TSF1842D50-S9

TSF295D00-D1 TOKEN | Alldatasheet

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SAW Filters (TSF) SAW Filters (TSF) Make New Waves in The Wireless World Preview With the growth of wireless communications, SAW filters have become a critical component for electronics manufacturers. Token develops and manufactures a complete line of our frequency control products utilizing industry standard packages in both Surface Mount and Through Hole designs. Token provides innovative low-cost, space-saving and energy-efficient designs with high volume off-shore manufacturing, leading technology and superior engineering resources in design and process manufacturing. Token’s SAW filters support all the major standards: EGSM, DCS, AMPS/CDMA/GSM850, PCS, WCDMA, WLAN, GPS, within the standard range of devices, offering a cost-effective solution for all applications. A new compact range of RF SAW filters uses chip-scale packaging specifically to address the demanding miniaturisation and performance requirements for new generations of mobile phones. Key features of the range include compatibility with lead-free (high-temperature) solder reflow while achieving high reliability against moisture, temperature, mechanical vibrations and shocks. In modern remote control applications, SAW resonators and front end filters are key components which transmit in the USA typically at 315 or 915 MHz and in Europe at 433.92 MHz or 868-870 MHz. These remote controls are used in systems for Remote Keyless Entry (RKE, wireless operation of a car’s central locking system), security alarms and garage door openers, electronic toll, RFID, short range data transmission, wireless Tire Pressure Monitoring (TPMS). Token SAW components provide stable frequencies for the RF carrier signal to transmit data over a range for the local oscillators of superhet receivers. The front-end filter in the receiver eliminates interference from the incoming RF signal, thus increasing selectivity and sensitivity in short-range devices. Our experienced engineering team can support your SAW application from the initial design through production. Custom designs are available utilizing high technology mask designs, wafer fabrication, assembly and complete reliability testing. For marketing discontinuations or second sourcing activities concerning RF Filter and IF Filter products, you are encouraged to contact our Sales Department so the request can be properly directed within Token. SAW RF / IF Filters Technology TOKEN

SAW Filters for Automotive Electronics & Remote Control - Front end filters are key components which transmit in the USA typically at 315 or 915 MHz and in Europe at 433.92 MHz or 868-870 MHz In modern remote control applications. Part Number Center Freq. (MHz) IL (dB) 3dB BW (MHz) Package SMD Type DIP Type TSF295D00-D1 295 3.0 0.6 TO-39 TSF302D00A-S4 302 2.5 0.75 QCC8C TSF302D00B-S7 302 2.5 0.75 DCC6 TSF303D825A-D1 303.825 3.0 0.6 TO-39 TSF303D825B-S4 303.825 3.0 0.6 QCC8C TSF303D875A-D1 303.875 3.0 0.6 TO-39 TSF303D875B-S4 303.875 3.0 0.6 QCC8C TSF310D00-S4 310 3.0 0.8 QCC8C TSF315D00A-D1 315 3.0 0.6 TO-39 TSF315D00B-D2 315 3.0 0.6 F-11 TSF315D00C-S4 315 3.0 0.6 QCC8C TSF315D00D-S4 315 2.5 1.3 QCC8C TSF315D00E-S6 315 2.5 1.3 QCC8B TSF315D50-D1 315.5 3.0 0.6 TO-39 TSF318D00-D1 318 3.0 0.6 TO-39 TSF319D50-D1 319.5 2.5 0.7 TO-39 TSF345D00A-S6 345 2.5 4.5 QCC8B TSF345D00B-S4 345 3.0 0.9 QCC8C TSF372D50-D1 372.5 3.0 0.6 TO-39 TSF390D00-S4 390 3.0 1.0 QCC8C TSF391D25-D1 391.25 2.5 0.6 TO-39 TSF395D00-S4 395 3.0 1.0 QCC8C TSF401D65-S4 401.65 3.0 0.6 QCC8C TSF401D90-D1 401.9 3.0 0.6 TO-39 TSF418D00A-D1 418 3.0 0.6 TO-39 TSF418D00B-S4 418 3.0 0.6 QCC8C TSF419D20-S4 419.2 3.0 1.2 QCC8C TSF430D50A-D1 430.5 3.0 0.6 TO-39 TSF430D50B-D2 430.5 3.0 0.6 F-11 TSF431D50A-D2 431.5 2.5 0.58 F-11 TSF431D50B-S4 431.5 2.5 0.58 QCC8C TSF433D42A-S4 433.42 3.5 0.6 QCC8C TSF433D42B-S7 433.42 3.0 0.9 DCC6 TSF433D92A-D1 433.92 3.0 0.6 TO-39 TSF433D92B-D1 433.92 2.0 0.73 TO-39 TSF433D92C-D2 433.92 3.0 0.6 F-11 TSF433D92D-S4 433.92 3.0 0.6 QCC8C TSF433D92E-S4 433.92 2.0 0.73 QCC8C TSF433D92F-S4 433.92 2.5 0.6 QCC8C SAW for Automotive Electronics & Remote Control Typical Specification TOKEN

