TMXW404

SAW Filters TMX W404 SAW Bandpass Filter – Digital TV Application Tentative Specification (Rev-1) Technical overview ..............................................................P01 Configuration ........................................................................P01 Package Drawing ..................................................................P02 TMX W404 SAW Bandpass Filter – Digital TV Application Tentative Specification (Rev 1) Operating Temperature Range: [-10°C to +85°C] March 2nd, 2005 Electrical Parameters Source Impedance (balance drive) Load Impedance (balance drive) Center Frequency fo Absolute Attenuation 500 to 860 MHz 1000 MHz to 1065 MHz 1180 MHz to 1200 MHz 2050 MHz to 2200 MHz Attenuation relative to IL at 1028 MHz Maximum Insertion Loss in 1104 MHz - 1136 MHz Amplitude Ripple in 1104 MHz - 1136 MHz Group Delay Ripple in 1104 MHz - 1136 MHz Return Loss Input Balance (S11 = S22) in 1104 MHz - 1136 MHz Output Balance (S11 = S22) in 1104 MHz - 1136 MHz Phase Shift (S31= S42) in 1104 MHz - 1136 MHz Package type & size Length x Width Height Pin Out Input Case Ground 1, 2 4, 8 Unit Ω||nH Ω||nH MHz dB dB dB dB dB dB dB ns dB % % ° mm² mm Output Minimum 50 55 32 48 58 14 - Typical (1) 200 || 39 200 || 39 1120 55 60 38 53 62 3.5 0.5 12 ±10 ±10 2 3.8 x 3.8 1.3 5, 6 3, 7 Maximum - 4.0 1.0 1.5 To Be Grounded Notes : (1) Typical values are nominal performances at room temperature CONFIGURATION Input Balance Drive 31 Output Balance Drive GND 1 TEME X r e se rv es th e r i g h t to m o di fy h er ei n s pe c i f i c a t i o n s a n d in form a t i o n s a t a ny t ime w hen ne ce ssa r y t o pr ov ide o p t im u m p er form a n ce an d c o st. TMX W404 SAW Bandpass Filter – Digital TV Application Tentative Specification (Rev 1) March 2nd, 2005 Maximum Ratings Rating Operating Temperature Range Storage Temperature Range Source Power DC Voltage TA Unit -40 to +85 -40 to +85 0 0 Value °C °C dBm V PACKAGE DRAWING 2 TEME X r e se rv es th e r i g h t to m o di fy h er ei n s pe c i f i c a t i o n s a n d in form a t i o n s a t a ny t ime w hen ne ce ssa r y t o pr ov ide o p t im u m p er form a n ce an d c o st.