Evershield EVERSHIELD - Metal Improvement Company
Evershield EVERSHIELD - Metal Improvement Company
Evershield EVERSHIELD - Metal Improvement Company
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<strong>EVERSHIELD</strong> <strong>Evershield</strong><br />
Conductive Coatings and Plating Processes<br />
for Superior Conductive EMI/RFI Shielding<br />
Coatings and Plating Processes for Superior EMI/RFI Shielding<br />
E/M Coating Services is the industry leader in applying conductive coating and electroless plating<br />
processes for EMI/RFI shielding and semiconductive coating processes for electrostatic dissipation.<br />
Conductive Coatings for EMI/RFI Shielding<br />
E/M Coating Services applies a broad range of EMI/RFI shielding processes<br />
that ensure the reliable performance of electronic devices. As a long-time<br />
leader in applying engineered coating solutions, our cost-effective processes<br />
meet shielding and ground plane needs, ranging from FCC and European<br />
Union compliance to critical shielding and electrical bonding requirements for<br />
aircraft, missile and medical components.<br />
Semiconductive Coatings for Electrostatic Control<br />
Smaller electronic components are particularly susceptible to damage or failure<br />
due to electrostatic discharge. In the search for ways to ensure the operational<br />
integrity of new, high performance products, electronics manufacturers turn to<br />
E/M Coating Services for their application needs. E/M Coating Services can<br />
apply coatings that can provide:<br />
• Surface resistivity of 1 x 105 to 1 x 1012 • Outstanding corrosion protection<br />
• Good lubricity on high friction surfaces<br />
• Excellent wear resistance<br />
• High temperature and cryogenic stability<br />
E/M has numerous UL recognitions under QMRX2, which applies to the application<br />
of conductive coatings that conform to UL 746C adhesion test procedures.<br />
E/M 6218-B<br />
An extremely smooth,<br />
non-oxidizing coppercontaining<br />
coating with<br />
very high levels of shielding.<br />
Typical Applications:<br />
Computers & Peripherals,<br />
Video Display Terminals,<br />
Medical Electronics,<br />
Telecommunication Devices,<br />
Automotive Electronics<br />
E/M 6305<br />
A durable nickelcontaining<br />
coating<br />
with very high<br />
levels of shielding.<br />
Typical Applications:<br />
Computers & Peripherals,<br />
Video Display Terminals,<br />
Medical Electronics,<br />
Telecommunication Devices,<br />
Automotive Electronics<br />
<strong>Evershield</strong> EC-S-706<br />
A durable silver-containing<br />
coating offering significant<br />
salt fog resistance<br />
and extremely high levels<br />
of EMI/RFI shielding.<br />
Typical Applications:<br />
Aerospace, Military<br />
Electronics<br />
Frequencies<br />
* The above shielding effectiveness data apply only to three of E/M’s<br />
conductive coating processes.<br />
E/M Coating Services has over 40 years of experience in applying critical tolerance coatings and is a E/M COATING SERVICES FACILITIES<br />
pioneer and leader in solid film and dry film lubricating and coating processes. We can assist you in United States<br />
selecting the right coating to meet design challenges, lower the cost of ownership and enhance the Chicago<br />
performance and longevity of your products. E/M Coating Services is a division of the <strong>Metal</strong> <strong>Improvement</strong> Detroit<br />
<strong>Company</strong>, a world leader in metal treatment technologies that include FACILITY shot and laser LOCATIONS:<br />
peening, heat treating Hartford<br />
and coatings.<br />
UNITED STATES:<br />
MIC Philadelphia 215-638-0888 GERMANY:<br />
