NTE949 Dual Audio OP Amplifier/Preamplifier 8-Pin Metal Can

Info as pdf-file

Integrated Circuit Dual Audio Operational Amplifier/Preamplifier
8-PIN METAL CAN

Description:

The NTE949 consists of two identical high gain OP amps constructed on a single 8-Lead Metal Can type package. These three-stage amplifiers use Class A PNP transistor output stages with uncommitted collectors. This enables a variety od loads to be employed for general purpose applications from DC to 10MHz, where two high performance operationa amplifiers are required. In addition, the outputs may be wored-OR for use as a dual comparator or they may function as diodes in low threshold rectifying circuits such as absolute value amplifiers and peak detectors.

Features:

• Single or Dual Supply Operation
• Low Power Consumption
• High Gain:  25,000 V/V
• Large Common Mode Range:  +11V, -13V
• Excellent Gain Stability vs. Supply Voltage
• No Latch-Up
• Output Short Circuit Protected

Absolute Maximum Ratings:

Supply Voltage, V+, V-		±18V
Internal Power Dissipation (TA = +70°C), PD		500mW
Derate Above 70°C		6.8mW/°C
Input Differential Voltage, VID		±5V
Input Common-Mode Range (Note 1), VICR		±15V
Operating Temperature Range, Topr		0° to +70°C
Storage Temperature Range, Tstg		-65° to +150°C
Lead Temperature (During Soldering, 60sec max), TL		+300°C
Output Short-Circuit Duration (TA = +25°C, Note 2), tOS		30sec

Note 1.	For supply voltages less than ±15V, the absolute maximum input voltage is equal to the supply voltage.
Note 2.	Short circuit may be to GND oer either supply.

Electrical Characteristics: (T_A = +25°C, V+ = ±15V, R_L = 5k Ohm to Pin7 unless otherwise specified)

Parameter	Symbol	Test Conditions		Min	Typ	Max	Units
Input Offset Voltage	VIO	RS = 200 Ohm		-	1.0	6.0	mV
			TA = 0° to +70°C	-	1.0	9.0	mV
			V+ = ±4V, RL = 10k Ohm to Pin7	-	-	6.0	mV
Input Offset Current	IIO			-	50	750	nA
		TA = +70°		-	0.5	1.5	µA
		TA = 0°		-	0.5	1.5	µA
		V+ = 4V, RL = 10k Ohm to Pin7		-	50	600	µA
Input Bias Current	IIB			-	0.3	1.5	µA
		TA = +70°		-	0.3	3.0	µA
		TA = 0°		-	0.3	3.0	µA
		V+ = 4V, RL = 10k Ohm to Pin7		-	0.3	1.5	µA
Input Resistance	ri			50	150	-	k Ohm
Large Signal Voltage Gain	AV	VOUT = ±10V		15000	50000	-	V / V
		V+ = ±4V, RL = 10k Ohm to Pin7, VOUT = ±2V		15000	60000	-	V / V
Positive Output Voltage Swing	VO			+12	+13	-	V
		TA = 0° to +70°		+12	+13	-	V
		V+ = ±4V, RL = 10k Ohm to Pin7		+2.5	+2.8	-	V
Negative Output Voltage Swing	VO			-14	-15	-	V
		TA = 0° to +70°		-14	-15	-	V
		V+ = ±4V, RL = 10k Ohm to Pin7		-3.6	-4.0	-	V
Output Resistnce	ro	f = 1kHz		-	5.0	-	k Ohm
Common Mode Rejection Ratio	CMRR	RS = 200 Ohm, VIN = +11.5V to -13.5V		70	90	-	dB
Supply Voltage Rejection Ratio	PSRR	RS = 200 Ohm		-	50	350	µV / V
Input Voltage Range	VI			-13	-	+11	V
Internal Power Dissipation		VOUT = 0		-	180	330	mW
			V+ = ±4V, RL = 10k Ohm to Pin7	-	20	-	mW
Supply Current	ICC, IEE	VOUT = 0		-	9.0	14.0	mA
			V+ = ±4V, RL = 10k Ohm to Pin7	-	2.5	-	mA
Broadband Noise Figure		RS = 10k Ohm, BW = 10Hz to 10kHz		-	2.5	-	dB
Turn-On Delay	ton	Open Loop, VIN = ±20mV		-	0.2	-	µs
Turn-Off Delay	toff	Open Loop, VIN = ±20mV		-	0.3	-	µs
Slew Rate (Unity Gain)	SR	C1 = 0.02µF, R1 = 33 Ohm, C2 = 10pF		-	1.0	-	V / µs
Channel Separation		RS = 1k Ohm, f = 10kHz		-	140	-	dB
Input Offset Voltage Drift		RS = 200 Ohm	+25°C </= TA </= +70°C	-	3.0	-	µV / °C
			0°C </= TA </= +25°C	-	3.0	-	µV / °C

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