Run Setup

The below setup is a change in wiring from Run 76, 77, 78 and 79.

Things to do:

The shorted line on the MotorX arm is all the way up to the Tower assembly ⇒ not related with SQUET used
the short on the phonon lines went away after I open the IVC bottom and there were movement near the SQUETS as I unplug the motor coil wires. ⇒ possibly SQUET+diverter+stripline connection issue

Non-working channels: link Cable 2 SQUID A, Cable 1 SQUID C&D, Cable 3 SQUID C

Prev Det TwistedPair Conn refer	New Det TwistedPair Conn	Tower	Cable	DCRC(2sided)	SQUID Bias, Offset	HV output, Side2-readout
Run 80 Channel Map
DIB1Q (Side1pE)	DIB1Q (Side1pE)	Face5pA	Cable 2 (includes LEDs and accessories) HV CONN1 Stripline 41 ZC-70	—		-
DIB1pB (Side1pB)	DIB3pA (Side1pF)	Face5pB			SQUID Bias= -71.8 uA, Lockpoint=-2.94 mV,	-
DIB1pA (Side1pD)	DIB4pC (Side1pA)	Face5pC			SQUID Bias= -81.1 uA, Lockpoint=-4.77 mV	-
DIB1pC (Side2pE)	~~DIB1pC (Side2pE)~~ DIB3pD (Side2pB)	Face5pD			SQUID Bias= -88.5 uA, Lockpoint=-2.78 mV	HV2pD

DIB3pC (Side2pC)	DIB3pC (Side2pC)	Face3pA	Cable 1 HV CONN2 Stripline 48 ZC-31	—	SQUID Bias= -58.1 uA, Lockpoint=-3.44 mV	HV2pA
DIB3pB (Side2pF)	DIB3pB (Side2pF)	Face3pB			SQUID Bias= -80.1 uA, Lockpoint=-3.95 mV	HV2pB
DIB3Q (Side1pC)	DIB3Q (Side1pC)	Face3pC			-	-
DIB3pA (Side1pF)	DIB1pA (Side1pD)	Face3pD			-	-

DIB3pD (Side2pB)	~~DIB3pD (Side2pB)~~ DIB1pC (Side2pE)	Face2pA	Cable 3 HV CONN3 Stripline 43 ZC-13	—	SQUID Bias= -89.0 uA, Lockpoint=-5.42 mV	HV1pA
DIB4pD (Side2pA)	DIB4pD (Side2pA)	Face2pB			SQUID Bias= -85.9 uA, Lockpoint=-4.13 mV	HV1pB
DIB4pC (Side1pA)	DIB1pB (Side1pB)	Face2pC			-	-
DIB1pD (Side2pD)	DIB1pD (Side2pD)	Face2pD			SQUID Bias= -88.2 uA, Lockpoint=-3.32 mV	HV1pD

* Top surface of detector is Side1 (since in Run 76, it is mentioned that the source was moved towards Side1pC)

Source orientation:

- The two end-posts on the 2d source mover is along a diagonal of the hexagonal housing (one corner to opposite corner). - The move from center to parking spot will trace a U-shaped curve towards the corner of the detector. - So, to keep the source above a single channel after a move, we can keep the orientation such that the corner where the source will reach after the movement is left-side of DIB1 so that the channel is Side1pD. -Other option is to chose the horizonal rightmost-corner which will make the single channel after move to be Side1pE. the endpost in this case is along the line dividing channel E and channel C

Tower Pin map:

Pin Number	Accessory
1	X-endstop
2	Y-endstop
3	-
4	-
5	-
6	-
7	Xarm pin4
8	Xarm Pin3
9	Xarm Pin2
10	Xarm Pin1
11	-
12	Yarm Pin1
13	Yarm Pin2
14	Yarm Pin3
15	Yarm Pin4
16	-

Tower checks

Run 80 Tower Electrical Checkout
Device	Label	Unit	Value
Face5pA	Side1pE	322Ω	326.1
Face5pB	Side1pF	135Ω	404.9
Face5pC	Side1pA	96.8Ω	97.5
Face5pD	Side2pE	137Ω	318.7

Face5LED1	pin-to-chassis	V	1.068
Face5LED2	pin-to-chassis	V	1.196

Face3pA	Side2pC	370Ω	375.4
Face3pB	Side2pF	507Ω	513.6
Face3pC	Side1pC	432Ω	436.6
Face3pD	Side1pD	398Ω	401.9
Face3pC-pD	same side inter	kΩ	1.383

Face2pA	Side2pB	316Ω	140.5
Face2pB	Side2pA	86Ω	87.0
Face2pC	Side1pB	142Ω	144.4
Face2pD	Side2pD	381Ω	386.7
Face2pA-chassis	detector shorts	Ω

Face6 1-2	Motor CoilY 1-2	kΩ	113
Face6 3-4	Motor CoilY 3-4	kΩ	112.7
Face66-7	Motor CoilX 3-4	kΩ	111.8
Face6 8_9	Motor CoilX 3-4	kΩ	110.5

Face6 6-chassis	Near Endstop	kΩ	5.685
Face6 7-chassis	Far Endstop	kΩ	22.48
Face6 12-13	Rox	kΩ	1.072

Channel Mapping for HV setup

Config: DCRC3 -> HV1(L) , DCRC1 -> HV2(R)

Config	DCRC	HV tag	Channel Name
1	DCRC3 pA	HV1 pA	Side2pE
1	DCRC3 pB	HV1 pB	Side2pA
1		HV1 pC	-
1	DCRC3 pD	HV1 pD	Side2pD
1	DCRC1 pA	HV2 pA	Side2pC
1	DCRC1 pB	HV2 pB	Side2pF
1		HV2 pC	-
1	DCRC1 pD	HV2 pD	Side2pB