SAW Filters for Automotive Electronics & Remote Control - Front end filters are key components which transmit in the USA typically at 315 or 915 MHz and in Europe at 433.92 MHz or 868-870 MHz In modern remote control applications. Part Number Center Freq. (MHz) IL (dB) 3dB BW (MHz) Package SMD Type DIP Type TSF295D00-D1 295 3.0 0.6 TO-39 TSF302D00A-S4 302 2.5 0.75 QCC8C TSF302D00B-S7 302 2.5 0.75 DCC6 TSF303D825A-D1 303.825 3.0 0.6 TO-39 TSF303D825B-S4 303.825 3.0 0.6 QCC8C TSF303D875A-D1 303.875 3.0 0.6 TO-39 TSF303D875B-S4 303.875 3.0 0.6 QCC8C TSF310D00-S4 310 3.0 0.8 QCC8C TSF315D00A-D1 315 3.0 0.6 TO-39 TSF315D00B-D2 315 3.0 0.6 F-11 TSF315D00C-S4 315 3.0 0.6 QCC8C TSF315D00D-S4 315 2.5 1.3 QCC8C TSF315D00E-S6 315 2.5 1.3 QCC8B TSF315D50-D1 315.5 3.0 0.6 TO-39 TSF318D00-D1 318 3.0 0.6 TO-39 TSF319D50-D1 319.5 2.5 0.7 TO-39 TSF345D00A-S6 345 2.5 4.5 QCC8B TSF345D00B-S4 345 3.0 0.9 QCC8C TSF372D50-D1 372.5 3.0 0.6 TO-39 TSF390D00-S4 390 3.0 1.0 QCC8C TSF391D25-D1 391.25 2.5 0.6 TO-39 TSF395D00-S4 395 3.0 1.0 QCC8C TSF401D65-S4 401.65 3.0 0.6 QCC8C TSF401D90-D1 401.9 3.0 0.6 TO-39 TSF418D00A-D1 418 3.0 0.6 TO-39 TSF418D00B-S4 418 3.0 0.6 QCC8C TSF419D20-S4 419.2 3.0 1.2 QCC8C TSF430D50A-D1 430.5 3.0 0.6 TO-39 TSF430D50B-D2 430.5 3.0 0.6 F-11 TSF431D50A-D2 431.5 2.5 0.58 F-11 TSF431D50B-S4 431.5 2.5 0.58 QCC8C TSF433D42A-S4 433.42 3.5 0.6 QCC8C TSF433D42B-S7 433.42 3.0 0.9 DCC6 TSF433D92A-D1 433.92 3.0 0.6 TO-39 TSF433D92B-D1 433.92 2.0 0.73 TO-39 TSF433D92C-D2 433.92 3.0 0.6 F-11 TSF433D92D-S4 433.92 3.0 0.6 QCC8C TSF433D92E-S4 433.92 2.0 0.73 QCC8C TSF433D92F-S4 433.92 2.5 0.6 QCC8C SAW for Automotive Electronics & Remote Control Typical Specification TOKEN

