COUPLING NETWORK (CN) FOR IEC / EN , DC TO 150 khz

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Teresa Cain
5 years ago
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IEC / EN 6000-4-6 specifies the design and performance of a range of coupling networks. Each coupling network is related to the type of cable and connector.

Technical specifications M type CN M3-AC Coupling networks designed for IEC / EN 6000-4-6 M series for DC or AC power ports A series for communication ports, intended for lines T series for

voltage Connectors and port CN M3-DC DC power 3 A 50 V* CN M3-300-DC DC power 3 A 300 V* (fans switched on) CN M3-AC AC power 3 A 50 V CN M33-AC 3 AC power 3 A 50 V CN M43-AC 4 AC power 3 A 50 V /

1 IEC / EN specifies the design and performance of a range of coupling networks. Each coupling network is related to the type of cable and connector. An specific 60 db decoupling network is required in addition to the coupling network type M and AF. Please contact Teseq or visit for the IEC / EN system solution. Technical specifications M type CN M3-AC Coupling networks designed for IEC / EN M series for DC or AC power ports A series for communication ports, intended for lines T series for unscreened balanced pairs 4 mm sockets for M and A series Terminal block for M type with 00 Amps sockets for T series Product name Lines test port Max. current Max. voltage Connectors and port CN M3-DC DC power 3 A 50 V* CN M3-300-DC DC power 3 A 300 V* (fans switched on) CN M3-AC AC power 3 A 50 V CN M33-AC 3 AC power 3 A 50 V CN M43-AC 4 AC power 3 A 50 V / 400 V** CN M400-AC 4 AC power 00 A 400 V / 690 V** Terminal block CN M43-3LN-AC 4 AC power 3 A 50 V / 400 V** CN M53-AC 5 AC power 3 A 50 V / 400 V** *) Maximum potential free line to line voltage. The maximum disturbance test level is in relation to the supply voltage. See the advice given in the user manual in case of supply voltage with connection to ground. **) Maximum line to line voltage

2 Technical specifications M type (continued) Product name Schematic circuit example Disturbance signal frequency range Disturbance signal max. test level CN M3-DC DC 50 V* cont. / 300 V s CN M3-300-DC V* cont. / 300 V* s CN M3-AC 5 Hz to 50 khz 300 V s at N L CN M33-AC 5 Hz to 50 khz 300 V s at PE N L CN M43-AC, CN M400-AC 5 Hz to 50 khz 300 V s at PE L L L3 CN M43-3LN- AC 5 Hz to 50 khz 300 V s at N L L L3 CN M53-AC 5 Hz to 50 khz 300 V s at PE N L L L3 *) The maximum disturbance test level is in relation to the supply voltage. See the advice given in the user manual in case of supply voltage with connection to ground.

Technical specifications A type Product name Lines test port Max. current Max. voltage Connectors and port Schematic circuit example Frequency range Disturbance signal Max.

s, 00 V s at 6 /3 Hz, 50 Hz CN A40-R 4 Communication: 6 A 50 V DC 3 4 DC, 5 Hz to 50 khz (range remote 300 V DC** s, 00 V s at 6 /3 Hz, 50 Hz CN A40-M 4 Communication: 6 A 50 V DC 3 4 DC, 5 Hz to 50

3 Technical specifications A type Product name Lines test port Max. current Max. voltage Connectors and port Schematic circuit example Frequency range Disturbance signal Max. test level CN A0-R Communication: 6 A 50 V DC, DC, 5 Hz to 50 khz (range remote 300 V DC** s, 00 V s at 6 /3 Hz, 50 Hz CN A0-M Communication: 6 A 50 V DC DC, 5 Hz to 50 khz (range manually 300 V DC** s, 00 V s at 6 /3 Hz, 50 Hz CN A40-R 4 Communication: 6 A 50 V DC 3 4 DC, 5 Hz to 50 khz (range remote 300 V DC** s, 00 V s at 6 /3 Hz, 50 Hz CN A40-M 4 Communication: 6 A 50 V DC 3 4 DC, 5 Hz to 50 khz (range manually 300 V DC** s, 00 V s at 6 /3 Hz, 50 Hz *) Maximum operating voltage is in relation to the frequency: 50 V AC at 50 / 60 Hz, 50 V AC at 0 khz **) Maximum potential free line to line voltage. port of CN A40-R or CN A40-M port of CN A40-R port of CN A40-M

