Areas of Usage: These microphone cables, produced with high quality oxygen-free copper wires and specially blended LSZH have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. PRODUCT CODE:FCH222 CORE NUMBERS x SECTION:2x0,22mm² (AWG24) STRANDED COPPER CONDUCTER (Cu) [mm]:28x0,10 mm INSULATION MATERIAL AND DIAMETER [mm]:P.E.1,50mm ±0,05 COPPER SHIELDING:100% COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:LSZH 6,3 mm APPROXIMATE WEIGHT [kg/100m]:4,5 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<86 Ω/km SHIELDING RESISTANCE [ Ω/km]:< 39 MΩ/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:68 pF/m 130 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:8x outer diameter

Cable with injected zamak terminals. One cylindrical terminal and one S-shaped terminal.

Microphone cables connect microphones to mixing consoles, amplifiers, or sound cards. The cables are designed to ensure that audio signals or the entire audible frequency range are transmitted with minimal distortion or other interference. A prerequisite for this is the appropriate construction of the cable and the lowest possible capacitance. Typically, they have one core (unbalanced connection) or two cores (balanced connection), with each type having an overall shielding capacitance. Our products range from mini cables with an outer diameter of just 2.2 mm to color-coded, non-fraying, yet extremely flexible cables for professional audio equipment, covering almost every possible application. The cross-sections range from 0.14 mm² to 0.75 mm².

28 x 0.10 mm bare Cu, 2 conductors twisted in pairs, sheathing made of bare Cu wires (helical shield).

Franz Raab GmbH produces single and multi-core or paired microphone cables with various types of shielding. The selection of suitable insulation materials ensures excellent properties in terms of transmission quality. This includes low capacitance, optimal attenuation values, and long transmission ranges. The still-current trademark MY® for our proven standard cable products was registered with the patent office in 1964.

In our cable assembly, we manufacture round and flat cables according to a wide range of specifications. The spectrum covered ranges from prototype production to small series and medium series. Several crimping machines, as well as a flexible cable machine with a hot stamping printing station, are available. Continuity and short-circuit tests of individual cables and cable harnesses with our testing devices ensure a 100% verification of functionality.

Fiber optic cables for lighting endoscopes in various quality levels and different designs.

Speaker Cable DVC 80 Coaxial MIC-020 MICROPHONE

Coaxial cables are probably the most common, fundamental, and easiest to understand cables.

Since 1992, Ets JAUNET has been operating throughout France. Our areas of expertise include the study and production of electronic sub-assemblies, cables, harnesses, electrical or control cabinets, test benches, as well as the integration of electronic sub-assemblies into finished products. Our clients range from startups to large industrial groups, across a variety of sectors such as connected objects, industry, railways, aeronautics, and defense. Our values: responsiveness, quality, and respect for deadlines. We strive to adapt our processes to meet the increasingly demanding needs of our clients amidst the growing complexity of their requirements. --- 27930 GUICHAINVILLE Phone: 02 32 28 42 07 Email: sous-traitance@etsjaunet.com

Areas of Usage: These microphone cables, produced with high quality oxygen-free copper wires and specially blended LSZH have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. CORE NUMBERS x SECTION:2x0,34 mm² (AWG22) STRANDED COPPER CONDUCTER (Cu) [mm]:42x0,10 mm INSULATION MATERIAL AND DIAMETER [mm]:P.E. 1,65mm ±0,05 COPPER SHIELDING:100% COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:LSZH 6,6 mm APPROXIMATE WEIGHT [kg/100m]:5,0 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<54 Ω/km SHIELDING RESISTANCE [ Ω/km]:<39 Ω/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:60 pF/m 120 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:6x outer diameter

These Instrument cables, produced with high quality oxygen-free copper wires and specially blended PVC, have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages.

These microphone cables, produced with high quality oxygen-free copper wires and specially blended PVC, have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. PRODUCT CODE:FC222 CORE NUMBERS x SECTION:2x0,22mm² (AWG24) STRANDED COPPER CONDUCTER (Cu) [mm]:28x0,10 mm INSULATION MATERIAL AND DIAMETER [mm]:PE 1,50±0,05 mm SHIELDING:100% COVERAGE COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:PVC 6,3±0,10 mm APPROXIMATE WEIGHT [kg/100m]:4,5 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<86 Ω/km SHIELDING RESISTANCE [ Ω/km]:<39 Ω/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:68 pF/m 130 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:8x outer diameter

These microphone cables, produced with high quality oxygen-free copper wires and specially blended PVC, have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. CORE NUMBERS x SECTION:2x0,50 mm² (AWG20) STRANDED COPPER CONDUCTER (Cu) [mm]:28x0,15 mm INSULATION MATERIAL AND DIAMETER [mm]:P.E.1,80±0,05 mm SHIELDING:100% COVERAGE COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:PVC 6,8±0,10 mm APPROXIMATE WEIGHT [kg/100m]:5,3 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<35 Ω/km SHIELDING RESISTANCE [ Ω/km]:<39 Ω/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:69 pF/m 130 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:8x outer diameter

These microphone cables, produced with high quality oxygen-free copper wires and specially blended PVC, have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages.

