MAC		Positive	Negative
	     centroid  width centroid  width

2a:d0:06	17449	12.1	47808	12.1
2a:d0:10	17416	12.3	47532	12.4
2a:d4:b7	17498	13.7	47530	12.9
2a:d9:b6	17536	12.4	47506	12.5
2a:ed:8f	17402	14.3	47679	14.1
2a:ed:a2	17735	10.8	47764	11.4
2b:09:d1	17284	10.6	47840	12.1
2b:09:da	17499	11.8	47480	11.8
2b:11:b8	17331	12.1	47592	12.1
2b:11:b9	17458	12.4	47526	12.2
2b:11:c6	17590	10.3	47235	10.7
2b:11:df	17371	10.2	47672	10.2
2b:27:4b	17372	12.2	47708	12.5

mean		17457   11.9	47606	12.1
sigma	          119	 1.3	  164	 1.0

2 * sigma    1.6% FSR    22% 2.2% FSR    17%


Setup
-----

BNC PB-5 Pulser
	amplitude 5.0000V
	attenuator x1
	decay time 1ms
	frequency 100Hz

AIDA FEE PCB adaptor (rev. 1)
	ac coupling 10n
	test 10p (50 Ohm terminator)
	
AIDA hardware
	1x 3 slot crate (3 slots populated, 1 FEE64 powered)
	FTS RS44LT recirculating chiller (set point +20 deg C)
	1x AIDA PSU
	FEE64 Gbit ethernet to T9 8-port switch

Grounding
	Grounding cable from NIM bin to FEE adaptor PCB ground
	(Lemo-00 casing)

	No other measures

ASIC
	MEC, shaping time 0x01 (1us)

	Configration files:

	/home/npg/aida_tests/MEC_pos_input/default.dat
	/home/npg/aida_tests/MEC_neg_input/default.dat

FEE64
	firmware 1a1c500c

Notes
-----

The rev. 1 AIDA FEE adaptor PCBs used capacitor arrays
and manual component placement - the PCBs were notably
noisy and unreliable. We now use discretes and have a
placement machine.

	- the noise measurements above should be regarded
	  as non-optimal.
	- channels #1, 3, 61, 63 were notworking due to
	  faulty test capacitors

The shaping time used is also non-optimal. For example,
for FEE64 2b:27:4b changing the shaping time from 0x01
to 0x08 changed the peak width from 12.5 to 8.9 ch FWHM.