EA800 Leader Tech / FerriShield, EA800 Datasheet

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EA800

Manufacturer Part Number
EA800
Description
Absorber; 50 MHz to 1 GHz @ -5 dB (Min.); 800 MHz @ -17.9 dB
Manufacturer
Leader Tech / FerriShield
Datasheet

Specifications of EA800

Application
For PCB’s, PCB components, electronic enclosures, shielded boxes, all microprocessor based electronic, EDP, telecom, scientific, medical, architectural shielding, RF test chambers, shielded facilities
Flammability Rating
UL94-V0
Frequency Range
50 MHz to 1 GHz @ -5 dB (Min.)
Length
15.75 in.
Peak Frequency
800 MHz @ -17.9 dB
Temperature Range
-20 to +100 °C
Thickness
0.008 in.
Width
15.75 in.
Lead Free Status / Rohs Status
RoHS Compliant part
electromagnetic radio wave absorbers
EMC wave absorber
100MHz to 5GHz: EA series
applications:
standard series – 50 MHz to 1 GHz
*Available in standard rolls 15.75
extra wideband series – 40MHz to 5GHz @ 3.2GHz peak
*Available in standard rolls 8.25”
Material Characteristic
PART No.
Material Characteristic
PART No.
Frequency range
Peak frequency choices
Temperature range
Flammability rating
Adhesive:
Dimensions: standard
EA100
EA300
EA400
EA500
EA800
Frequency range
Peak frequency
Temperature range
Flammability rating
Adhesive: standard temp.
Dimensions: standard
EA3200
EA3200H (hi temp) 8.25
Radio frequencies emanating from electronic components such as the
printed circuit board sketch at the right are addressed in three ways:
sometimes no shielding is required; a reflective shield in the form of a
local cover for the components, or the entire electronic enclosure can be
fitted up as a shield; an absorber pad shield which soaks up the RF and
converts it to imperceptible heat energy.
The latter Absorber Shield method deals with the unwanted RF energy
right at the source and prevents re-radiation and reflection of the signals
so that neighboring components are unaffected; also, second, third and
fourth order harmonics are nullified or greatly minimized.
The EA series is a high frequency noise absorber in a range of
formulations addressing 40MHz to 5GHz radiations from electronic
components. It has a multi-layered structure of screened coating matrixes
adjusted for discrete impedance matching to absorb electromagnetic
waves at various peak frequencies depending on which of the seven
different constructions is used.
PCB’s, PCB components, electronic enclosures, shielded boxes, all
microprocessor based electronic, EDP, telecom, scientific, medical,
architectural shielding, RF test chambers, shielded facilities
This all-around universal wideband formula is available in a standard
temperature type and a high temperature type (up to 200˚C). Excellent
performance from 40MHz to 5GHz.
high temp.
tack
temperature
tack
shear
maximum
shear
maximum
15.75
15.75
15.75
15.75
15.75
8.25
Width
Width
210mm
400mm
8.3 p.s.i.
-20˚C to 100˚C and -10˚C to 200˚C (high temp)
15.75” W x 15.75 “ L x .011” max.
8.25” W x 15.75 “ L x .004” max.
400,0
400,0
400,0
400,0
400,0
209,6
209,6
100, 300, 400, 500 or 800 MHz
8.4 p.s.i.
50˚F to 312˚F
3’-0” W x 65’-0” L x .011” max
3’-0” W x 65’-0” L x .004” max
0˚F to 180˚F
8.4 p.s.i. (stainless steel)
300+ hrs. @ 2 p.s.i. @ 22˚C
0˚F to 180˚F
300+ hrs. @ 2 p.s.i. @ 22˚C
x 65’-0”
x 65’-0”
(stainless steel high temperature)
50 MHz - 1 GHz
40 MHz - 5 GHz
-20˚C to 100˚C
(stainless steel standard)
20M
Measure
15.75
15.75
15.75
15.75
15.75
20M
Measure
15.75
15.75
UL94-V0
UL94-V0
3.2 GHz
Length*
Length*
400,0
400,0
400,0
400,0
400,0
400,0
400,0
10˚C to 200˚C
-18˚C to 83˚C
-18˚C to 83˚C
Thickness
Thickness
.002
.002
.002
.011
.008
.004
.004
400,0 x 400,0 x 0,28
209,6 x 400,0 x 0,10
1,0 x 20,0 M x 0,28
1,0 x 20,0 M x 0,10
0,05
0,05
0,05
0,28
0,20
0,10
0,10
All dimensions in inches
ASTM D-3575
ASTM D-3575
ASTM D-3575
ASTM D-3575
ASTM D-3575
ASTM D-3575
ASTM D-3575
ASTM D-3575
-5 dB min. @ 50 MHz to 1 GHz
-5 dB min. @ 50 MHz to 1 GHz
-5 dB min. @ 50 MHz to 1 GHz
-5 dB min. @ 50 MHz to 1 GHz
-5 dB min. @ 50 MHz to 1 GHz
EMC noise absorber pads
Frequency Range
Frequency Range
40 MHz to 5 GHz
40 MHz to 5 GHz
millimeters
Typical
reflected radiation to affect neighboring
components.
Noise absorber approach assimilates
radiated frequencies and converts to
imperceptible heat energy.
Absorbers shown in use below and above
Printed Circuit Board.
±1.6%, or ±0.005”
Peak Frequency – Attenuation
Peak Frequency – Attenuation
Reflective Shield
Reflective Shield
shielding
Absorber Shield
Absorber Shield
Absorber Shield
Absorber Shield
Absorber Shield
Absorber Shield
100 MHz @ -17.3 dB
300 MHz @ -17.6 dB
400 MHz @ -17.2 dB
500 MHz @ -17.8 dB
800 MHz @ -17.9 dB
3.2 GHz @ -31.3 dB
3.2 GHz @ -31.3 dB
approach
0,13 mm
allows
minimum

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EA800 Summary of contents

Page 1

... EA400 15.75 400,0 15.75 400,0 EA500 15.75 400,0 15.75 400,0 EA800 15.75 400,0 15.75 400,0 *Available in standard rolls 15.75 400mm x 65’-0” 20M extra wideband series – 40MHz to 5GHz @ 3.2GHz peak This all-around universal wideband formula is available in a standard temperature type and a high temperature type (up to 200˚ ...

Page 2

... EMC standard series: typical absorption rate by part number EA100 0.1 0.5 1.0 1.5 Frequency GHz EA400 0.1 0.5 1.0 1.5 Frequency GHz EA800 0.1 0.5 1.0 1.5 Frequency GHz Extra wideband EMC series: typical absorption rate by part number EA3200 0 5 -15 -25 - Frequency GHz Mulberry Professional Plaza • ...

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