Los Angeles (North Hollywood)<br />
E/M Chicago <strong>Metal</strong> <strong>Improvement</strong> 630-620-6808 <strong>Company</strong>PCS is Katy, a wholly-owned TX subsidiary 281-391-7765of<br />
the Curtiss-Wright MIC Unna Corporation 49-2303-91880 Los Angeles (Chatsworth)<br />
E/M Detroit (NYSE: CW), 586-566-6800 a diversified global provider of highly engineered products and services in the areas of metal Minneapolis<br />
MIC Fremont, treatment, IN motion 260-495-4445 control and flow CANADA: control.<br />
UNITED KINGDOM:<br />
Philadelphia<br />
Ph: 630-620-6808<br />
Ph: 586-566-6800<br />
Ph: 860-224-9148<br />
Ph: 818-983-1952<br />
Ph: 818-407-6280<br />
Ph: 651-780-3202<br />
Ph: 215-638-0888<br />
E/M Hartford<br />
E/M Minneapolis<br />
E/M Los Angeles<br />
(No. Hollywood)<br />
860-224-9148 MIC Ingersoll<br />
Web: 651-780-3202 www.emcoatingservices.com<br />
CHINA:<br />
818-983-1952 MIC Suzhou<br />
519-485-5500 MIC Evesham<br />
E-mail: info@emcoatingservices.com<br />
IRELAND:<br />
86-158-6241-7890 MIC Evesham<br />
44-1386-421444 United Kingdom<br />
Evesham<br />
353-91-780-300<br />
m<br />
i<br />
Ph: 44 (0) 1386-421444<br />
11/04-5K<br />
R<br />
(Chatsworth) 818-407-6280<br />
Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs<br />
100<br />
80<br />
60<br />
40<br />
100<br />
80<br />
60<br />
40<br />
100<br />
80<br />
60<br />
40<br />
Shielding Effectiveness<br />
10 KHz<br />
10 KHz<br />
1 MHz<br />
10 MHz<br />
100 MHz<br />
1 GHz<br />
Frequencies<br />
1 MHz<br />
10 MHz<br />
100 MHz<br />
1 GHz<br />
10 GHz<br />
Shielding Effectiveness<br />
10 KHz<br />
1 MHz<br />
10 MHz<br />
100 MHz<br />
1 GHz<br />
Frequencies<br />
10 GHz<br />
Shielding Effectiveness<br />
10 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
SM
<strong>EVERSHIELD</strong><br />
<strong>Evershield</strong><br />
Conductive Coatings and Plating Processes for Superior EMI/RFI Shielding<br />
Conductive Coatings and Plating Processes for Superior EMI/RFI Shielding<br />
Electroless Plating Processes for EMI/RFI Shielding<br />
E/M Coating Services has led the development of electroless plating technology<br />
for <strong>Evershield</strong><br />
plastic, <strong>Evershield</strong><br />
plastic composite, and ceramic substrates that achieve extremely<br />
high Conductive levels Conductive of electromagnetic Coatings Coatings and Plating and shielding. Plating Processes We Processes offer for the Superior for broadest Superior EMI/RFI range Shielding of Shielding solutions<br />
to the problems faced in designing and manufacturing electronic devices and<br />
Electroless Electroless Plating Plating Processes Processes for EMI/RFI for EMI/RFI Shielding<br />
components. While achieving extremely high levels of attenuation, our electro-<br />
E/M Coating E/M Coating Services Services has led has the led development the development of electroless of electroless plating plating technology<br />
less plating processes meet stringent environmental requirements.<br />
for plastic,<br />
for plastic,<br />
plastic<br />
plastic<br />
composite,<br />
composite,<br />
and ceramic<br />
and ceramic<br />
substrates<br />
substrates<br />
that<br />
that<br />
achieve<br />
achieve<br />
extremely<br />
extremely<br />
high levels of electromagnetic shielding. We offer the broadest range of solutions<br />
Advantages:<br />
high levels of electromagnetic shielding. We offer the broadest range of solutions<br />
to the problems faced in designing and manufacturing electronic devices and<br />
•to the High problems levels of faced shielding in designing at very thin and plating manufacturing thicknesses—as electronic low devices as and<br />
