Texas Instruments TRF1500 manual Figures, Tables

Page 7

 

Figures

 

Figure 1. TRF1500 Dual-Band Receiver Block Diagram

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Figure 2. Cascaded Block Diagram of the Low-Band Receiver Section

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Figure 3. Voltage Divider at Low-Band LNA Input

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Figure 4. Low-Band LNA Input Configuration

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Figure 5. Low-Band LNA Output Configuration

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Figure 6. SAW Filter Insertion Loss

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Figure 7. Low-Band Mixer RF Input Configuration

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Figure 8. Low-Band Mixer LO Input Configuration

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Figure 9. Low-Band IF Output Configuration

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Figure 10. Low-Band Buffer Amplifier Output Configuration

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Figure 11. Block Diagram of the High-Band Receiver Section

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Figure 12. High-Band RF Input Configuration

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Figure 13. High-Band LO Frequency Doubler Driven Configuration

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Figure 14. High-Band LO Directly Driven Configuration

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Figure 15. High-Band IF Output Configuration

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Figure 16. High-Band LO Buffer Amplifier Output Configuration

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Figure 17. Transmit Mixer Block Diagram

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Figure 18. Low- and High-Band Transmit Mixer RF Input Configuration

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Figure 19. Low- and High-Band Transmit Mixer IF Output Configuration

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Figure 20. Test Bench Setup: Power Conversion Gain, Power Conversion Gain

 

 

Reduction, 1dB RF Input Compression Point, Second Order Input Intercept

 

 

Point (IIP2), 2x2 Spur Performance, 3x3 Spur Performance, Image rejection

 

 

and LO Buffer Output Power

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Figure 21. Test Bench Setup: Third Order Input Intercept Point (IIP3), 1dB Blocking

 

 

Point Measurements

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Figure 22.

Test Bench Setup: Noise Figure

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Figure 23.

Test Bench Setup: Power Leakage LO In to RF In

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Figure 24. Test Bench Setup: Power Leakage RF In to LO In Measurements

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Figure 25.

Test Bench Setup: LNA Noise Figure Measurements

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Figure 26. Test Bench Setup: LNA Third Order Input Intercept Point (IIP3) Measurement75

Figure 27.

Test Bench Setup: LNA 1dB Input Compression Point

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Tables

 

Table 1.

Pin Descriptions

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Table 2.

Control State and the Corresponding Active Circuits

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Table 3. LB LNA, LB Mixer, SAW Filter, and LB IF Amp Parameters

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Table 4. HB LNA, HB mixer, HB IF amp

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Table 5. Low-Band Transmit Performance Parameters

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Table 6. High-Band Transmit Mixer Performance Parameters

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Table 7.

Low-Band LNA Parameters

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Table 8.

Low-Band Receiver Mixer Parameters

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Contents TRF1500 Integrated Dual-Band RF Receiver User’s Guide Important Notice Trademarks PIC Telephone Contents Appendix a Test Bench Configuration Tables FiguresAbstract TRF1500 Integrated Dual-Band RF Receiver User’s GuideIngl E Chip Anal OG AS E B Product SupportWorld Wide Web Related DocumentationIntroduction External Components Design ConsiderationsBoard Design and Impedance Matching TRF 1500 Dual-Band Receiver TRF1500 Dual-Band Receiver Block DiagramPin Number Name Description Pin DescriptionsStrong Signal Control State and the Corresponding Active Circuits TRF1500 Control StateCascaded Block Diagram of the Low-Band Receiver Section Low-Band LNA Turn on Time Low-Band LNALow-Band LNA Output Low-Band LNA InputSurface Acoustic Wave SAW Filter Low-Band LNA Output ConfigurationLow-Band Mixer RF Input Low-Band MixerLow-Band if Output Low-Band Mixer LO InputLow-Band LO Buffer Amplifier Output Low-Band if Output ConfigurationLow-Band Buffer Amplifier Output Configuration Low-Band Cascaded Test Guide LOW-Band Cascaded Power Conversion GainLB LNA, LB Mixer, SAW Filter, and LB if Amp Parameters Low-Band Cascaded Power Conversion Gain Reduction Low-Band Cascaded Noise Figure TRF1500 Integrated Dual-Band RF Receiver User’s Guide Low-Band Cascaded LO Input Return Loss Low-Band Cascaded RF Input Return LossLow-Band Power Leakage LO In to RF LOW Band LO Buffer Output PowerLow-Band Cascaded Third Order Input Intercept Point IIP3 Low-Band Cascaded 1dB RF Input Compression Point Low-Band Cascaded 1dB Blocking Point Block Diagram of the High-Band Receiver Section High-Band LO Input High-Band RF InputHigh-Band LO Frequency Doubler Driven Configuration High-Band if Output High-Band if Output ConfigurationHigh-Band LO Buffer Amplifier Output High-Band LO Buffer Amplifier Output ConfigurationHigh-Band Cascaded Test Guide High-Band Cascaded Power Conversion GainHB LNA, HB mixer, HB if amp High-Band Cascaded Power Conversion Gain Reduction High-Band Cascaded Image Rejection High-Band Cascaded Noise Figure High-Band Cascaded RF Input Return Loss High-Band LO Buffer Output Power High-Band Cascaded Third Order Input Intercept Point IIP3 High-Band Cascaded Power Leakage LO In to RFHigh-Band Cascaded 1dB Input Compression Point High-Band Cascaded 2X2 Spur Performance High Band 3X3 Spur Performance Low- and High-Band Transmit Mixer Low-Band and High-Band TransmitLow-Band and High-Band Transmit Mixer RF Input Low- and High-Band Transmit Mixer if Output Configuration Low- and High-Band Transmit Mixer RF Input ConfigurationLow-Band Transmit Mixer Test Guide Low-Band Transmit Mixer Power Conversion GainLow-Band Transmit Performance Parameters Low-Band Transmit Mixer Noise Figure Low-Band Transmit Mixer Input Return Loss Low-Band Transmit Mixer Power Leakage TX In to LO Low-Band Transmit Mixer Power Leakage LO In to TXLow-Band Transmit Mixer 1dB Input Compression Point See Appendix a Test Bench Setups See Appendix a Test Bench Setups High-Band Transmit Mixer Performance Parameters High-Band Transmit Mixer Test GuideLow-Band LNA Parameters Low-Band LNA Stand-Alone Test GuideLow-Band LNA Gain Low-Band LNA Input Return LossLow-Band LNA Isolation Low-Band LNA Output Return LossLow-Band LNA 1dB Input Compression Point Low-Band LNA Noise Figure Low-Band LNA Third Order Input Intercept Point IIP3 TRF1500 Integrated Dual-Band RF Receiver User’s Guide Low-Band Receiver Mixer Stand-Alone Test Guide Low-Band Receiver Mixer Power Conversion GainLow-Band Receiver Mixer Parameters Low-Band Receiver Mixer Input Return Loss Low-Band Receiver Mixer Noise Figure Low-Band Receiver Mixer Power Leakage LO In to RFTRF1500 Integrated Dual-Band RF Receiver User’s Guide Low-Band Receiver Mixer 1dB RF Input Compression Point 12.2 11.4 10.4 ←1dB Compression Point TRF1500 Integrated Dual-Band RF Receiver User’s Guide Appendix a Test Bench Configuration Test Bench Setup Noise Figure Test Bench Setup Power Leakage RF In to LO In Measurements Test Bench Setup LNA 1dB Input Compression Point