RF Power Capacitors Class1 5kV Discs

Transkript

1 RF Power Capacitors Class 5kV Discs Morgan Advanced Materials is a world leader in the design and manufacture of complex electronic ceramic components and assemblies used in a wide range of applications and cutting edge technologies. Morgan s Ruabon Division specialises in the development and production of dielectric and ferroelectric materials and components. This range of high voltage RF discs capacitors is fabricated from very low loss CLASS ceramic dielectric materials which permit them to carry very high electrical loads over a wide frequency range. Applications include : Radio Broadcast Transmitters nduction and Dielectric Heating Equipment HF Filter, By-Pass & Coupling Circuits High Power Matching Tuned Circuits Antenna Circuits ndustrial Applications High Power matching networks Plasma Generators High quality medical imaging systems (MR) Features : Low loss Class ceramic dielectric materials with noble metal electrodes resulting in low self heating. High Voltage / High Reactive Power s Very low NPO capacitance-temperature characteristics available that result in correspondingly low tuned frequency drift. Low nductance construction permitting higher frequency use. Low magnetic susceptibility Material Characteristics Dielectric 20 o C / MHz Temperature Coefficient of ppm/ o C +00 0± 30 0± ±80-300±20 Capacitance ± 60 MHz (Cap 000 pf) x khz (Cap> 000 pf) x Dielectric Strength kvmm - dc Volume Resistivity Ωm Electrical Specification Capacitance Range Capacitance Tolerance RF Voltage Test Voltage (50Hz) RF Voltage / Current kvar Load v Frequency Operating Temperature Range pF (see table) ±20% ±0% Consult factory for other tolerances (see table) 2 x Voltage / 60sec See RF rating curves -25 o C +95 C Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No

2 imum Relative Humidity 75% Outline Drawing 5kV Discs Vertical Mounting Recommended Electrical Characteristics Type No Cap Value pf TCC ppm/ C (ACpk + DC) kvpk AC kvpk Test 50 Hz kvrms POWER (kvar) Current (A rms) A nom B nom Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No Thread Size M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M6

3 Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No

4 Electrical Characteristics Type No Cap Value pf TCC / ppm o C (ACpk + DC) kvpk AC kvpk Test 50 Hz kvrms POWER (kvar) Current (A rms) A nom B nom Thread Size M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M6 Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No

5 Type pf 5kVpk Type pf 5kVpk kva Amps Amps f MHz f MHz f.908 MHz f MHz Type pf 5kVpk Type pf 5kVpk Amps 5 Amps f 0.56 MHz f2.754 MHz f.375 MHz f MHz Type pf 5kVpk Type pf 5kVpk Amps 55 kva 8 Amps f MHz f2.073 MHz f.66 MHz f2.56 MHz Type pf 5kVpk Type pf 5kVpk kva 24 Amps f 0.38 MHz f MHz 65 kva 24 Amps f MHz f2.409 MHz The above RF load conditions are based on the maximum body temperature rise of 45 C from an ambient temperature of 30 C. Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No

6 Type pf 5kVpk Type pf 5kVpk Amps f 5.62 MHz f MHz Amps f.564 MHz f MHz Type pf 5kVpk Type pf 5kVpk Amps f MHz f MHz Amps f MHz f MHz Type pf 5kVpk Type pf 5kVpk kva 8 Amps f 3.80 MHz f MHz kva 8 Amps f MHz f MHz Type pf 5kVpk Type pf 5kVpk kva 24 Amps f 2.20 MHz f MHz kva 24 Amps f MHz f MHz The above RF load conditions are based on the maximum body temperature rise of 45 C from an ambient temperature of 30 C. Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No

7 technical / sales related enquiries to ruabon.sales@morganplc.com Please view our website : Links: * Power & Operating Conditions Disclaimer: Please note that all product, product specifications and data detailed in this brochure are subject to change without notice to improve reliability, function, design or otherwise. Morgan Advanced Materials Ltd and its affiliates does not assume any responsibility for the correctness of this information nor for damages consequent to its use. Statements regarding the suitability of products for certain types of applications are based on knowledge of typical requirements that are often placed on Morgan products in generic applications. Morgan Advanced Materials Technical Ceramics Vauxhall ndustrial Estate Ruabon United Kingdom LL4 6HY Registered Office Morgan Technical Ceramics, Bewdley Road, Stourport-on-Severn, Worcestershire DY3 8QR England. Registered in England No