These microphone cables, produced with high quality oxygen-free copper wires and specially blended PVC, have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. CORE NUMBERS x SECTION:2x0,34 mm² (AWG22) STRANDED COPPER CONDUCTER (Cu) [mm]:11x0,20 mm INSULATION MATERIAL AND DIAMETER [mm]:PE 1,80±0,05 mm SHIELDING:100% COVERAGE COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:PVC 6,6±0,10 mm APPROXIMATE WEIGHT [kg/100m]:5,0 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<54 Ω/km SHIELDING RESISTANCE [ Ω/km]:<39 MΩ/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:60pF/m 120 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:6x outer diameter

Areas of Usage: These microphone cables, produced with high quality oxygen-free copper wires and specially blended LSZH have a high level of flexibility. They can be used confidently for the connections of microphones and professional audio systems in dynamic places such as studios and stages. CORE NUMBERS x SECTION:2x0,50 mm² (AWG20) STRANDED COPPER CONDUCTER (Cu) [mm]:28x0,15 mm INSULATION MATERIAL AND DIAMETER [mm]:P.E.1,80mm ±0,05 COPPER SHIELDING:100% COPPER SPIRAL SHIELDING OUTER SHEATH AND DIAMETER [mm ]:LSZH 6,8 mm APPROXIMATE WEIGHT [kg/100m]:5,3 kg/100m CONDUCTOR RESISTANCE [Ω/km]:<36 Ω/km SHIELDING RESISTANCE [ Ω/km]:<39 Ω/km INSULATION RESISTANCE [MΩxkm]:>1000 MΩxkm CAPACITANCE (pF/m) core/core core/screen [pF/m]:60 pF/m 130 pF/m WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:8x outer diameter

Areas of Usage: Multicore cables are designed for the higher quality of sound performance thanks to their technical structure, and have practical use in studios and stages with both construction and flexibility. PRODUCT CODE:AMC4 CORE NUMBERS x SECTION:4x(2x0,22mm²) STRANDED COPPER CONDUCTER [Cu]:4x(2x7x0,20mm) INSULATION MATERIAL AND DIAMETER [mm]:PE 1,20±0,05 mm SHIELDING:100% Coverage Al/Pet - Foil DRAIN WIRE:7x0,20mm Stranded Tinned Copper Drainwire APPROXIMATE WEIGHT [kg/100m]:10kg/100m CONDUCTOR RESISTANCE [Ω/km]:<79 Ω/km SHIELDING RESISTANCE [Ω/km]:< 74Ω/km INSULATION RESISTANCE [MΩxkm]:>30000MΩxkm CAPACITANCE [pF/m] core/core core/screen:75 pF 130 pF WORKING TEMPARATURE:-20°C to +70°C BENDING RADIUS:5x outer diameter

Cable with injected zamak terminals. One cylindrical terminal and one S-shaped terminal.

The microphone cables connect microphones to mixing consoles, amplifiers, or an audio interface. The cables are designed to transmit audio signals or the entire range of audible frequencies with minimal distortion or other interference. The prerequisite for achieving this goal is an appropriate cable structure and the lowest possible capacitance. They usually have a core (asymmetrical connection) or two cores (symmetrical connection), each type with an overall shielding capacitance. Our product range spans from mini cables with an outer diameter of just 2.2 mm to color-coded cables that are not flat but very flexible for professional musical equipment, thus covering almost all possible applications. The cross-sections range from 0.14 mm² to 0.75 mm².

Microphone cables run from microphones to mixing consoles, amplifiers, or audio interfaces. The cables are designed to transmit audio signals or the entire spectrum of audible frequencies with minimal distortion or interference. The prerequisite for achieving this is an appropriate cable construction and a capacitance1) as low as possible. They typically have a core (asymmetrical connection) or two cores (symmetrical connection), with each type having an overall shielding capacity. Our product range spans from mini cables with an outer diameter of just 2.2 mm to color-coded, non-terminated, yet highly flexible cables for professional audio equipment, thus covering almost any possible application. Sections range from 0.14 mm² to 0.75 mm².

Microphone cables connect the microphone to a mixer, amplifier or sound card. The aim is to achieve a transmission that is as free of noise and crackling as possible over the entire audible frequency range. The prerequisites for this are a sensible cable design and the lowest possible cable capacity. Typical are 1-wire (asymmetrical connection) or 2-wire constructions (symmetrical connection) with overall shielding. Our product range extends from mini-cables with a diameter of only 2.2 mm to the step-resistant, coloured and highly flexible professional musician's cable and thus covers practically all conceivable applications. The core cross sections are between 0.14 mm² and 0.75 mm². Type:NFR 5002 FRNC Product number:2282 Purpose of use:Audio cable Jacket material:FRNC Diameter (mm):5.70 Country of origin:Germany

Microphone cables connect microphones to mixers, amplifiers, or audio interfaces. The cables are designed to ensure that audio signals or the entire audible frequency range are transmitted with almost no distortion or other interference. A suitable cable construction and the lowest possible capacitance are prerequisites for this. They typically have one core (unbalanced connection) or two cores (balanced connection), and each type has a total shielding capacity. Our products range from mini cables with an outer diameter of only 2.2 mm to color-coded, non-shrinkable yet highly flexible cables for professional music equipment, covering almost all conceivable applications. The cross-section varies from 0.14 mm² to 0.75 mm².