SAW for Digital Satellite Broadcasting SAW Filters for Digital Satellite Broadcasting (DSB Receiver) - Television and radio broadcasting is being progressively digitized worldwide. The benefits are obvious: superior sound and picture quality, and many more channels to choose from. Token offers matching SAW filters for all digital broadcasting systems. Part Number Center Freq. (MHz) IL (dB) 3dB BW (MHz) Application Package SMD Type DIP Type TSF480D00A-D5 480 21 18 One-channel, Satellite Filters TO39-2 TSF480D00B-S4 480 21 18 One-channel, Satellite Filters QCC8C TSF480D00C-D5 480 22.5 27 One-channel, Satellite Filters TO39-2 TSF480D00D-S4 480 22.5 27 One-channel, Satellite Filters QCC8C TSF480D00E-D5 480 20 27 One-channel, Satellite Filters TO39-2 TSF480D00F-D5 480 21 36 One-channel, Satellite Filters TO39-2 TSF480D00G-S4 480 21 36 One-channel, Satellite Filters QCC8C TSF480D00H-D1 480 15 16 One-channel, Satellite Filters TO-39 TSF480D00I-S4 480 12.5 15.3 One-channel, Satellite Filters QCC8C TSF480D00J-D5 480 22 38.6 One-channel, Satellite Filters TO39-2 TSF479D50A-D5 479.5 21.5 8 One-channel, Satellite Filters TO39-2 TSF479D50B-S4 479.5 21.5 8 One-channel, Satellite Filters QCC8C TSF479D50C-D5 479.5 18 6.5 One-channel, Satellite Filters TO39-2 TSF479D50D-D2 479.5 22 16 (5.5 dB) One-channel, Satellite Filters F-11 TSF479D50E-S4 479.5 22 16 (5.5 dB) One-channel, Satellite Filters QCC8C TSF402D78B-S4 402.78 20.5 / 20.0 15.5 /

28.0 Two-channel, Satellite Filters QCC8C

SAW for Automotive Electronics & Remote Control Typical Specification TOKEN

Saw for GPS Mobile Communications Part Number Center Freq. (MHz) BW (MHz) IL(dB) Package SMD Type DIP Type TSF1542D50-S9 1542.50 40 3.5 DCC6C TSF1575D42A-S9 1575.42 2.4 1.6 DCC6C TSF1575D42B-S6 1575.42 2.4 1.6 QCC8B RF Filters for GPS Typical Specification TOKEN

Saw for WLAN Mobile Communications Part Number Center Freq. (MHz) 3db BW (MHz) IL(dB) Package SMD Type DIP Type TSF280D00-S4 280 20 11 QCC8C TSF374D00A-D1 374 22 9 TO-39 TSF374D00B-D1 374 22 8.5 TO-39 TSF374D00C-S4 374 22 9 QCC8C TSF374D00D-S4 374 22 8.5 QCC8C TSF374D00E-S4 374 19 9 QCC8C TSF374D00F-S4 374 20.5 9 QCC8C TSF374D00G-S6 374 23 9 QCC8B TSF374D00H-S6 374 21 9 QCC8B IF Filters for Wireless LAN Typical Specification TOKEN

