The LM359 consists of two courses of differentiation (Norton) input amplifiers. Design emphasis on achieving high frequency performance and operational characteristics allows a user programmable amplifier.
Electronic List
VDO amplifier IC LM359 Circuit
R1=1Kohm
R2-3=12Kohm
R4-5-6=10Kohm
C1=10nF 100V
C2-6=100uF 25V
C3=100nF 100V
C4=1pF ceramic
C5=10nF 100V
C6=100uF 25V
IC1=LM359N
J1-2=BNC connector
VDO amplifier IC Result Graph
Each amplifier is broadband to give a product with high gain bandwidth, fast scanning speed and stable operation of a closed loop reverse gain of 10 or more. Pins for additional external frequency compensation is provided. The amplifiers are designed to operate from a single supply and can accommodate input voltages in common mode exceeds supply.
LM359 Features:
User programmable gain bandwidth product, slew rate bias current input, output stage bias current and total device power dissipation
products with high bandwidth gain (Iset = 0.5 mA) 400 MHz for AV = 10 to 100 30 MHz for AV = 1
high slew rate (Iset = 0.5 mA) 60 V / microsecond for AV = 10 to 10 30 volts / microsecond for AV = 1
Inputs allow differentiation current high voltage input common mode
Operating from a single 5V to 22V supply
Large swing output of inverting amplifier, 2 mV to VCC. 2V
smoothness up 6 NV /? Hz.for f> 1 kHz
Uses:
General purpose video amplifiers
High frequency active filters Q
Photo diode amplifiers
Wide frequency range circuit signal generation
All LM3900 AC applications work to much higher frequencies
