Fig. R2 – Recommendations of separated distributions (DB422765_EN)
Fig. R3 – Independent earth electrodes, a solution generally not acceptable for safety and EMC reasons (DB422766_EN)
Fig. R4 – Installation with a single earth electrode (DB422767_EN)
Fig. R5 – Installation with multiple earth electrodes (DB422768_EN)
Fig. R6 – Each level has a mesh and the meshes are interconnected at several points between levels. Certain ground-floor meshes are reinforced to meet the needs of certain areas (DB422769_EN)
Fig. R7 – Examples of bonding networks (DB422770_EN)
Fig. R8 – Raised floor implementation (DB422771_EN)
Fig. R9 – CEM performance of various types of metal cableways (DB422772_EN)
Fig. R10 – Installation of different types of cables (DB422773_EN)
Fig. R11 – Recommendation to install groups of cables in metal cableways (DB422774_EN)
Fig. R12 – Recommendation to install cables in steel beams (DB422775_EN)
Fig. R13 – Metal cableways assembly (DB422776_EN)
Fig. R14 – Recommendation for metal cableways assembly to pass through a wall (DB422777_EN)
Fig. R14a – Power cables and metallic busways magnetic field radiations (PB116834)
Fig. R14b – Canalis busbar trunking system data (DB422778_EN)
Fig. R15 – Implementation of shielded cables (DB422779_EN)
Fig. R16 – recommended screen preparation (DB422780_EN)
Fig. R17 – How to reduce disturbing currents loop (DB422781_EN)
Fig. R18 – TVS reduces the arcing voltage (DB422782)
Fig. R19 – TVS table information (DB422783)
Fig. R19 – TVS table information (DB422784)
Fig. R19 – TVS table information (DB422785)
Fig. R19 – TVS table information (DB422786)
Fig. R19 – TVS table information (DB422787)
Fig. R19 – TVS table information (DB422788)
Fig. R20 – Grounding and bonding examples (DB422789_EN)
Fig. R21 – Preferred washers examples (DB422790)
Fig. R22 – Some examples of washers, bolt and lugs mounting. (DB422791)
Fig. R23 – Earthing and bonding examples (DB422792_EN)
Fig. R24 – Correct EMC design inside a same cabinet (DB422793_EN)
Fig. R25 – Correct EMC design inside two separate cabinets (DB422794_EN)
Fig. R26 – ESD wrist strap examples (PB116835)
Fig. R27 – EM interference phenomenon (DB422795_EN)
Fig. R28 – Definition of common-mode impedance coupling (DB422796_EN)
Fig. R29 – Example of common-mode impedance coupling (DB422797_EN)
Fig. R30 – Counter-measures of common-mode impedance coupling (DB422798_EN)
Fig. R31 – Typical result of capacitive coupling (capacitive cross-talk) (DB422799_EN)
Fig. R32 – Example of capacitive coupling (DB422800_EN)
Fig. R33 – Cable shielding with perforations reduces capacitive coupling (DB422801_EN)
Fig. R34 – Example of inductive coupling (DB422802_EN)
Fig. R35 – Definition of radiated coupling (DB422803_EN)
Fig. R36 – Examples of radiated coupling (DB422804_EN)
Fig. R37 – Internal signals can be grouped in four classes (DB422805_EN)
Fig. R38 – Wiring recommendations for cables carrying different types of signals (DB422806_EN)
Fig. R39 – Use of cables and ribbon cable (DB422807_EN)
Fig. R40 – Incompatible signals = different cables (DB422808_EN)
Fig. R41 – Shielding and overshielding for disturbing and/or sensitive cables (DB422809_EN)
Fig. R42 – Segregation applies to connectors as well! (DB422810_EN)
Fig. R43 – Free wires must be equipotentially bonded (DB422811_EN)
Fig. R44 – The two wires of a pair must always be run close together (DB422812_EN)
Fig. R45 – Run wires along their entire length against the bonded metal parts (DB422813_EN)
Fig. R46 – Cable distribution in cable trays (DB422814_EN)
