NJM2719 Series
Low Noise,High-Speed Dual Operational Amplifier

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  • Description

    The NJM2719 is a high speed voltage feedback dual operational amplifier specifically optimized for low voltage noise. Combining a voltage noise of 2.5nV/√Hz typ. (at f =100kHz) and unity gain of 100MHz, the NJM2719 is ideal for I/Q baseband amplifier, RFID reader application and other wireless communication system designs. The NJM2719 is available in two 8-lead package options: tiny fine pitch surface mount (SSOP/MSOP).

    Applications


    • Wireless Communication Equipment
    • I/Q Baseband Application
    • RFID Reader Application
    • Active Filter
    • ADC/DAC Buffer
    • Ultrasound Amplifier

  • Spec
    Consumer
    No.of Circuit 2 ch.
    Power Supply Dual
    Supply Voltage ±2.25 V to ±5 V ( 4.5 V to 10 V)
    Supply Current (Per ch.) Typ. 7 mA to max. 8.5 mA
    Input Offset Voltage Typ. 1 mV to max. 9 mV
    Slew Rate Typ. 60 V/μsec
    Input Bias Current Typ. 2900 nA to max. 25000 nA
    Input Offset Current Typ. 200 nA to max. 2000 nA
    ft Typ. 100 MHz
    Noise Voltage (en) Typ. 2.5 nV/√Hz
    Input Offset Drift Typ. 10 μV/℃
    Wide Operating Temperature -40°C to 85°C
    Junction Temp. 150°C
    Min Stable Gain 1 V/V
    Package SSOP8
    MSOP8(TVSP8)
    Note(1) Output Rail-to-Rail (VOH ≥ +4.7V,VOL ≤-4.8V typ. (at V+/V- =±5V)
    VOH ≥ +2.4V, VOL ≤ -2.4V typ. (at V+/V- =±2.5V))
    Note(2) Unity Gain Bandwidth (fT = 100MHz typ. (at V+/V- = ±5V)
    fT = 90MHz typ. (at V+/V- = ±2.5V))
  • Technical
    Documents
  • Quality &
    Packages
    • Refer to the datasheets for the details on the product.
    • The package file or the datasheet includes package dimensions, taping specifications, taping reels dimensions, power dissipations, and recommended land pattern.

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Functional Description

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Category:Operational Amplifiers

No.of Circuit 2
Power Supply Dual
Supply Voltage
(+8V=8,
±8V=16)
min(V)
4.5
Supply Voltage
(+8V=8,
±8V=16)
max(V)
10
Supply Current
(Per ch.)
typ(mA)
7
Input
Offset
Voltage
max(mV)
9
Slew
Rate
typ(V/µsec)
60
GBW
typ(MHz)
90
en(nV/√Hz) 2.5