Saw RF Filters for Cellular Phone Part Number Center Freq. (MHz) BW (MHz) IL (dB) System Package SMD Type DIP Type TSF452D50-S7 452.5 5.0 2.1 CDMA450 TX DCC6 TSF462D50-S7 462.5 4.6 2.5 CDMA450 RX DCC6 TSF455D00-S7 455.0 5.0 2.1 CDMA450 TX DCC6 TSF465D00-S7 465.0 4.6 2.5 CDMA450 RX DCC6 TSF481D25-S7 481.25 4.5 1.8 CDMA450 TX DCC6 TSF491D25-S7 491.25 4.5 2.4 CDMA450 RX DCC6 TSF836D50-S9 836.5 25 2.7 AMPS / CDMA TX DCC6C TSF881D50-S9 881.5 25 2.7 AMPS / CDMA RX DCC6C TSF897D50A-S7 897.5 26 3.0 EGSM TX DCC6 TSF897D50B-S7 897.5 30 2.7 EGSM TX DCC6 TSF942D50-S7 942.5 30 2.7 EGSM RX DCC6 TSF900D00A-S7 900 30 2.7 EGSM TX DCC6 TSF900D00B-S9 900 30 2.7 EGSM TX DCC6C TSF945D00A-S7 945 30 2.7 EGSM RX DCC6 TSF945D00B-S9 945 30 2.7 EGSM RX DCC6C TSF902D50A-S9 902.5 30 2.7 GSM TX DCC6C TSF902D50B-S7 902.5 25 3.0 GSM TX DCC6 TSF947D50A-S9 947.5 30 2.7 GSM RX DCC6C TSF947D50B-S7 947.5 25 3.0 GSM RX DCC6 TSF1747D50-S9 1747.5 75 3.5 PCN / DCS TX DCC6C TSF1842D50-S9 1842.5 75 3.5 PCN / DCS RX DCC6C TSF1855D00-S9 1855.0 30 3.0 K-PCS RX DCC6C Typical Specification TOKEN

Saw RF Filters for Cordless Phone Part Number Center Freq. (MHz) BW (MHz) IL (dB) Package SMD Type DIP Type TSF903D65-S7 903.65 +2 3.8 DCC6 TSF915D00A-S7 915 26 3.5 DCC6 TSF915D00B-S9 915 26 3.5 DCC6C TSF915D00C-S9 915 26 3.5 DCC6C TSF915D00D-S7 915 26 3.5 DCC6 TSF915D00E-S9 915 7 3.2 DCC6C TSF915D00F-S7 915 7 3.0 DCC6 TSF926D25-S7 926.25 +2 3.5 DCC6 Note: 1. 1dB Bandwidth : 6.75 MHz (CH1~CH5) ; 6.50 MHz 2. Insertion Loss : 23.0 dB typical ; 6.50 dB typical (NDF25C) Typical Specification TOKEN

SAW Duplexers for Cordless Phone Part Number Lower Freq. (MHz) Upper Freq. (MHz) IL(dB) System Package SMD Type DIP Type TSF908D50A-S4 886 931 3.5 / 3.5 CT1+ QCC8C TSF908D50B-S4 886 931 3.5 / 3.5 CT1+ QCC8C TSF908D50C-S6 886 931 3.5 / 3.5 CT1+ QCC8B TSF908D50D-S6 886 931 3.5 / 3.5 CT1+ QCC8B TSF915D00A-S6 903 927 3.5 / 3.5 ISM band QCC8B TSF915D00B-S6 903 927 3.5 / 3.5 ISM band QCC8B TSF914D95A-S6 903.45 926.45 3.5 / 3.5 ISM band QCC8B TSF914D95B-S6 903.45 926.45 3.5 / 3.5 ISM band QCC8B TSF914D95C-D1 903.75 926.25 3.5 / 3.5 ISM band TO-39 TSF914D95D-D1 903.75 926.25 3.5 / 3.5 ISM band TO-39 TSF914D95E-S4 903.75 926.25 3.5 / 3.5 ISM band QCC8C TSF914D95F-S4 903.75 926.25 3.5 / 3.5 ISM band QCC8C TSF914D95G-S6 903.75 926.25 3.5 / 3.5 ISM band QCC8B TSF914D95H-S6 903.75 926.25 3.5 / 3.5 ISM band QCC8B TSF937D00A-D1 914.5 959.5 3.5 / 3.5 CT1 TO-39 TSF937D00B-D1 914.5 959.5 3.5 / 3.5 CT1 TO-39 TSF937D00C-S4 914.5 959.5 3.5 / 3.5 CT1 QCC8C TSF937D00D-S4 914.5 959.5 3.5 / 3.5 CT1 QCC8C TSF937D00E-S6 914.5 959.5 3.5 / 3.5 CT1 QCC8B TSF937D00F-S6 914.5 959.5 3.5 / 3.5 CT1 QCC8B Typical Specification TOKEN

