SPUR TABLES
THE SPUR NUMBERS below represent the typical numbers one would see for downconversion.  The numbers shown are for a -10 dBm input. The spur suppression is decreased for lower RF power levels by (n-1).  For example if the 2RF x 2LO spur is typically 40 dBc for a -10 dBm input, then for a -20 dBm input the level is (2-1) x 10 dB lower, or 50 dBc.


Double-Balanced:  M1/M3/M4/M8/M9
Spurious Suppression (Typical) - dBc

	5R	100	100	90	110	95
	4R	80	95	95	100	90
RF Input @ -10dBm	3R	50	70	55	70	60
	2R	55	50	50	50	50
	1R	0	20	10	25	20
		1L	2L	3L	4L	5L

Triple-Balanced: M2's - Sine-Wave LO-Drive
Spurious Suppression (Typical) - dBc

	5R	100	110	130	120	110
	4R	95	100	110	90	100
RF Input @ -10 dBm	3R	65	80	80	80	65
	2R	55	55	60	60	65
	1R	0	30	15	30	20
		1L	2L	3L	4L	5L

Triple-Balanced:  M2's - Square Wave LO-Drive
Spurious Suppression (Typical) - dBc

	5R	100	110	130	120	110
	4R	95	100	110	90	100
RF Input @ -10 dBm	3R	80	80	90	90	80
	2R	55	67	60	70	75
	1R	0	20	10	20	18
		1L	2L	3L	4L	5L

Triple-Balanced:  T3's - Sine-Wave LO-Drive
Spurious Suppression (Typical) - dBc

	4R	100	100	100	100	100
LO Input @ +25 dBm	3R	90	100	75	90	90
	2R	70	55	70	70	75
RF Input @ -10 dBm	1R	0	20	10	20	15
		1L	2L	3L	4L	5L

Triple-Balanced:  T3's - Square-Wave LO-Drive
Spurious Suppression (Typical) - dBc

	4R	100	100	100	100	100
LO Input @ +25 dBm	3R	100	100	100	100	100
	2R	80	90	90	90	90
RF Input @ -10 dBm	1R	0	40	15	30	20
		1L	2L	3L	4L	5L