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N0402P00042C6 Datasheet

AD7864-1 Figure 2 shows the analog input section of the AD7864-1. Each input can be configured for +5 V or +10 V operation on the AD7864-1. For+5 V (AD7864-1) operation, the VINXA and VINXB inputs are tied together and the input voltage is applied to both. For+10 V (AD7864-1) operation, the VINXB input is tied to AGND and the input voltage is applied to the VINXA input. The VINXA and VINXB inputs are symmetrical and fully inter- changeable. Thus for ease of PCB layout on the +10 V range, the input voltage may be applied to the VINXB input while the VINXA input is tied to AGND.
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INPUTS				OUTPUTS
Dn	b	E1	MR	an	a,
L	L	L	L	L	H
X	H	X	L	Latched' Latched'	Latched* Latched'
X	×	X	H	L	H

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PARAMETER	TEST CONDITIONS	MIN	TYP	MAX	UNITS
Overall Section
Supply Current, Sleep	SOFTSTART = OV; TA=250C		30	75	uA
Supply Current, Operating			8.5	12	mA
Supply Current, Standby	UC2874-1, -2, UC3874-1, -2		2.5	3.5	mA
Supply Current, Standby	UC1874-1, -2			5.5	mA
Vcc Turn-on Threshold	UCX874-2		10	10.5	v
Vcc Turn-on Threshold	UCX874-1		4.5	4.8	v
Vcc Turn-off Threshold	UCX874-2	8.2	9		v
Vcc Turn-off Threshold	UCX874-1	4.1	4.4		v
Voltage Amplifier Section
Input Voltage	TA= 250C	1.97	2	2.03	v
VSNS Bias Current		-500	25	500	nA
Transconductance	ICOMp = +lOyA to -10yA, UC3874 -1, -2; UC2874-1, -2	400	675	1000	U Mho
Transconductance	ICOMp = +5pcA to -5pLA, UC1874-1,-2	250	675	1250	pxMho
VOUT High		2.8	3.1	3.25	v
VOUT Low	SB= VREF			1.85	v
Output Source Current	VOUT = 1V; UC3874-1,-2; UC2874-1,-2	10	35		UA
Output Source Current	VOUT = 1V; UC1874 -1,-2	5	35		UA
Current Amplifier Section
Input Offset Voltage	VCOMP= 2.5V	-6	0	6	mV
Input Bias Current (SENSE)	VCM= 2.5V	-500		500	nA
Open Loop Gain	VCM = 2.5V, VOUT = 1V t0 3.5V	80	1 10		dB
VOUT High	RCAOUT = 100k to GND, TA = 25aC	3.6	3.7		v
VOUT Low	RCAOUT = 100k to VREF, TA = 250C		0.7	0.86	v
Output Source Current	VOUT = OV, TA = 250C	80	100	120	UA
Common Mode REJ Ratio	VCM= 2V t0 3V	70	90		dB
Gain Bandwidth Product	FIN = lOOkHz, lOmV p-p	2	3.5		MHz
Reference Section
Output Voltage	IREF = OmA, TA = 250C	2.462	2.5	2.538	v
Output Voltage	IREF= OrfiA	2.437	2.5	2.563	v
Load Regulation	IREF = OmA t0 5mA		2	±15	mV
Line Regulation	VCC = 12V t0 24V		2	±15	mV
Short Circuit Current	VREF= OV	10	20	25	mA
Oscillator Section
Initial Accuracy	TA= 250C	85	100	1 15	kHz
Voltage Stability	Vcc = 12V t0 18V		1	1.5	%
Total Variation	Line, Temperature	80		120	kHz
Ramp Amplitude (p-p)	TA= 250C	2.48	2.7	2.85	v
Ramp Valley Voltage	TA= 250C	0.86	0.95		v
Sleep/Soft Start/Bootstrap Section
Sleep Threshold	Measured on SS, TA = 250C	0.25	0.6	0.8	v
SS Charge Current	Vss= 2.5V	4	6	10	UA
SS Discharge Current	Vss= 2.5V	0.5	0.8		mA

PARAMETER	CON DITIONS		LTKOOIA MIN TYP MAX	LTKO01 MIN TYP MAX	UNITS
TotaITemperature Error @250C		Type E	0.75	2.5	oC
(Note 2)		TypeJ	0.75	2.5	oC
		Type K,T	0	2.5	oC
		Type R,S	(Note 11) 5.0	5.0	oc
Slope Error (Notes 3 and 8)	OoCsTjs700C	Type E	0.05	0.09	oC/oC
		TypeJ	0	0	oc/oC
		Type K,T	0.07	0.10	oC/oC
		Type R,S	0.28	0.32	oC/oC
TotaITemperature Error at	OoCsTjs700C	Type E	2.0	5	oC
Temperature Extremes (Note 8)		TypeJ	2.1	5	oC
		Type K,T	2.6	5.2	oC
		Type R,S	(Note 11) 16	16	oC
	-550C<Tjs1250C	Type E	6	8.5	oC
		TypeJ	6	8.5	oC
		Type K,T	6.3	9	oC
		TypeRS	(Note 11) 30	30	oC
Temperature Error Change with Supply Voltage (Note 4)			0.1	0.1	oCN
Supply Current			480 900	480 900

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