components. While achieving extremely high levels of attenuation, our electro-<br />
components. 0.000020" less plating<br />
While (1/2 processes micron) achieving<br />
meet<br />
extremely<br />
stringent<br />
high<br />
environmental<br />
levels of attenuation,<br />
requirements.<br />
our electro-<br />
•less Extreme plating processes uniformity meet of plating stringent thicknesses environmental and EMI/RFI requirements. shielding<br />
Advantages:<br />
•<br />
Advantages:<br />
Ability to achieve excellent grounding for lightning protection while<br />
• High levels of shielding at very thin plating thicknesses—as low as<br />
withstanding heavy corrosion<br />
• High levels 0.000020" of shielding (1/2 micron) at very thin plating thicknesses—as low as<br />
• Toughness<br />
0.000020" • Extreme (1/2<br />
and<br />
micron) uniformity durability—excellent of plating thicknesses results in drop and EMI/RFI testing shielding<br />
• Applicable to almost any advanced engineering thermoset, thermoplastic<br />
• Extreme • Ability uniformity to achieve of plating excellent thicknesses grounding for and lightning EMI/RFI protection shielding while<br />
or composite<br />
• Ability to withstanding achieve excellent heavy corrosion grounding for lightning protection while<br />
•<br />
Quality withstanding<br />
Toughness<br />
Assurance heavy<br />
and<br />
corrosion<br />
durability—excellent results in drop testing<br />
• Applicable to almost any advanced engineering thermoset, thermoplastic<br />
To • Toughness maintain the and highest durability—excellent standards of quality, results E/M in drop Coating testing Services employs<br />
or composite<br />
Statistical • Applicable Process to almost Control any (SPC) advanced methods. engineering We’ve developed thermoset, a thermoplastic wide variety of<br />
pretreatment or composite Quality techniques Assurance that ensure the adhesion of <strong>Evershield</strong> plating processes<br />
to virtually<br />
To<br />
all<br />
maintain<br />
plastic,<br />
the<br />
glass,<br />
highest<br />
or carbon<br />
standards<br />
reinforced<br />
of quality,<br />
plastics<br />
E/M<br />
and<br />
Coating<br />
composite<br />
Services<br />
materials.<br />
employs<br />
Quality Statistical Assurance Process Control (SPC) methods. We’ve developed a wide variety of<br />
To maintain pretreatment the highest techniques standards that ensure of quality, the adhesion E/M Coating of <strong>Evershield</strong> Services plating processes employs<br />
Statistical to virtually Process all Control plastic, glass, (SPC) or methods. carbon reinforced We’ve plastics developed and composite a wide variety materials. of<br />
pretreatment techniques that ensure the adhesion of <strong>Evershield</strong> plating processes<br />
to virtually all plastic, glass, or carbon reinforced plastics and composite materials.<br />
Plated Substrates<br />
ABS (Acrylonitrile-<br />
Plated Substrates<br />
Butadiene-Styrene)<br />
PAS (Polyarylsulfone–<br />
30% Glass Filled)<br />
PPS (Polyphenylene Sulfide)<br />
• Unfilled<br />
Acetals ABS (Acrylonitrile- PC (Polycarbonate) PAS (Polyarylsulfone– • Long PPS (Polyphenylene Fiber Carbon Sulfide)<br />
Butadiene-Styrene) •<br />
BMI (Bismaleimide–<br />
20%, 30% 30%, Glass Filled)<br />
Reinforced<br />
• Unfilled<br />
Plated Substrates<br />
•<br />
Carbon Reinforced)<br />
40% Glass Filled<br />
30%, • 50% Glass Filled<br />
Acetals<br />
PC (Polycarbonate)<br />
Long Fiber Carbon<br />
•<br />
BMI (Bismaleimide–<br />
20%, 30%,<br />
Reinforced<br />
DAP (Diallyl Phthalate)<br />
PEEK (Polyetheretherketone)<br />
PS (Polystyrene)<br />
ABS (Acrylonitrile-<br />
PAS (Polyarylsulfone– PPS •(Polyphenylene Sulfide)<br />
