameters Burst sequences IEC 61000 4 4 5 50 ns Bur...

Страница 8: ...HMM1 The BPS 203 burst power station supplies and controls the probe The P331 2 probe and BPS 203 burst power station are built according to their specified use therefore they should be used only for...

Страница 9: ...he high voltage cable to the P331 2 probe before operation Don t touch the probe tip of a P331 2 probe while it is in operation If insulation is damaged the power supply has to be disconnected immedia...

Страница 10: ...pin contact is the P331 2 probe s high voltage HV output that is used to inject the ESD pulse into the test IC The test pulse is generated in the probe through a high voltage switch and the coupling n...

Страница 11: ...the standard IEC 64000 4 2 Please refer to Table 6 for the respective waveform parameters HV kV I max A 10 I 30 ns A 30 I 60 ns A 30 0 5 1 86 1 0 5 1 3 72 2 1 2 7 5 4 2 4 15 8 4 6 22 5 12 6 Table 6 Wa...

Страница 12: ...nces that are injected into the ICs can destroy latch up the device under test if their intensity is too high Protect the device under test by increasing the disturbance gradually and stopping when a...

Страница 13: ...The PC in turn controls the BPS 203 via the USB AB cable The BPS 203 Client software is installed on the PC The ESD current pulse is generated from the high voltage in the P331 2 probe Figure 3 The c...

Страница 14: ...ed in the table below are described in their respective manuals Tasks and Devices Manuals Instructions for the development of the test board Test process Guide line IC EFT immunity Langer EMV Technik...

Страница 15: ...A output is connected to the 50R input of an oscilloscope with a corresponding bandwidth The oscilloscope s attenuator is set to 26 dB x20 1 V at the display corresponds to a current of 1 A in the pro...

Страница 16: ...The warranty will be forfeited if an unauthorized repair is performed on the product the product is modified the product is not used according to its intended purpose This document may not be copied r...

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