Texas Instruments TRF1500 - Manual (Page 6)

Contents
High-Band Cascaded: Power Conversion Gain Reduction ...................................... 41
High-Band Cascaded: Image Rejection................................................................... 42
High-Band Cascaded: Noise Figure ........................................................................ 43
High-Band Cascaded: RF Input Return Loss .......................................................... 44
High-Band: LO Buffer Output Power ....................................................................... 45
High-Band Cascaded: Power Leakage LO In to RF In ............................................ 46
High-Band Cascaded: Third Order Input Intercept Point (IIP3) ................................ 46
High-Band Cascaded: 1dB Input Compression Point .............................................. 47
High-Band Cascaded: 2X2 Spur Performance ........................................................ 48
High Band: 3X3 Spur Performance ......................................................................... 49
Low-Band and High-Band Transmit .......................................................................... 50
Low- and High-Band Transmit Mixer ....................................................................... 50
Low-Band and High-Band Transmit Mixer RF Input ................................................ 50
Low- and High-Band Transmit Mixer IF Output ....................................................... 51
Low-Band Transmit Mixer Test Guide ....................................................................... 52
Low-Band Transmit Mixer: Power Conversion Gain ................................................ 52
Low-Band Transmit Mixer: Noise Figure ................................................................. 53
Low-Band Transmit Mixer: Input Return Loss.......................................................... 54
Low-Band Transmit Mixer: Power Leakage LO In to TX In ...................................... 55
Low-Band Transmit Mixer: Power Leakage TX In to LO In ...................................... 55
Low-Band Transmit Mixer: 1dB Input Compression Point ....................................... 56
Low-Band Transmit Mixer: Second Order Input Intercept Point (IIP2) ..................... 57
Low-Band Transmit Mixer: Third Order Input Intercept Point (IIP3) ......................... 58
High-Band Transmit Mixer Test Guide ...................................................................... 59
Low-Band LNA Stand-Alone Test Guide ................................................................... 60
Low-Band LNA: Gain .............................................................................................. 60
Low-Band LNA: Input Return Loss .......................................................................... 60
Low-Band LNA: Output Return Loss ....................................................................... 61
Low-Band LNA: Isolation......................................................................................... 61
Low-Band LNA: 1dB Input Compression Point ........................................................ 61
Low-Band LNA: Noise Figure .................................................................................. 62
Low-Band LNA: Third Order Input Intercept Point (IIP3).......................................... 63
Low-Band Receiver Mixer Stand-Alone Test Guide ................................................. 65
Low-Band Receiver Mixer: Power Conversion Gain ................................................ 65
Low-Band Receiver Mixer: Input Return Loss ......................................................... 66
Low-Band Receiver Mixer: Power Leakage LO In to RF In...................................... 67
Low-Band Receiver Mixer: Noise Figure ................................................................. 67
Low-Band Receiver Mixer: 1dB RF Input Compression Point.................................. 69
Low-Band Receiver Mixer: Third Order Input Intercept Point (IIP3) ......................... 70
Appendix A: Test Bench Configuration..................................................................... 72