914.5 MHz SAW Filter
16 MHz Bandwidth
Part Number: SF0915BA02620S
IDT •
••
• SAW Products •
••
• 324 Clark Street, Worcester, MA 01606, USA •
••
• Ph 1-508-852-5400 •
••
• Fax 1-508-852-8456
www.idt.com DSSF0915BA02620S Rev - 20-April-2009
ECN 36378 Page 1 of 3
DESCRIPTION
• 914.5 MHz SAW filter with a 16 MHz typical 3dB bandwidth.
• 3.8 mm Square LCC Package.
• RoHS compliant.
TYPICAL PERFORMANCE
914.5 MHz SAW Filter
16 MHz Bandwidth
Part Number: SF0915BA02620S
IDT •
••
• SAW Products •
••
• 324 Clark Street, Worcester, MA 01606, USA •
••
• Ph 1-508-852-5400 •
••
• Fax 1-508-852-8456
www.idt.com DSSF0915BA02620S Rev - 20-April-2009
ECN 36378 Page 2 of 3
SPECIFICATION
Parameter Min Typ Max Units
Center Frequency (Fc)
1
- 914.5 - MHz
Maximum Insertion Loss (910.5 to 918.5 MHz) - 2.8 4 dB
Amplitude Ripple (910.5 to 918.5 MHz) - 0.5 2.0 dB p-p
Attenuation
(Reference level from maximum insertion loss)
10 to 830 MHz 45 52 - dB
830 to 893.5 MHz
36 45 - dB
893.5 to 895.5 MHz
27 40 - dB
959 to 980 MHz 32 45 - dB
980 to 1200 MHz 42 47 - dB
Source Impedance - 50 - ohms
Load Impedance - 50 - ohms
Ambient Temperature
- 25 - ° C
MAXIMUM RATINGS
Parameter Min Max Units
Storage Temperature Range
-40 85 ˚C
Operating Temperature
-20 65 ˚C
Input Power Level
- 10 dBm
DC Voltage
- 5 V
MATCHING CIRCUIT
Notes:
1. Filter to operate in a single ended system
2. External matching components are not required.
914.5 MHz SAW Filter
16 MHz Bandwidth
Part Number: SF0915BA02620S
IDT •
••
• SAW Products •
••
• 324 Clark Street, Worcester, MA 01606, USA •
••
• Ph 1-508-852-5400 •
••
• Fax 1-508-852-8456
www.idt.com DSSF0915BA02620S Rev - 20-April-2009
ECN 36378 Page 3 of 3
PACKAGE OUTLINE
MARKING SUGGESTED FOOTPRINT
All specifications are believed to be accurate and reliable. However, MNC reserves the right to make changes without notice.
© 2007 All rights reserved.
ISO 9001
Registered
Units:
mm
Pin Configuration:
Input: 2
Output: 6
Ground: 1, 3, 4, 6, 7, 8
Package Material:
Body: Al
2
O
3
ceramic
Lid: Kovar, Ni plated
Terminations: Au
plating 1 µm min,
over a 1.3-8.9 µm Ni plating
