Wednesday, August 24, 2011
Circuit »
Home »
FRAQUENCY SIGNAL CIRCUIT
»
FRAQUENCY SIGNAL DIAGRAM
»
GENERATOR
»
GENERATOR CIRCUIT
»
GENERATOR DIAGRAM
»
GENERATOR SCHEMATIC
»
SIGNAL GENERATOR CIRCUIT
»
SIGNAL GENERATOR DIAGRAM
»
8038 FRAQUENCY SIGNAL GENERATOR CIRCUIT DIAGRAM
One such device is the 8038 a precision waveform generator IC capable of producing sine, square and triangular output waveforms, with a minimum number of external components or adjustments. Its operating frequency range can be selected over eight decades of frequency, from 0.001Hz to 300kHz, by the correct choice of the external R-C components.
The frequency of oscillation is highly stable over a wide range of temperature and supply voltage changes and frequencies as high as 1MHz is possible. Each of the three basic waveform outputs, sine, triangle and square are simultaneously available from independent output terminals. The frequency range of the 8038 is voltage controllable but not a linear function. The triangle symmetry and hence the sine wave distortion are adjustable.
8038 FRAQUENCY SIGNAL GENERATOR CIRCUIT DIAGRAM
8038 FRAQUENCY SIGNAL GENERATOR CIRCUIT DIAGRAM
One such device is the 8038 a precision waveform generator IC capable of producing sine, square and triangular output waveforms, with a minimum number of external components or adjustments. Its operating frequency range can be selected over eight decades of frequency, from 0.001Hz to 300kHz, by the correct choice of the external R-C components.
The frequency of oscillation is highly stable over a wide range of temperature and supply voltage changes and frequencies as high as 1MHz is possible. Each of the three basic waveform outputs, sine, triangle and square are simultaneously available from independent output terminals. The frequency range of the 8038 is voltage controllable but not a linear function. The triangle symmetry and hence the sine wave distortion are adjustable.
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment