Chapter 1: Purpose of This Document (continued)

 

Table 1.1 LEMS detector system summary

 

	Channel	Logic	Sectors	Accum. time(s) @ 1024 bits
LEMS 30*	P1	M1(M2)(F)	4*,8+	3*,1.5+
(M,F)	P2	M2(M3)(F)	4*,8+	3*,1.5+
LEMS 10+	P3	M3(M4)(F)	4*,8+	3*,1.5+
(M',F')	P4	M4(M5)(F)	4*,8+	3*,1.5+
	P5	M5(M6)(F)	4*,8+	6*,1.5+
~0.48 cm2 sr	P6	M6(M7)(F)	4*,8+	6*,3+
	P7	M7 (M8)(F)	4*,8+	6*,3+
	P8	M8 (F)	4*,8+	6*,3+
LEMS 30	DE1	B1a(B2)(C)	4	6
(B,C)		B1b(B2)(C)	4	6
~0.05 cm2 sr	DE2	B2(B3)(C)	4	6
	DE3	B3(B4)(C)	4	6
	DE4	B4(B5)(C)	4	6

  

Notes:
*Sectors and accumulation times designated with * are associated with the LEMS30 system.
+Sectors and accumulation times designated with + are associated with the LEMS120 system.

 

Table 1.2 LEFS detector system summary

 

	Channel	Logic	Sectors	Accum. time(s) @ 1024 bits
LEFS 150*	P1	F1(F2)(M)	4*,8+	3*,1.5+
(M,F)	P2	F2(F3)(M)	4*,8+	3*,1.5+
LEFS 60*	P3	F3(F4)(M)	4*,8+	3*,1.5+
(M',F')	P4	F4(F5)(M)	4*,8+	3*,1.5+
	P5	F5(F6)(M)	4*,8+	6*,1.5+
~0.48 cm2 sr	P6	F6(F7)(M)	4*,8+	6*,3+
	P7	F7(M)	4*,8+	6*,3+
Singles	S1	Det. B,C,D		12
LEMS 30	S2	Det. M,F,M',F'		12

 

 

Table 1.3 Composition aperture summary

  

	Channel	Logic(1)	Passband(2)	Sectors	Accum. time(s) @1024 bit/s
CA 60	W1	C1 D1(C2)(D2)(B1)	0.35-1.0 MeV protons	8	3
	W2	C2 D1(C4)(D2)(B1)(S1)	1.0-2.0 MeV protons	8	3
	W3	D2(D3)(C3)(B1)&[C2 or S1]	0.35 - 1.0 MeV/nuc. He	8	3
	W4	C3 D1 S1(C4)(D3)(B1)	1.0-5.0 MeV/nuc. He	8	3
	W5	C2 D3(C4)(D4)(B1)	~0.3-1.7 MeV/nuc. CNO	8	3
	W6	C4 D2 S2(D4)(S3)(B1)	~1.7-10 MeV/nuc. Fe	8	3
	W7	C2 D4(C4)(B1)	~0.2-1.0 MeV/nuc. Fe	8	3
	W8	C4 D3 S3(B1)	~1.0-15 MeV/nuc. Fe	8	3
	Z2	D2(C1)(B1)	≥0.5 MeV Z≥2	4	6
	Z2A	D3(C1)(B1)	≥10.0 MeV Z≥14	4	6
	Z3	D5(B1)	≥2.8 MeV Z≥6	4	6
	Z4	D4	≥9.0 MeV Z≥10	4	6

 

Notes:
(1)Logical anticoincidence required is shown in parentheses.
(2)The passbands given here are provisional and subject to refinement as in-flight calibrations are completed.

 

  

Next: Chapter 1 (continued): Table 1.4