Carbon Reinforced)<br />
40% Glass Filled<br />
30%, 50% Glass Filled<br />
• Butadiene-Styrene)<br />
30% 30% Glass Glass Filled) Filled<br />
PSO (Polysulfone)<br />
• Unfilled<br />
Epoxy/Glass<br />
DAP (Diallyl Phthalate) • 30%, PEEK 40% (Polyetheretherketone)<br />
PS (Polystyrene)<br />
Phenolics •<br />
Acetals<br />
PC<br />
Glass<br />
Carbon<br />
(Polycarbonate)<br />
Long Fiber Carbon<br />
• 30% Glass Filled<br />
PSO (Polysulfone)<br />
Epoxy/Glass<br />
Filled<br />
•<br />
BMI (Bismaleimide–<br />
20%, • 30%, 40%<br />
Reinforced<br />
Polyester Phenolics<br />
HDPE (High Glass Density<br />
PEI (Polyetherimide)<br />
• Carbon Reinforced)<br />
40% Glass Carbon Filled Filled<br />
• 30%, 50% Glass Filled<br />
Thermoplastic<br />
Polyethylene)<br />
• 30% Glass Filled<br />
Polyester<br />
HDPE (High Density<br />
• Thermoset<br />
DAP (Diallyl Phthalate)<br />
PEEK<br />
• 40%<br />
(Polyetheretherketone)<br />
PEI (Polyetherimide) PS (Polystyrene)<br />
•<br />
Carbon Filled<br />
Thermoplastic<br />
LCP (Liquid Polyethylene) Crystal<br />
• 30% Glass Filled<br />
• 30% Glass Filled<br />
RIM PSO •(Urethane) (Polysulfone) Thermoset<br />
Polymer–Mineral Epoxy/Glass & Glass Filled) PEK (Polyetherketone)<br />
• 40% Carbon Filled<br />
LCP (Liquid Crystal • 30%, 40%<br />
SMC Phenolics RIM (Sheet (Urethane) Molding<br />
Nylons–Polyamide<br />
Glass Polymer–Mineral & Glass Filled) PES Carbon (Polyethersulfone–<br />
PEK Filled (Polyetherketone)<br />
Compound)<br />
•HDPE 6/6 (High 30%, Density 40%,<br />
30% PEI (Polyetherimide)<br />
Glass)<br />
Polyester<br />
SMC (Sheet Molding<br />
Nylons–Polyamide<br />
PES (Polyethersulfone–<br />
Compound)<br />
Polyethylene) 50% Glass • 6/6 Filled 30%, 40%,<br />
30% Glass)<br />
• Thermoplastic<br />
PP • 30% (Polypropylene) Glass Filled<br />
• Thermoset<br />
• 6/6 40% Carbon 50% Glass Filled Filled<br />
• 40% PP Carbon (Polypropylene) Filled<br />
LCP<br />
• 6/10<br />
(Liquid •<br />
30%<br />
Crystal 6/6 40% Carbon Filled<br />
Glass Filled<br />
PPE (Polyphenylene Ester) RIM (Urethane)<br />
Polymer–Mineral • 6/10<br />
• 6/12 30% Glass<br />
& 30%<br />
Filled<br />
Glass Glass Filled) Filled<br />
PPE (Polyphenylene Ester)<br />
PEK (Polyetherketone)<br />
PPO (Polyphenylene Oxide-<br />
• 6/12 30% Glass Filled PPO (Polyphenylene Oxide- SMC (Sheet Molding<br />
PAI<br />
Nylons–Polyamide<br />
(Polyamide-Imide)<br />
Styrene PES (Polyethersulfone–<br />
Copolymers) Compound)<br />
• Unfilled<br />
6/6 30%,<br />
PAI<br />
40%,<br />
(Polyamide-Imide)<br />
Styrene Copolymers)<br />
30% Glass)<br />
• Unfilled<br />
• 30%<br />
50%<br />
Glass<br />
Glass<br />
Filled<br />
Filled<br />
• 30% Glass Filled PP (Polypropylene)<br />
• 6/6 40% Carbon Filled<br />
• 6/10 30% Glass Filled<br />
PPE (Polyphenylene Ester)<br />
• 6/12 30% Glass Filled PPO (Polyphenylene Oxide-<br />
PAI (Polyamide-Imide)<br />
Web: www.emcoatingservices.com Web: www.emcoatingservices.com Styrene Copolymers) E-mail: E-mail: info@emcoatingservices.com<br />
• Unfilled<br />
• 30% Glass Filled<br />
<strong>Evershield</strong> 3501<br />
This most cost-effective<br />
system achieves high<br />
Shielding Effectiveness<br />
levels of EMI shielding<br />
by copper and nickel<br />
100<br />
plating all surfaces.<br />
80<br />
Typical <strong>Evershield</strong> Applications: 3501<br />
Computers This most cost-effective<br />
This most cost-effective & Peripherals,<br />
Video system Terminals, achieves high<br />
system achieves high<br />
Medical levels of EMI Electronics, shielding<br />
levels of EMI shielding<br />
Telecommunications,<br />
by copper and nickel<br />
by plating copper all surfaces. and nickel<br />
