ICS SF0096BA02394S

96 MHz SAW Bandpass Filter
4.8 MHz bandwidth
Part Number SF0096BA02394S
Integrated
Circuit
Systems, Inc.
TYPICAL PERFORMANCE
Horizontal: 2.5 MHz/div
Vertical (from top):
Magnitude
Magnitude
Group Delay Deviation
10
1
50
dB/div
dB/div
ns/div
SPECIFICATION
Parameter 1
2
Center Frequency ( Fc)
3
Minimum Insertion Loss
1 dB Bandwidth
35 dB bandwidth
Passband Variation (Fc +/- 2.4 MHz)
4
Group Delay Variation (Fc +/- 2.4 MHz)
Change in Absolute Delay from unit to unit
Absolute Delay Variation from -5˚C to 75˚C
Input Return Loss (Fc +/- 1.92 MHz)
Output return Loss (Fc +/- 1.92 MHz)
Absolute Delay
Rejection (40 to 87 MHz)
(111 to 150 MHz)
Source and Load Impedance
Substrate Material
Ambient Temperature
Notes:
Min.
95.90
Typ.
96.00
4.80
5.00
6.60
0.6
60
-10
Max.
96.10
25
6.80
0.8
80
10
10
10
10
2.00
43
43
3.00
46
46
50
LiTaO3
23
Units.
MHz
dB
MHz
MHz
dB p-p
ns p-p
ns
ns
dB
dB
us
dB
dB
Ω
ºC
1. All specifications for a device matched to a 50 ohm system impedance.
2. Average of Lower and Upper 3 dB Frequencies.
3. All dB values are referenced to the insertion loss
4. A smoothing aperture of 0.125 MHz may be applied to this measurement.
Rev X6 20-Apr-05
Page 1 of 2
Integrated Circuit Systems • Surface Acoustic Wave Products
324 Clark Street, Worcester, MA 01606, USA • Phone 508-852-5400 • Fax 508-852-8456
www.icst.com
QF12/3
96 MHz SAW Bandpass Filter
4.8 MHz bandwidth
Part Number SF0096BA02394S
Integrated
Circuit
Systems, Inc.
PACKAGE OUTLINE
Units: mm
Pad Configuration:
Input: 1
Input Return: 10
Output: 6
Output Return: 5
Ground: 2,3,4,7,8,9
MATCHING CIRCUIT
Typical component values:
1
6
10
5
Ls1 = 6.8 nH
Lp1 = 56 nH
Rp1 = 100 Ω
Ls2 = 91 nH
Cp2 = 47 pF
Rp2 = 120 Ω
(Minimum inductor Q = 40)
Notes
• Recommend use of 2% tolerance components.
• Optimum values depend on board layout. Values intended as guide only.
ISO 9001
Registered
Rev X6 20-Apr-05
Page 2 of 2
Integrated Circuit Systems • Surface Acoustic Wave Products
324 Clark Street, Worcester, MA 01606, USA • Phone 508-852-5400 • Fax 508-852-8456
www.icst.com
QF12/3