MILLI-CAP® BROADBAND DATASHEET – BNL VERSION
FEATURES
Operating frequency range extended up to 50 GHz.
Same form, fit and function as previous Milli-Cap.
Available in 0201, 0402 and 0602 footprints.
Applications:
o Broadband Microwave/Millimeter Wave
o Test Equipment, Photonics, SONET, TOSA/ROSA
o Transimpedance Amplifiers
X7R Characteristics – ±15% Capacitance variation over temperature
range of -55 to +125°C.
Low Insertion Loss
Old Part
Number
New Part
Number
Case
Size
P21BN300x5S
P21BNL300x5S
P42BN820x5S
P62BN820x5S
TCC
Cap, Voltage
pF
Rating, V
Dissipation
Factor
Insulation Frequency Range
Resistance
0201 X7R
30
50
3.5%
> 105 MΩ
20 MHz – 50 GHz
P42BNL820x5S
0402 X7R
82
50
3.5%
> 105 MΩ
20 MHz – 50 GHz
P62BNL820x5S
0602 X7R
82
50
3.5%
> 105 MΩ
20 MHz – 50 GHz
x denotes the tolerance of the part. Available in M (±20%) and Z (+80%, -20%) tolerances.
Insertion Loss, S21 Chart for Milli-Caps
0
0
5
10
15
20
25
30
35
40
45
50
-0.5
Magnitude, dB
-1
P21BNL300M5S DB[S21]
P21BNL820M5S DB[S21]
P62BNL820M5S DB[S21]
-1.5
-2
-2.5
-3
-3.5
Frequency, GHz
Packaging Options: Tape & Reel or Waffle Package.
www.knowlescapacitors.com
2777 Route 20 East, Cazenovia, NY 13035
Milli Datasheet 2020 Rev 3.
ATTACHMENT METHOD
Using Conductive Epoxy
1.
2.
3.
4.
5.
Using Solder
Place a single drop of conductive epoxy onto each
microstrip. Keep the epoxy back from the edge
based on the specific footprint.
Centering the termination gap in the micro strip,
press with even pressure on to the micro strip
ensuring the end terminations make good contact
with the epoxy.
Cure based according to the epoxy
manufacturer’s preferred schedule (typically 125
to 250°C).
After curing, inspect joint for epoxy shorts across
the termination and micro strip gaps to verify
cause of short across the capacitor.
It is safe to use Isopropanol and Methanol to preclean, but not after mounting with conductive
epoxy as they would act as a solvent.
1.
2.
3.
4.
5.
Place a single drop of solder on to each micro
strip. Keep the solder back from the edge based
on the specific footprint.
Centering the termination gap in the micro strip,
press with even pressure on to the micro strip
ensuring the end terminations make good contact
with the epoxy.
Reflow according to solder manufacturer’s
preferred profile, ensuring reflow temperature
does not exceed 250°C.
After reflow step is completed, inspect joints for
voids or excess flux and solder balls that can
degrade performance or cause shorts across the
gaps.
It is safe to use Isopropanol and Methanol with
soldered Milli-caps.
DIMENSIONAL SPECIFICATIONS
Part Dimensions
Mounting Guidelines
Case
Size
Length, B
Width
Thickness
Gap, A
(typ)
End Block,
C (typ)
Epoxy
Thickness,
Et
Epoxy
Diameter
Gap
Distance
from Trace
Edge
P21
(0201)
0.020” ±
0.004”
0.012” ±
0.002”
0.010” ±
0.002”
0.005”
0.008”
0.003” –
0.005”
0.005” –
0.008”
0.008” –
0.010”
0.003” to
0.004”
P42
(0402)
0.038” ±
0.004”
0.020” ±
0.002”
0.020” ±
0.002”
0.008”
0.015”
0.003” –
0.005”
0.010” –
0.015”
0.015” –
0.020”
0.003” to
0.004”
P62
(0602)
0.058” ±
0.004:
0.020 ±
0.002”
0.020 ±
0.002”
0.008”
0.025”
0.003” –
0.005”
0.010” –
0.015”
0.015” –
0.020”
0.003” to
0.004”
www.knowlescapacitors.com
2777 Route 20 East, Cazenovia, NY 13035
Milli Datasheet 2020 Rev 3.
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