Automotive plating all surfaces. Electronics<br />
Typical Applications:<br />
60 Shielding Shielding Effectiveness<br />
Effectiveness<br />
40<br />
100<br />
100<br />
80<br />
Frequencies<br />
80<br />
60<br />
Typical Computers Applications: & Peripherals,<br />
<strong>Evershield</strong> Computers Video Terminals, 5100-T & Peripherals,<br />
60<br />
40 Shielding Effectiveness<br />
Increased Video Medical Terminals, Electronics, thicknesses of<br />
40<br />
copper Medical Telecommunications, plating Electronics, achieve levels<br />
of Telecommunications,<br />
Automotive signal attenuation Electronics in<br />
compliance Automotive with Electronics NACSIM<br />
5100A/ <strong>Evershield</strong> TEMPEST 5100-T and<br />
Frequencies<br />
100<br />
Frequencies<br />
80<br />
Shielding Effectiveness<br />
MIL-STD Increased 461B thicknesses DESIGN of<br />
requirements. <strong>Evershield</strong> copper plating 5100-T achieve levels<br />
Increased of signal attenuation thicknesses in of<br />
Typical copper Applications:<br />
compliance plating with achieve NACSIMlevels<br />
TEMPEST of 5100A/ signal TEMPEST attenuation Electronics,<br />
and in<br />
Military compliance MIL-STD Electronics 461B with DESIGN NACSIM<br />
5100A/ requirements. TEMPEST and<br />
60<br />
100<br />
40<br />
80 100<br />
60<br />
80<br />
Shielding Effectiveness<br />
Frequencies<br />
MIL-STD Typical Applications: 461B DESIGN<br />
<strong>Evershield</strong> SP-4000<br />
requirements.<br />
TEMPEST Electronics,<br />
With<br />
Military<br />
shielding<br />
Electronics<br />
effectiveness<br />
comparable Typical Applications: to <strong>Evershield</strong><br />
40<br />
60<br />
40<br />
Shielding Effectiveness<br />
Frequencies<br />
3501, TEMPEST eliminates Electronics, harsh<br />
100<br />
chemical Military <strong>Evershield</strong> Electronics and SP-4000 mechanical<br />
pretreatments, With shielding effectiveness selectively<br />
Shielding<br />
80 Frequencies<br />
Effectiveness<br />
plating comparable and protecting to <strong>Evershield</strong><br />
100 60<br />
molded-in <strong>Evershield</strong> 3501, eliminates decorative SP-4000 harsh surfaces. Shielding Effectiveness<br />
With chemical shielding and mechanical effectiveness<br />
80 40<br />
Typical comparable pretreatments, Applications: to selectively <strong>Evershield</strong><br />
Computers 3501, plating eliminates and protecting<br />
100<br />
& Peripherals, harsh Video 60<br />
Terminals, chemical<br />
molded-in<br />
and<br />
decorative<br />
Medical mechanical<br />
surfaces.<br />
Electronics,<br />
Frequencies<br />
40 80<br />
Telecommunications, pretreatments, Typical Applications: selectively Automotive Electronics<br />
plating Computers and & protecting Peripherals, Video<br />
60<br />
molded-in Terminals, Medical decorative Electronics, surfaces.<br />
Frequencies<br />
<strong>Evershield</strong><br />
Telecommunications,<br />
5880<br />
Automotive Electronics 40 Shielding Effectiveness<br />
Copper/nickel Typical Applications: plating provides<br />
high Computers levels of & electromagnetic<br />
Peripherals, Video<br />
shielding,<br />
<strong>Evershield</strong><br />
Terminals, electrical<br />
5880<br />
Medical bonding, Electronics, 100 Shielding Frequencies Effectiveness<br />
Copper/nickel plating provides<br />
and Telecommunications, wear and corrosion Automotive Electronics<br />
high levels of electromagnetic<br />
80<br />
resistance. Plating thickness<br />
shielding, electrical bonding,<br />
100<br />
can<br />
and<br />
be<br />
wear<br />
adjusted<br />
and corrosion<br />
to electronic<br />
60<br />
