QO
"#$%&'()
SYMBOL
PIN
DESCRIPTION
V
ip
1
non-inverting voltage input
V
DDL
2
supply voltage LOW
V
in
3
inverting voltage input
GND
4
ground, substrate
I
om
5
black current measurement
output
V
DDH
6
supply voltage HIGH
V
cn
7
cathode transient voltage output
V
oc
8
cathode DC voltage output
V
fb
9
feedback voltage output
Fig.2 Pin configuration.
ndbook, halfpage
MGA057
1
2
3
4
5
6
7
8
9
DDL
V
GND
TDA6111Q
ip
V
in
V
om
I
oc
V
cn
V
fb
V
DDH
V
2-6(!!!*T13_Q:d*13_Q!d*13_Q#W
IG@Cg*-F=L>=[
<FEEFEL
Fig.1 Block diagram.
handbook, full pagewidth
DIFFERENTIAL
STAGE
MIRROR
MIRROR
CURRENT
SOURCE
MIRROR
MIRROR
TDA6111Q
7 V
supply voltage
input HIGH
feedback
output
6
Vbias
FOLLOWERS
C par
9
non-inverting
input
inverting
input
3
1
4
2
ground
(substrate)
supply voltage
input LOW
7
8
5
cathode
transient
output
cathode
DC output
black current
measurement
output
MGA058
Summary of Contents for 32JF-76E
Page 23: ... 3 7 72 3621 7 26I QO7 FLF G JGB 8EF XI 3 H EBE KF B 3 HHB KF B ...
Page 24: ... S QO7 FLF G JGB 8EF XI 3 HHB KF B ISQ 7 aB aF CD 8EF XI 3 H EBE KF B ...
Page 26: ... Q 7 6 DB 8EF XI 3 H EBE KF B ...
Page 27: ... Q 7 6 DB 8EF XI 3 H EBE KF B ...
Page 28: ... _ Q 7 6 DB 8EF XI 3 HHB KF B ...
Page 29: ... O Q 7 6 DB 8EF XI 3 HHB KF B ...
Page 73: ... w 3 x D D D D w 3 x z F D D F w w H D D D D D D D D F D D D F D D ...
Page 80: ..._ w 3 x D F D D D D D y w w w 3 x D D D D D D ...
Page 81: ..._ w 3 x D y w 3 x y w y D D D D F D F D D F D F D D A A A AS AQ S ...
Page 87: ..._ 7 BKY ...