TUA6039 Infineon Technologies Corporation, TUA6039 Datasheet
TUA6039
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TUA6039 Summary of contents
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Published by Infineon Technologies AG 81726 München, Germany © Infineon Technologies AG 2007. All Rights Reserved. Legal Disclaimer The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics (“Beschaffenheitsgarantie”). With respect ...
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... The Half NIM was developed with a real 3 band tuner concept, designed without switching diodes based on the Infineon’s 3 band tuner IC, TUA6039-2 which has 3 mixers, 3 oscillators, separated SAW driver input, PLL and crystal oscillator buffer for optimum digital front-end performance. The IC is particularly suitable for COFDM applications like DVB-T and ISDB-T that require stringent close-in phase noise ...
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... UHF RF Block.........................................................................................................5 1.3. VHF High RF Block................................................................................................5 1.4. VHF Low RF Block................................................................................................5 1.5. Oscillator Resonator, PLL Loop Filter and Phase Noise.........................................6 1.6. IF Block...................................................................................................................8 2. PCB................................................................................................................................9 3. TUA6039-2 One Chip Multimedia Tuner IC with IF Amplifier...................................9 3.1. Highlights................................................................................................................9 3.2. Block Diagram.......................................................................................................10 4. Alignment....................................................................................................................11 4.1. Alignment Setup....................................................................................................11 4.2. Alignment Procedures...........................................................................................13 5. Half NIM Electrical Characteristics............................................................................14 6 ...
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... Tracking traps of pre-stages and capacitive image frequency compensation of band filters reject especially image frequencies. The conversion done in the one-chip tuner-PLL IC, TUA6039-2. TUA6039 real 3 band tuner IC which has all the active parts for the 3 mixers, 3 oscillators, an SAW driver and IF amplifier, the complete PLL functions including 4 PNP ports & ...
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Application Notes Revision 3.0 1.2. UHF RF Block With the wide range ultra linear varactor diode BB565 it has become possible to design an UHF band without coupling diodes and without compensating coils for extending the frequency ratio in the ...
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Application Notes Revision 3.0 1.5. Oscillator Resonator, PLL Loop Filter and Phase Noise The Oscillator tank circuits were carefully optimized for oscillator range, stability and phase noise. The layout is also optimized to prevent any kind of unwanted parasitic oscillation. ...
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... vco = 68 Farad 2 ) π × × Application Engineering May 2007 ( GHz to produce TUA6039-2 can T , maximum frequency step, f ref (2) (3) Communication Solutions IFAP COM Tuner Systems (Loop BW ...
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... DC lines should be well-protected from coupling from IF lines. 1.6. IF Block TUA6039-2 has separated mixer outputs and SAW driver inputs to realize an IF filter of band pass filter structure that helps much better adjacent channel rejection. Especially in simul-casting signal environment as in Fig. big advantage combined with internal AGC of TUA6039-2 to efficiently suppress strong adjacent PAL signals ...
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... The core of the half NIM is the one-chip MOPLL IC TUA 6039-2, which works from 3.3V~5V. The following are some of the outstanding features: Advancement and New Features of TUA6039-2: • Loop-Thru Function Simplifies Alignment and Production Process There would be no longer external damping resistors which is necessary to disable the IF filter test the RF filter performance and characteristics • ...
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... In the block diagram the internal structure of the IC is shown in Fig.6. Fig. 6 Block Diagram of TUA6039-2 (VQFN48) TUA6039-2 combines a mixer-oscillator block with a digitally programmable phase locked loop (PLL) for use in broad band multimedia front-end applications. The mixer-oscillator block includes three mixers (one mixer with an unbalanced high-impedance input and two mixers with a balanced low-impedance input), two 2-pin asymmetrical oscillators for the LOW and the MID band, one 4-pin symmetrical oscillator for the HIGH band amplifier, a reference voltage source, and a band switch ...
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Application Notes Revision 3.0 4. Alignment 4.1 Alignment Setup Sweep generator: Rhode & Schwarz polyscope RF Out Lin. Amplifier Input VSWR Bridge Activ Detector DUT IF Out This is an example of analog tuner alignment setup. The same setup can ...
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... NIM while damping resistor to be added to the IF filter to show the real RF curve; 2. Due to the new Loop_Through function of TUA6039, tuner/half NIM alignment can also be done without implementation of the internal test pin or requirement of the damping resistor at the IF filter. The measurement equipment, i.e. Spectrum analyzer or network analyzer can be directly connected to the tuner/half NIM IF output via a BALUN to perform the measurement and alignment. In order to monitor the RF characteristic, the Loop_Through set to “ ...
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Application Notes Revision 3.0 4.2 Alignment Procedures Some coils should be pre-formed before starting alignment to align easily. Also all the coils must be checked whether they are in the right form, not distorted abruptly. 1. Current consumption and Tuning ...
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Application Notes Revision 3.0 5. Half NIM Electrical Characteristics: Unless otherwise specified, all data are measured in conditions of supply voltage of 3.3 V ± 5%, AGC voltage of 3.0 V ± 5%, ambient temperature of 25 º C ± ...
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... N ± 1 Channel / disturbing voltage producing Xmod N±2 Channel / disturbing voltage producing Xmod All Measurement data in the following pages are based on 3.3V operation voltage and TUA6039 typical sample. ※ To use Vcc at 3.3V, set R48 to 0 Ohm; To use Vcc at 5.0V, set R48 to 150 Ohms 6 ...
