Bovie AARON 2250 Service Manual page 47

COAG_DOWN
COAG_UP
BIPOLAR_DOWN
BIPOLAR_UP
LED_SEL0
LED_SEL_1
BLEND_LED_SEL_0
BLEND_LED_SEL_1
A/D_0 – A/D_7
A/D_CLK
A/D_SELECT
CS_A/D_IV
CS_A/D_L
CS_A/D_BACKUP
A/D_SLEEP
TEST_MUX_0 – TEST_MUX_2
Ser vice Guide • Aaron
This is an input signal to the system logic from the front panel overlay to decrease the
power setting for Coagulation and Fulguration coag modes.
This is an input signal to the system logic from the front panel overlay to increase the
power setting for Coagulation and Fulguration coag modes.
This is an input signal to the system logic from the front overlay to decrease the power
setting for the Bipolar mode.
This is an input signal to the system logic from the front overlay to decrease the power
setting for the Bipolar mode.
This is an output signal from the system logic to the display circuit for controlling the
LED's on the front panel.
This is an output signal from the system logic to the display circuit for controlling the
LED's on the front panel.
This is an output signal from the system logic to the display circuit for controlling the
LED's on the Blend bar.
This is an output signal from the system logic to the display circuit for controlling the
LED's on the Blend bar.
These are data lines between the system logic and the A/D for sensing voltage levels,
impedance and current.
This is an output clock signal from the system logic to the A/D.
This is an output signal from the system logic to control the channel that is being
converted from analog to digital information.
This is a communication line used by the system logic to control the sensing A/D's.
This is a communication line used by the system logic to control the sensing A/D's.
This is a communication line used by the system logic to control the sensing A/D's
This is a communication line used by the system logic to control the sensing A/D's.
This is a communication line used by the system logic to control the sensing A/D's.
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