NJM12904L SINGLE SUPPLY DUAL AMPLIFIER

Transcription

1 NJM9 SINGLE SUPPLY DUAL AMPLIFIER GENERAL DESCRIPTION The NJM9 is single-supply dual operational amplifier, which can operate from V supply. The features are low offset voltage, low bias current, and drive TTL or DTL circuit directly. The package lineup is DIP, DMP and others compact, which is SON, so that the NJM9 is suitable for audio for low voltage operation and any other kind of signal amplifier. FEATURES Operating Voltage (+V to +V) Input Offset Voltage (mv max.) Slew Rate (.7V/µs typ.) Operating Current (.7mA typ.) Bipolar Technology Package Outline PIN CONFIGURATION B DIP8,DMP8,EMP8, SSOP8,VSP8,SIP8 NJM9D/9M NJM9E/9V/9R EQUIVALENT CIRCUIT (/Shown) A - + B NJM9L PACKAGE OUTLINE NJM9D NJM9E NJM9R NJM9M NJM9V NJM9L PIN FUNCTION. A OUTPUT. A -INPUT. A +INPUT. GND. B +INPUT 6. B -INPUT 7. B OUTPUT 8. V + V + - INPUT +INPUT OUTPUT V -

2 NJM9 ABSOLUTE MAXIMUM RATING (Ta= C) PARAMETER SYMBOL RATINGS UNIT Supply Voltage V + V Differential Input Voltage V ID V Input Voltage V IC -. to + V (DIP8) Power Dissipation P D (DMP8) (EMP8) (SSOP8) (VSP8) mw (SIP8) 8 Operating Temperature Range Topr - to +8 C Storage Temperature Range Tstg - to + C ELECTRICAL CHARACTERISTICS ( V + =V, Ta= C) PARAMETER SYMBOL TEST CONDITION MIN. TYP. MAX. UNIT Operating Voltage Vopr - V Input Offset Voltage V IO R S =Ω - mv Input Offset Current I IO - na Input Bias Current I B - na Large Signal Voltage Swing A V R L kω - - db Maximum Output Voltage Range V OM R L =kω. - - V Input Common Mode Voltage Range V ICM to. - - V Common Mode Rejection Ratio CMR db Supply Voltage Rejection Ratio SVR - - db Output Source Current I SOURCE V + IN =V,V - IN =V - ma Output Sink Current I SINK V + IN =V,V - IN =V 8 - ma Channel Separation CS f=k to khz - - db Operating Current I CC R L = -.7. ma Slew Rate SR V/µs Gain Bandwidth Product GB -. - MHz

3 NJM9 TYPICAL CHARACTERISTICS NJM9 Operating Current v.s Operating Voltage NJM9 Input Offset Voltage v.s Operating Voltage Operating Current Icc (ma) Operating Voltage V+/V- (V) Input Offset Voltage Vio (mv) Operating Voltage V+/V- (V) NJM9 Input Bias Current v.s Operating Voltage NJM9 Maximum Output Voltage Swing v.s Operating Voltage 9 6. Input Bias Current Ib (na) Maximum Output Voltage Swing Vom (V) Operating Voltage V+ (V) Operating Voltage V+/V- (V) NJM9 Input Offset Voltage v.s Input Voltage. Input Offset Voltage Vio (mv) Input Voltage Vin (V)

4 NJM9 Maximum Output Voltage Swing Vom (V).... NJM9 Maximum Output Voltage Swing v.s Load Resistance Maximum Output Voltage Swing VOPP (V)..... NJM9 Maximum Output Voltage Swing v.s Frequency Load Resistance RL (Ω) Frequency f (HZ) NJM9 Output Voltage v.s Output Sink Current NJM9 Output Voltage v.s Output Source Current Output Voltage Vo (V) 6.. Output Sink Current Isink (ma) Output Voltage V+-Vo (V) Output Source Current Isource(mA)

5 NJM9 NJM9 Voltage Gain v.s Operating Voltage NJM9 Voltage Gain v.s Frequency 6 Voltage Gain Av (db) 8 6 RL=kΩ Voltage Gain Av (db) Operating Voltage V+ (V) -8 Frequency f (HZ) NJM9 Slew Rate(Fall) NJM9 Slew Rate(Rise) Voltage Vo (mv) V:mV/div t::μs/div Voltage Vo (mv) V:mV/div t::μs/div Time t (μs) Time t (μs)

6 NJM9 NJM9 Operating Current v.s Ambient Temperature NJM9 Input Offset Voltage v.s Ambient Temperature.. Operating Current Icc (ma).8.6. V+/V-=6V V+/V-=.V V+/V-=.V Input Offset Voltage Vio (mv) - - V+/V-=.V,.V,7V Ambient Teperature Ta ( ) Input Bias Current Ib (ma) NJM9 Input Bias Current v.s Ambient Temperature V+/V-=.V,.V,6V Maximum Output Voltage Swing Vom (V) NJM9 Maximum Output Voltage Swing v.s Ambient Temperature V+/V-=.V V+/V-=.V V+/V-=.V NJM9 Output Source Current v.s Ambient Temperature NJM9 Output Source Current v.s Ambient Temperature Output Sink Current Isink (ma) V+=.V,.V,6V Output Source Current Isorce (ma) V + =.V,.V,6V

7 NJM9 NJM9 Voltage Gain v.s Ambient Temperature NJM9 Common Mode Rejection Ratio v.s Ambient Temperature Voltage Gain Av (db) 8 6 V+/V-=.V Common Mode Rejection Ratio CMR (db) 8 6 V+/V-=.V NJM9 Supply Voltage Rejection Ratio v.s Ambient Temperature Supply Voltage Rejection Ratio SVR (db) 8 6 V+/V-=.V - - 7

8 NJM9 MEMO [CAUTION] The specifications on this databook are only given for information, without any guarantee as regards either mistakes or omissions. The application circuits in this databook are described only to show representative usages of the product and not intended for the guarantee or permission of any right including the industrial rights.