SF1600BA03269S SAW Filter 1600 MHz SAW Bandpass Filter, 0.5 MHz Bandwidth • 3 x 3 mm Ceramic LCC, 6 Pads • RoHS Compliant These filters are manufactured on quartz, which provides optimal temperature performance and are available from 80 -1600 MHz. This TCRF is designed for narrowband IF filtering such as in satellite transponders, directional finders and anti-jam modems. Other packaging styles are available for more rugged environments and applications. Standard part numbers as well as custom solutions are available. Please contact sales for more information. TYPICAL PERFORMANCE Center = 1600 MHz, 2.5 MHz/div (15.6 kHz incr) 8/2012 SPECIFICATION Parameter Min Typ Max Units Nominal Center Frequency Minimum Insertion Loss Nominal Delay 1 dB Bandwidth Lower 1 dB Frequency Upper 1 dB Frequency 3 dB Bandwidth 20 dB Bandwidth Rejection (1000-1597 MHz) Rejection (1603-2000 MHz) Phase Deviation (1600 ± 0.25 MHz) Group Delay Ripple (166 ± 0.25 MHz) Source and Load Impedance 0.8 1600.25 1.0 20 20 - 1600 7.5 0.4 1.0 1599.48 1600.52 1.35 3.6 30 28 8 75 50 10 1599.75 20 200 MHz dB µs MHz MHz MHz MHz MHz dB dB deg ns ohm Notes: 1. This specification applies across the whole operating temperature range (below). Allowance has been made for the movement of the response from sample to sample and with temperature change. 2. All quoted dB levels other than the insertion loss are relative to the peak of the response. MAXIMUM RATINGS Parameter Min Max Units Storage Temperature Range Operating Temperature Range Input Power Level -40 0 - 85 70 10 °C °C dBm MATCHING CIRCUIT Notes: • Recommend ± 2% toleranced components. Typical inductor Q=40. • Values shown are for reference only. Actual values are dependent upon board layout. 8/2012 PACKAGE OUTLINE SUGGESTED FOOTPRINT Units: mm Tolerances are as shown. Pad Configuration: Input: 2 Output: 5 Ground: 1, 3, 4, 6 Package Material: Body: Al2O3 ceramic Lid: Kovar, Ni plated Terminations: Au plating 1 µm min, over a 1.3 - 8.9 µm Ni plating +1 888.553.7531 apitech.com/microwave +1 855.294.3800 www.apitech.com 8/2012