SAW Filters for Pager Application Part Number Center Freq. (MHz) BW (MHz) IL(dB) Package SMD Type DIP Type TSF139D00-D2 139 +4.0 6.5 max. F-11 TSF147D00A-D2 147 +4.0 6.5 max. F-11 TSF147D00B-S4 147 +4.0 6.5 max. QCC8C TSF155D00A-D2 155 +4.0 6.5 max. F-11 TSF155D00B-S4 155 +4.0 6.5 max. QCC8C TSF163D00A-D2 163 +4.0 6.5 max. F-11 TSF163D00B-S4 163 +4.0 6.5 max. QCC8C TSF171D00A-D2 171 +4.0 6.5 max. F-11 TSF171D00B-S4 171 +4.0 6.5 max. QCC8C TSF281D00A-D2 281 +3.1 4.5 max. F-11 TSF281D00B-S4 281 +4.0 4.5 max. QCC8C TSF930D50A-D2 930.5 +2.0 4.5 max. F-11 TSF930D50B-S4 930.5 +2.0 4.5 max. QCC8C TSF930D50C-S7 930.5 +2.0 4.5 max. DCC6 Typical Specification TOKEN

SAW for Communication Equipment Part Number Lower Freq. (MHz) Upper Freq. (MHz) IL(dB) System Package SMD Type DIP Type TSF35D42-S2 35.42 1.9 (1dB) 17.5 GPS SMP-53 TSF96D00B-S3 96 5 (1dB) 13.5 3G BaseStation SMP-53-S TSF96D00C-S1 96 +10 8.5 3G BaseStation SMP-03 TSF110D00A-S4 110 2.12 (3dB) 3.5 GPS QCC8C TSF110D00B-S1 110 4.0 (3dB) 9.0 Wireless LAN / Bluetooth SMP-03 TSF110D00C-S1 110 0.66 (1dB) 12 SCDMA SMP-03 TSF110D592A-S4 110.592 +0.576 3.5 DECT QCC8C TSF110D592B-S1 110.592 +0.576 3.5 DECT SMP-03 TSF199D00-S3 199 +0.1 7.0 max. GSM BaseStation SMP-53-S TSF204D00-S1 204 0.7 (1dB) 10 SCDMA SMP-03 TSF240D00-S4 240 +3.85 11 Broadband QCC8C TSF243D95A-S7 243.95 +0.11 2.0 PHS DCC6 TSF243D95B-S7 243.95 +0.11 2.2 PHS DCC6 TSF243D95C-S9 243.95 +0.11 2.0 PHS DCC6C TSFD243D95D-S8 243.95 +0.11 2.0 PHS QCC8D TSF243D95E-S8 243.95 +0.11 2.2 PHS QCC8D TSF265D55-S8 265.55 +0.11 2.3 PHS QCC8D TSF426D00-S2 426 6.5 (3dB) 22 Broadband Access /VOFDM SMP-53 Typical Specification TOKEN

 SAW Filters Part Type  Center Freq.(MHz) Code Center Freq. 302D00 302 MHz 310D00 310 MHz 391D25 391.25 MHz  Series No.: None, A, B, C, D  Package: S1, S2, D1, D2, D3 SAW Filters (TSF) How to Order     302D00 ATSF S1 TOKEN

