MP1T MITEL [Mitel Networks Corporation], MP1T Datasheet
MP1T
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MP1T Summary of contents
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... AGC IOUT VEEA IFINB IFIN IVCCA QOUT VEEC Fig. 1 Pin allocation ORDERING INFORMATION SL1711/KG/MH1P (Sticks) SL1711/KG/MH1Q (Tape and Reel) SL1711B/KG/MP1S (Sticks) SL1711B/KG/MP1T (Tape and Reel) SL1711 VCCB VCODIS VCO B A VCO VEEB PSCAL PSCALB VCCC MH16 VCCB ...
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SL1711 QUICK REFERENCE DATA Characteristic Input noise figure, DSB Maximum conversion gain Minimum conversion gain IP3 output referred 2T Output clip voltage Gain match up to 22MHz Gain match up to 30MHz Phase match up to 30MHz Gain flatness up ...
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FUNCTIONAL DESCRIPTION The SL1711 is a wideband quadrature downconverter, optimised for application in both professional and consumer digital satellite receiver systems and requiring a minimum external component count. It contains all the elements required for construction of a quadrature demodulator, ...
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SL1711 +j0.2 0 -j0.2 START 350 MHz 4 +j1 +j0.5 0.2 0.5 1 -j0.5 -j1 Fig.3 Typical RF input impedance Marker 1 480MHz Zreal = 96 Zimag = 54 +j2 X -j2 STOP 650 MHz ...
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Fig.4 Typical AGC characteristic +j0.5 +j0 0 -j0.2 1 1MHz 2 15MHz -j0.5 3 30MHz Fig. 5 Typical baseband output impedance AGC CONTROL VOLTS ...
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SL1711 IFINB IF Input I & Q baseband output Prescaler outputs 6 IFIN Vcc O/P Vcc O/P Fig. 6 I/O port peripheral circuitry VCO VCO 2x20k Vref VCO 55k VCODIS Vref VCO disable input 50k AGC Vref AGC input ...
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SL1711 7 ...
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SL1711 8 Fig.8 Fig.9 ...
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SL1711 9 ...
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SL1711 10 Fig. 11 Fig. 12 ...
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APPLICATION NOTES These application notes should be read in conjunction with circuit diagrams contained in Fig. 7 and 10, and a recommended front end tuner solution contained in Fig. 13. These boards have been designed to demonstrate performance and to ...
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SL1711 I & Q baseband outputs The SL1711 offers a greatly improved drive capability over the SL1710 and as such is much less sensitive to the load conditions still important however to carefully balance the loads presented to ...
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Programming of Synthesisers A SP5611 synthesiser is used to set the frequency of the SL1711 VCO 480MHz. Since the SL1711 incorporates a divide by 32 the synthesised frequency that the SP5611 must be programmed to is 480/32=15MHz. Example a) To ...
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SL1711 RF I/P from LNB I/P TUNER Filter (SL2015) 950MHz 2.15GHz Tank circuit PLL SYNTH. options (SP5658) (3w bus) (SP5055 bus) (SP5655 bus) (SP5659 bus) Note: All ICs shown in Fig. ...
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ELECTRICAL CHARACTERISTICS Test conditions (unless otherwise stated amb = 0V, Vcc = 4.75 to 5.25 V, Fif = 479.5 MHz, IF bandwidth These characteristics are guaranteed by either ...
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SL1711 ELECTRICAL CHARACTERISTICS (continued) Test conditions (unless otherwise stated amb = 0V, Vcc = 4.75 to 5.25 V, Fif = 479.5 MHz, IF bandwidth +- 22 MHz These ...
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ABSOLUTE MAXIMUM RATINGS All voltages are reffered to Vee at 0V Characteristics Supply voltage, Vcc IFFIN &IFINB input voltage IFIN & IFINB input DC offset IOUT & QOUT DC offset AGC DC offset VCO1 & offset VCODDIS DC ...
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North America Tel: +1 (770) 486 0194 Fax: +1 (770) 631 8213 Information relating to products and services furnished herein by Mitel Corporation or its subsidiaries (collectively “Mitel”) is believed to be reliable. However, Mitel assumes no liability for errors ...