4 Technical specifications T type Model CN T8-DC CN T8-AC CN T444-DC CN T444-AC Frequency range: DC 5 Hz to 50 khz DC 5 Hz to 50 khz Line parameters: Connector ( and port): Application: PoE: 4 pairs 000BaseT 4 pairs 000BaseT pairs 0 / 00BaseT pairs 0 / 00BaseT Power ratings ( and port) AC max. voltage (line to ground): DC max. voltage (line to ground): DC max. voltage (pair to pair): Current max.: Test voltage: Isolation voltage ( to ): 63 V (RF port open) 00 V (RF port open) dependent on test level 00 ma (line) 00 V DC, s 500 V rms 63 V 00 V 00 V 00 ma (line) 00 V DC, s 500 V rms 63 V (RF port open) 00 V (RF port open) dependent on test level 00 ma (line) 00 V DC, s 500 V rms 63 V 00 V 00 V 00 ma (line) 00 V DC, s 500 V rms Common mode impedance ( port) DC / 5 Hz to 50 khz: 50 Ω ±5 Ω 50 Ω ±5 Ω (f >500 Hz) 50 Ω ±5 Ω 50 Ω ±5 Ω (f >500 Hz) Coupling path (RF port / port) Connector (RF port): RF voltage: <0 V <0 V <0 V <0 V Voltage division factor (RF port to port) DC / 5 Hz to 50 khz: 9.5 db ± db 9.5 db ± db (f >500 Hz) 9.5 db ± db 9.5 db ± db (f >500 Hz) Transmission bandwidth ( to )*) (wanted signal) >00 MHz sin. >00 MHz sin. >00 MHz sin. >00 MHz sin. Crosstalk ( and port) MHz to 00 MHz: 6 db to db 6 db to db 6 db to db 6 db to db Longitudinal conversion loss (LCL), ( port) 50 khz:.5 MHz: 30 MHz: Decoupling of common mode disturbance (RF port / port) DC / 5 Hz to 50 khz: *) 3 db bandwidth, all balanced parameters in relation to a symmetrical load of 00 Ω

LF output LF IMMUNITY TEST SYSTEM Sensor EXTENSION UNIT Back 7 Hold Run Stop 8 3 Hz V 0.

Coupling network DN CN Equipment under test NSG 4060 port port Auxiliary equipment Decoupling network (if required) Earthing connections Ground reference plane monitoring

approx..5 kg Mechanical specifications CN M3-300-DC and CN M400-AC Size (W x H x D): Weight: 00 mm x 00 mm x 470 mm approx.

5 LF output LF IMMUNITY TEST SYSTEM Sensor EXTENSION UNIT Back 7 Hold Run Stop 8 3 Hz V 0. Enter 9 A/m FRQ khz A STO StSize StSize StSize Step Tuning LVL RCL Step MOD USB RF ON/OFF Local Help Step 3 nd Power test set-up with Teseq NSG 4060 Generator NSG 4060 Coupling network DN CN Equipment under test NSG 4060 port port Auxiliary equipment Decoupling network (if required) Earthing connections Ground reference plane monitoring Earthing connections (back plane) CN T series Mechanical specifications M and A series (except CN M3-300-DC and CN M400-AC) Size (W x H x D): Weight: 00 mm x 00 mm x 40 mm approx..5 kg Mechanical specifications CN M3-300-DC and CN M400-AC Size (W x H x D): Weight: 00 mm x 00 mm x 470 mm approx. kg CN M and A series (partly) Mechanical specifications T series Size (W x H x D): Weight: 05 mm x 65 mm x 0 mm approx. 0.5 kg Power supply specifications for CN M3-300-DC Power: Input voltage: Output voltage: 30 W 90 to 64 VAC (plugs included for EU, UK, USA and AUS) 4 V DC,.5 A, (DC plug, inner. mm x outer 5.5 mm)

6 Model No. and options Teseq GmbH Landsberger Str Berlin Germany T F info.rf.cts@ametek.com June 07 Teseq Specifications subject to change without tice. Teseq is an ISO-registered company. Its products are designed and manufactured under the strict quality and environmental requirements of the ISO 900. This document has been carefully checked. However, Teseq does t assume any liability for errors or inaccuracies E05 June 07 Part number Description CN M3-DC Coupling network accord. IEC , M, 3 A, DC CN M3-300-DC Coupling network accord. IEC , M, 3 A, 300 V DC 5560 CN M3-AC Coupling network accord. IEC , M, 3 A, AC 5560 CN M33-AC Coupling network accord. IEC , M3, 3 A, AC 5565 CN M43-AC Coupling network accord. IEC , M4, 3 A, AC CN M400-AC Coupling network accord. IEC , M4, 00 A, 690 V AC 5564 CN M43-3LN-AC Coupling network accord. IEC , M4, 3xL,N (without PE line) 3 A, AC 5563 CN M53-AC Coupling network accord. IEC , M5, 3 A, AC CN A0-R Coupling network accord. IEC , AF, 6 A, DC / AC, remote switch CN A0-M Coupling network accord. IEC , AF, 6 A, DC / AC, manual switch CN A40-R Coupling network accord. IEC , AF4, 6 A, DC / AC, remote switch CN A40-M Coupling network accord. IEC , AF4, 6 A, DC / AC, manual switch CN T8-AC Coupling network accord. IEC , T8, 000BaseT, AC CN T8-DC Coupling network accord. IEC , T8, 000BaseT, DC CN T444-AC Coupling network accord. IEC , T4, 0 / 00BaseT, AC 5560 CN T444-DC Coupling network accord. IEC , T4, 0 / 00BaseT, DC CN-TC Traceable calibration (ISO705) for IEC requirements, order only with CN

COUPLING / DECOUPLING NETWORK (CDN) CDN AF TYPE, CDN CAN

IEC / EN 61000-4-6 specifies the design and performance of a range of coupling / decoupling networks (CDNs). Each CDN is specific to the of cable and the intended signal carried on the cable. Teseq offers