tel : +44 118 979 1238 fax : +44 118 979 1283 email: info@actcrystals.com in keeping with our ongoing policy of product evolvement and improvement, the above specification is subject to change without notice. iso9001: 2000 registered for quotations or further information please contact us at: 3 the business centre, molly millars lane, wokingham, berks, rg41 2ey, uk http://www.actcrystals.com 1 of 3 the ACTR8001/868.3/dcc6c is a true one-port, surface-acoustic-wave ( saw ) resonator in a surface-mount ceramic dcc6c case. it provides reliable, fundamental-mode, quartz frequency stabilization i.e. in transmitters or local oscillators operating at 868.300 mhz. 1.package dimension (dcc6c) 2. 3.equivalent lc model and test circuit 4.typical application circuits 1) low-power transmitter application 2) local oscillator application pin configuration 2 input / output 5 output / input 1,3,4,6 ground sign data (unit: mm) sign data (unit: mm) a 0.6 e 1.1 b 1.5 f 3.0 c 1.5 g 3.0 d 1.8 issue : 1.1 c1 date : march 2010
tel : +44 118 979 1238 fax : +44 118 979 1283 email: info@actcrystals.com in keeping with our ongoing policy of product evolvement and improvement, the above specification is subject to change without notice. iso9001: 2000 registered for quotations or further information please contact us at: 3 the business centre, molly millars lane, wokingham, berks, rg41 2ey, uk http://www.actcrystals.com 2 of 3 5.typical frequency response 6.temperature characteristics 7.performance 7-1.maximum ratings rating value unit cw rf power dissipation 0 dbm dc voltage between terminals 30v vdc case temperature -40 to +85 c soldering temperature +250 c 7-2.electronic characteristics characteristic sym minimum typical maximum unit absolute frequency f c 868.150 868.450 mhz centre frequency (+25 c) tolerance from 868.300 mhz d f c 150 khz insertion loss i l 1.5 2.2 db unloaded q q u 9,400 quality factor 50 w loaded q q l 1,500 turnover temperature t 0 25 55 c turnover frequency f 0 f c khz temperature stability frequency temperature coefficient ftc 0.03 ppm c / 2 frequency aging absolute value during the first year | fa | 10 ppm/yr dc insulation resistance between any two terminals 1.0 m w motional resistance r m 19 29 w motional inductance l m 32.7347 m h motional capacitance c m 1.0274 ff rf equivalent rlc model shunt static capacitance c 0 2.1 2.4 2.7 pf issue : 1.1 c1 date : march 2010
tel : +44 118 979 1238 fax : +44 118 979 1283 email: info@actcrystals.com in keeping with our ongoing policy of product evolvement and improvement, the above specification is subject to change without notice. iso9001: 2000 registered for quotations or further information please contact us at: 3 the business centre, molly millars lane, wokingham, berks, rg41 2ey, uk http://www.actcrystals.com 3 of 3 i caution: electrostatic sensitive device. observe precautions for handling! 1. the centre frequency, f c , is measured at the minimum il point with the resonator in the 50 test system. 2. unless noted otherwise, case temperature t c = +25c2c. 3. frequency aging is the change in f c with time and is specified at +65c or less. aging may exceed the specification for prolonged temperatures above +65c. typically, aging is greatest the first year after manufacture, decreasing in subsequent years. 4. turnover temperature, t 0 , is the temperature of maximum (or turnover) frequency, f 0 . the nominal frequency at any case temperature, t c , may be calculated from: f = f 0 [1 - ftc (t 0 - t c ) 2 ]. 5. this equivalent rlc model approximates resonator performance near the resonant frequency and is provided for reference only. the capacitance c 0 is the measured static (non-motional) capacitance between the two terminals. the measurement includes case parasitic capacitance. 6. derived mathematically from one or more of the following directly measured parameters: f c , il, 3 db bandwidth, f c versus t c , and c 0 . 7. the specifications of this device are based on the test circuit shown above and subject to change or obsolescence without notice. 8. typically, equipment utilizing this device requires emissions testing and government approval, which is the responsibility of the equipment manufacturer. 9. our liability is only assumed for the surface acoustic wave (saw) component(s) per se, not for applications, processes and circuits implemented within components or assemblies. issue : 1.1 c1 date : march 2010
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