The gain stage is designed to give you that extra bump of power. The layout is generic enough to use nearly any SOT86 or SOT89 active or resistor biased gain stage. The one chosen is probably the best available: 5V active biased, SOT89. Reading the datasheet will help you set the values if you want to fine tune the jammer for a specific frequency of operation. For resistor biased gain stages, replace the ferrites with appropriate valued resistors.

*SXA-389B	Q2, Q3	SOT89 MMIC gainstage	RFMW sample	2	$3.59	$7.18
22nH 0603 wirewound	L7	RF choke for ~2GHz	Digikey	1	$0.40	$0.40
33nH 0603 wirewound	L8	RF choke for ~1GHz	Digikey	1	$0.42	$0.42
1206 Ferrite bead	R27, R28	Noise reducing ferrites	Digikey	2	$0.12	$0.24
18 ohm 0603 resistor	R23-R26	Tee network attenuator	Digikey	4	$0.07	$0.28
68 ohm 0603 resistor	R32	Tee attenuator (may have to adjust)	Digikey	1	$0.07	$0.07
68pF 0603 capacitor	C40, C42	Blocking capacitor for ~2Ghz	Digikey	2	$0.03	$0.08
100pF 0603 capacitor	C41, C43	Blocking capacitor for ~1GHz	Digikey	2	$0.03	$0.08
1000pF 0603 capacitor	C44, C47	Bypass capacitors	Digikey	2	$0.03	$0.06
0.1uF 0603 capacitor	C46, C49,	Bypass capacitors	Digikey	2	$0.15	$0.30
22pF 0603 capacitor	C45	Filter capacitor for ~2GHz	Digikey	1	$0.04	$0.04
68pf 0603 capacitor	C48	Filter capacitor for ~1GHz	Digikey	1	$0.03	$0.03
Total:						$2-$10

	Get all the components necessary
	Solder in all the components. The final output capacitor should go either to the external antenna pads (straight) or the internal antennas (right angles)