and <strong>Evershield</strong> environmental 5880 conditions. 80 Shielding Effectiveness<br />
resistance. Plating thickness<br />
Adheres Copper/nickel to virtually plating all provides<br />
can be adjusted to electronic<br />
40<br />
advanced high levels thermosets of electromagnetic 60<br />
and environmental conditions. and<br />
thermoplastics.<br />
shielding, electrical bonding,<br />
100<br />
Adheres to virtually all<br />
40<br />
and advanced wear thermosets and corrosion and<br />
Frequencies<br />
Typical resistance. Applications: Plating thickness Aerospace Electronics, 80<br />
thermoplastics.<br />
Military can be adjusted Electronics, to electronic Medical Electronics, Telecommunications,<br />
Frequencies<br />
Automotive<br />
Typical Applications:<br />
and environmental Electronics,<br />
Aerospace<br />
conditions. Connectors<br />
Electronics, 60<br />
Military Electronics, Medical Electronics, Telecommunications,<br />
Adheres Automotive to virtually Electronics, all Connectors 40<br />
<strong>Evershield</strong> advanced thermosets Mil-Plate 1000 and<br />
Shielding Effectiveness<br />
Based thermoplastics.<br />
<strong>Evershield</strong> on copper/nickel/tin<br />
Mil-Plate 1000<br />
Shielding Effectiveness<br />
plating<br />
Typical Based on technology,<br />
Applications: copper/nickel/tin provides<br />
Frequencies<br />
Aerospace Electronics,<br />
100<br />
extreme<br />
Military plating technology, Electronics,<br />
levels of corrosion provides Medical Electronics, Telecommunications,<br />
100<br />
resistance<br />
Automotive<br />
extreme levels and<br />
Electronics,<br />
of signal corrosion<br />
Connectors 80<br />
attenuation resistance and comparable signal to<br />
80<br />
<strong>Evershield</strong> attenuation 5880. comparable to<br />
60<br />
<strong>Evershield</strong> 5880. Mil-Plate 1000<br />
Shielding Effectiveness<br />
60<br />
Typical Based on Applications:<br />
Typical Applications: copper/nickel/tin<br />
40<br />
Aerospace plating technology, Electronics,<br />
Aerospace Electronics, provides 40<br />
Military extreme Electronics,<br />
100<br />
Military Electronics, levels of corrosion<br />
Connectors resistance Connectorsand<br />
signal<br />
Frequencies<br />
80 Frequencies<br />
attenuation comparable to<br />
<strong>Evershield</strong> 5880.<br />
Typical Applications:<br />
60<br />
Aerospace Electronics,<br />
Military Electronics,<br />
40<br />
Connectors<br />
Frequencies11/04-5K<br />
11/04-5K<br />
Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs<br />
Attenuation dBs<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz1<br />
MHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
10 KHz<br />
1 MHz 10 KHz<br />
1 MHz<br />
1 MHz<br />
1 MHz<br />
10 KHz<br />
1 MHz<br />
1 MHz 10 MHz<br />
1 MHz<br />
10 MHz<br />
1 MHz<br />
1 MHz<br />
10 MHz<br />
1 MHz<br />
1 MHz<br />
10 MHz<br />
1 MHz<br />
10 MHz 1 MHz<br />
1 MHz<br />
10 MHz<br />
10 MHz 100 MHz<br />
10 MHz<br />
100 MHz<br />
10 MHz<br />
10 MHz<br />
100 MHz<br />
10 MHz<br />
10 MHz<br />
100 MHz<br />
10 MHz<br />
100 10 MHz MHz<br />
10 MHz<br />
100 MHz<br />
100 MHz<br />
100 MHz<br />
100 MHz<br />
100 MHz<br />
100 MHz<br />
100 MHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
10 GHz<br />
100 MHz<br />
1 GHz<br />
10 GHz<br />
1 GHz<br />
18 GHz<br />
10 GHz<br />
1 GHz<br />
1 GHz<br />
1 GHz<br />
10 GHz<br />
10 GHz<br />
10 GHz<br />
10 GHz<br />
10 GHz<br />
10 GHz<br />
100<br />
1 GHz<br />
MHz<br />
10 GHz<br />
1 GHz<br />
18 GHz<br />
10 GHz<br />
100 MHz<br />
10 GHz<br />
10 GHz<br />
10 GHz<br />
1 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
10 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz<br />
18 GHz