Table DAQ-2000

MODEL		Analog Inputs							Analog Outputs				Digital I/O				Pdf (kB)
MODEL		Channels		Res (bits)	Speed (max) (Samples/sec)	Sim/ Mux²	Range (min/max)	Gain List³	Ch	Res (bits)	Speed (S/s)	Range (min/max)	DIO I/O	Speed	C/T	Trig⁴	Pdf (kB)
DAQ-2005		4	^d	16	250,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D	255
DAQ-2006		4	^d	16	500,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D
DAQ-2010		4	^d	14	2,000,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D
DAQ-2016		4	^d	16	800,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D
DAQe-2010		4	^d	14	2,000,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D	230
DAQe-2016		4	^d	16	800,000	S	1.25/10V	-	2	12	1M	±10V	32	-	2	A/D	230
DAQ-2204		64	¹	12	3,000,000	M	0.05/10V	512	2	12	1M	±10V	28	-	2	A/D	223
DAQ-2205		64	¹	16	500,000	M	0.05/10V	512	2	12	1M	±10V	28	-	2	A/D
DAQ-2206		64	¹	16	250,000	M	0.05/10V	512	2	12	1M	±10V	28	-	2	A/D
DAQ-2208		96	¹	12	3,000,000	M	0.05/10V	1024	-	-	-	-	24	-	-	A/D	208
DAQ-2213		16	¹	16	250,000	M	1.25/10V	512	-	-	-	-	24	-	2	A/D	264
DAQ-2214		16	¹	16	250,000	M	1.25/10V	512	2	12	1M	±10V	24	-	2	A/D	264
DAQ-2501		8	^S	14	400,000	M	±10V	-	4	12	1M	±10V	24	-	2	A/D	218
DAQ-2502		4	^S	14	400,000	M	±10V	-	8	12	1M	±10V	24	-	2	A/D	218
NOTES	¹	Halve the number of channels if you configure the inputs as differential (better noise immunity)
	^d	Differential inputs only (negative connection is not grounded)
	^S	Single Ended inputs only (all inputs share a common ground)
	²	Simultaneous acquisition (one A/D converter per channel), or multiplexed operation (single A/D converter)
	³	Channel Gain List for non-sequential channel scan and independent channel gain
	⁴	A/D = choice of analog level or digital trigger; D = digital trigger
	⁵	Ping-pong mode: Halve the sampling speed when using two channels simultaneously
	ⁱ	Isolated