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Application Notes Revision 3.0 -75 -80 -85 -90 -95 -100 -105 -110 -115 51 121 192 Charge Pump Setting: VHF Low 51MHz~ 79MHz 128MHz~142MHz VHF High 164MHz~220MHz 378MHz~418MHz UHF 450MHz~498MHz 754MHz~858MHz Phase Noise 262 338 418 498 Frequency (MHz) 50uA ...
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Application Notes Revision 3 7.5 7 6.5 6 5.5 5 4.5 4 3.5 3 Power Gain Power Gain Frequency (MHz) Noise Figure Noise Figure Frequency (MHz) 17 Application Engineering May 2007 Communication Solutions ...
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Application Notes Revision 3 VHF Low VHF High UHF Frequency (MHz) VHF Low VHF High UHF Fre que ncy (M Hz) 18 Application Engineering May 2007 ...
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Application Notes Revision 3.0 98.5 95 91.5 88 84.5 81 77.5 74 70.5 67 63.5 60 56.5 53 105 100 Image Rejection Image Rejection Frequency (MHz) IF Rejection IF Rejection Frequency (MHz) 19 Application ...
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Application Notes Revision 3.0 1dB Compression Point 140 130 120 110 100 155 145 135 125 115 105 95 85 1dB IN 1dB OUT Frequency (MHz) IP3 IIP3 OIP3 Frequency (MHz) 20 Application Engineering May 2007 Communication ...
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... DVB-T ATSC Hybrid -66 -71 -76 Referring to the schematic diagram of the reference mini half nim with TUA6039-2, the loop filter and its post filter is configured according to following component values: DVB-T: Main Loop Filter Config: Post Filter Config: ATSC: Main Loop Filter Config: ...
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... Reference Divider Ratio 80 128 Tuner PLL control software, WinPLL is also available along with the evaluation board & the reference tuner Please refer to chapter 5.2 of TUA6039-2 data sheets for more details of IIC programming 10 . with 4MHz Quartz MSB bit6 bit5 bit4 ...
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Application Notes Revision 3.0 7. Component List and Ordering Information Designators Footprint Passive Devices General Devices C1 0402 C2 0402 C3 0402 C4 0402 C5 0402 C6 0402 C7 0402 C8 0402 C9 0402 C10 0402 C11 0402 C12 0402 ...
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Application Notes Revision 3.0 Designators Footprint C36 0402 C37 0402 C38 0402 C39 0402 C41 0402 C42 0402 C43 0603 C44 0603 C45 0603 C46 0603 C47 0402 C48 0402 C49 0402 C50 0402 C51 0603 C52 0402 C53 0402 ...
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Application Notes Revision 3.0 Designators Footprint C77 0402 C79 0402 C80 0402 C81 0402 C82 0603 C83 0603 C84 0402 C85 0603 C87 0402 C88 0402 C89 0402 C90 0402 C91 0402 C92 0402 C93 0402 C94 0402 C100 0603 ...
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Application Notes Revision 3.0 Designators Footprint R15 0402 R16 0402 R17 0402 R18 0603 R19 0402 R20 0603 R21 0603 R22 0603 R23 0603 R25 0603 R26 0402 R27 0603 R28 0402 R29 0603 R30 0603 R31 0402 R32 0603 ...
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Application Notes Revision 3.0 Designators Footprint L10 0805 L11 L12 L13 0805 L14 L15 L16 L18 L19 L20 L21 L22 L24 L25 L26 L27 L28 L29 L30 0603 L31 L32 L33 L34 0805 ...
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... VD14 SCD-80 VD15 SCD-80 Mechanincal Devices RF Input Connector SMT C1 Female Interface Pin C2 RECOMMENDED TESTING ADAPTOR MMCX male to BNC female Value Tolerance TUA6039-2 BF5030W BG5120K BC847CW BAS70-04W BZX384-C33 BB565 BB659C BB565 BB565 BB689 BB565 BB565 BB659C BB659C BB565 BB689 BB689 BB689 BB659C ...
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Application Notes Revision 3.0 1) All the coils are full-turn or half-turn types. The Unit of the Diameter of Coil & Wire is 'mm'; 2) The SMD component list above is made with reference to the tuner with 1 x ...
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Application Notes Revision 3 Circuit and Layout 8.1 Circuit diagram 30 Application Engineering May 2007 Communication Solutions IFAP COM Tuner Systems ...
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Application Notes Revision 3.0 8.2 Layout Fig. 9 Component Side View Fig. 10 Air Coils Side View 31 Application Engineering May 2007 Communication Solutions IFAP COM Tuner Systems ...
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Application Notes Revision 3.0 8.3 Pin Layout and Outline Dimension To give an impression of the real sized tuner, a layout of the tuner PCB is given in Fig. 11. The pin layout of the Mini Tuner is described as ...
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Application Notes Revision 3.0 9. Automatic Tuner Test Setup of the Team This automatic tuner set-up consists of the following RF measurement equipment: Hewlett-Packard 8970B noise meter Hewlett-Packard 53131A frequency counter Rohde&Schwarz FSEA30 spectrum analyzer Rohde&Schwarz FMA modulation analyzer HP ...
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... C65 33p CAS 20 SCL 21 SDA C74 33p C66 33p Q1 4MHz B C63 C64 4n7 4n7 A Infineon Technologies Asia Pacific IFAP COM TU SYSTEM Tuner Application Laboratory Singapore Project: DVB-T Mini Half NIM with TUA6039 V3.0 Date: December 31st, 2006 7 8 ...
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