RF & IF Filter Applications RF Filters (front end) - The main key factor of insertion loss on system performance criticizes the application of resonant design principles such as LCRF (Longitudinally-Coupled Resonator Filter), IEF (Impedance ElementFilter), and IEF balanced bridge filters. With many year’s experience in SAW applications, Token takes advantages of these design principles for the development of low loss filters for front end applications. - A combination of two port resonators can be described as an LCRF design. Typically, a parallel connection of 4 two port resonators is used. This advantage allows very low loss by reducing resistive losses and avoided waveguide effects. - IEF composes the basic design principle for RF filters with one port resonators used as impedance elements. Resonators are constituted in a ladder configuration. The difference between the acoustic impedance of resonance and anti-resonance is used to achieved a filter performance. The resonators may be designed to have different resonant frequencies. - For wide-band, low-loss filters, Token takes advantage of different cuts of higher coupling substate material (LiNbO3 / LiTaO3).- TO-220 Style Power Package, Isolated Case, Non Inductive. IF Filters - There are various different design principles which are suitable for the design of IF SAW Filters. However, to meet the requirements perfectly is working on optimization. - Precision filter design meets most of the requirements such as phase ripple, group delay and low amplitude in combination with high close-in rejection and fabulous selectivity. The disadvantage of precision filters is their high insertion loss. Token SAW Resonator design makes low insertion loss and miniaturized package size served better. - SPUDT (Single Phase Unidirectional Transducer) filters combine transversal and resonant filter design principles to take advantage of optimization both. By optimizing the transduction and reflection of interdigital transducers, the filter performance can be improved while keeping the chip size the same. As a result of internal reflections, the signal length in the time domain is increased. - Token utilizes SFIT (Slanted Finger Interdigital Transducer) filter to provide a low insertion loss with a wide bandwith in SAW design. Token has developed a set of practical design tools to achieve low group delay ripple, and suppression of reflections including the triple transit signal. RF & IF Filter Applications TOKEN

SAW Grossary (TSF) 14 of 14 Back to 1st Page - Saw Filters (TSF) What is SAW - Surface Acoustic Wave - SAWs were first explained in 1885 by Lord Rayleigh, who described the surface acoustic mode of propagation and predicted its properties in his classic paper. Named after their discoverer, Rayleigh waves have a longitudinal and a vertical shear component that can couple with any media in contact with the surface.This coupling strongly affects the amplitude and velocity of the wave, allowing SAW sensors to directly sense mass and mechanical properties. What is IDT - Interdigital Transducer - The theory developed by Blotekjaer ET AL., (1973) is used to study a periodic system of conducting electrodes deposited upon the surface of a piezoelastic half space - a SAW IDT. It is assumed that some of the electrodes are fed by external voltage sources. Exact expressions are obtained for elements of the transadmittance matrix, coupling currents and electrode potentials. Numerical and experimental results are presented. Type of SAW devices - IEF - Impedance Element Filter - Precision - Bidirectional, High Loss - TCRF - Transversely-Coupled Resonator filter - LCRF - Longitudinally-Coupled Resonator Filter - SFIT - Slanted Finger Interdigital Transducer - SPUDT - Single Phase Unidirectional Transducer Type of SAW Applications - SONET - Synchronous Optical Network - DECT - Digital European Cordless Telephone - GSM - Global System for Mobile Communications - VCO - V oltage Controlled Oscillator - PCS - Personal Communication System - IF - Intermediate Frequency Filter - RF - Radio Frequency Filter - 3G - Third Generation Systems - PCN - Personal Communications Network - PHS - Personal Handyphone System - CDMA - Code Division Multiple Access - SCDMA - Synchronous Code Division Multiple Access - VOFDM - Vector Orthogonal Frequency Division Multiplexing - TDMA - Time Division Multiple Access - EGSM - Extended Global System for Mobile - AMPS - Advanced Mobile Phone System - GSM - Global System for Mobile Communications - SDH - Synchronous Digital Hierarchy - DCS - Digital Communications System - PDC - Personal Digital Cellular SAW Grossary TOKEN