Microphone cables connect the microphone to a mixer, amplifier or sound card. The aim is to achieve a transmission that is as free of noise and crackling as possible over the entire audible frequency range. The prerequisites for this are a sensible cable design and the lowest possible cable capacity. Typical are 1-wire (asymmetrical connection) or 2-wire constructions (symmetrical connection) with overall shielding. Our product range extends from mini-cables with a diameter of only 2.2 mm to the step-resistant, coloured and highly flexible professional musician's cable and thus covers practically all conceivable applications. The core cross sections are between 0.14 mm² and 0.75 mm². Type:NFR 1402 BA Product number:1068 Purpose of use:Audio cable Jacket material:PVC Diameter (mm):4.20 Country of origin:Germany

Microphone cables connect microphones to mixing consoles, amplifiers, or a sound card. The cables are designed to ensure that audio signals or the entire range of audible frequencies are transmitted with minimal distortion or other interference. A prerequisite for this is an appropriate cable construction and the lowest possible capacitance. They typically have one core (unbalanced connection) or two cores (balanced connection), with each type having an overall shielding capacity. Our products range from mini cables with an outer diameter of just 2.2 mm to color-coded, crush-resistant yet highly flexible cables for professional musical equipment, covering almost all possible applications. Cross-sections vary from 0.14 mm² to 0.75 mm².

Microphone cables run from microphones to mixing consoles, amplifiers, or sound cards. The cables are designed to transmit audio signals or the full range of audible frequencies with almost no distortion or other interference. A prerequisite for achieving this is an adequate cable construction and as low a capacitance as possible. They typically have one conductor (unbalanced connection) or two conductors (balanced connection), with each type having a total shielding capacitance. Our product range varies from mini cables with an outer diameter of just 2.2 mm to color-coded, non-kinking yet highly flexible cables for professional audio equipment, thus covering almost every possible application. The cross-sections range from 0.14 mm² to 0.75 mm².

Microphone cables connect microphones to mixing consoles, amplifiers, or sound cards. The cables are designed to ensure that audio signals or the entire audible frequency range are transmitted with minimal distortion or other interference. A key requirement for this is the appropriate cable construction and as low capacitance as possible. Typically, they have one core (unbalanced connection) or two cores (balanced connection), with each type having a total screen capacitance. Our product range extends from mini cables with an outer diameter of just 2.2 mm to color-coded, crush-resistant, yet highly flexible cables for professional audio equipment, covering almost all possible applications. Cross-sections range from 0.14 mm² to 0.75 mm².

bda connectivity is your partner for high-quality speaker cables. We offer solutions for all desires and applications, from silver-plated internal conductors to specific materials or colors for insulation. When connecting an amplifier to a speaker, the cross-section of the conductors should be as wide as possible to transmit high power without distortion and to mitigate the electro-physical response of the speaker from a low resistance of the amplifier. Depending on the requirements, standard cables, dual cables, highly flexible coaxial speaker cables, bi-axial cables, and multi-channel structures are used. The highly flexible speaker cables from bda connectivity are ideal for mobile applications.

Microphone cables connect the microphone to a mixer, amplifier or sound card. The aim is to achieve a transmission that is as free of noise and crackling as possible over the entire audible frequency range. The prerequisites for this are a sensible cable design and the lowest possible cable capacity. Typical are 1-wire (asymmetrical connection) or 2-wire constructions (symmetrical connection) with overall shielding. Our product range extends from mini-cables with a diameter of only 2.2 mm to the step-resistant, coloured and highly flexible professional musician's cable and thus covers practically all conceivable applications. The core cross sections are between 0.14 mm² and 0.75 mm². Type:NFR 5002 BG Product number:1077 Purpose of use:Audio cable Jacket material:PVC Diameter (mm):5.70 Country of origin:Germany

Microphone cables connect microphones to mixing consoles, amplifiers, or sound cards. The cables are designed to ensure the transmission of audio signals or the full range of audible frequencies with minimal distortion or other interference. A prerequisite for achieving this goal is proper cable construction and as low a capacitance as possible. They typically have one core (unbalanced connection) or two cores (balanced connection), with each type having an overall shielding capacity. Our product range includes mini cables with an outer diameter of just 2.2 mm to color-coded cables that are crush-resistant yet highly flexible, intended for professional musical equipment, thus covering almost all possible applications. The cross-sections range from 0.14 mm² to 0.75 mm².