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PCF8536AT bảng dữ liệu(PDF) 37 Page - NXP Semiconductors

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PCA8530
All information provided in this document is subject to legal disclaimers.
© NXP Semiconductors N.V. 2014. All rights reserved.
Product data sheet
Rev. 2 — 25 September 2014
37 of 103
NXP Semiconductors
PCA8530
Automotive 102 x 4 Chip-On-Glass LCD segment driver
Remark: The PCA8530 has a built-in automatic limitation of VLCD, set to 12 V. The
maximum VLCD that can be programmed is expressed by the following equation:
, where n is the multiplication factor of
the charge pump. Iload is the overall current sink by the segments and backplanes outputs
depending on the display, plus the on-chip VLCD current consumption.
With these values, it can be calculated how much current the charge pump can drive
under certain conditions, as shown in Figure 17 and Figure 18.
Table 31.
Output resistance of the charge pump
RITO(VSS2), RITO(VDD2), RITO(VLCDOUT) =50 .
Charge pump configuration
Ro(VLCDOUT) (typical)
Unit
VLCD =2  VDD2
2.5
k
VLCD =3  VDD2
6k
VLCD =4  VDD2
10.5
k
VLCD =5  VDD2
18
k
Conditions: VDD2 = 3.0 V, RITO(VSS2), RITO(VDD2), RITO(VLCDOUT) =50 , Tamb =27 C.
Charge pump configuration:
(1) VLCD =2  VDD2.
(2) VLCD =3  VDD2.
(3) VLCD =4  VDD2.
(4) VLCD =5  VDD2.
Iload is the overall current sink by the segments and backplanes outputs depending on the display,
plus the on-chip VLCD current consumption.
Reading example: VLCD can be programmed to 10 V by using the charge pump configuration (3)
or (4). With configuration (3), VLCD can be programmed to 10 V for a current load up to about
120
A. With configuration (4), V
LCD can be programmed to 10 V for a current load up to about
260
A.
Remark: Only the charge pump configuration (4) allows programming VLCD = 12 V when
VDD2 =3.0 V.
Fig 17. Charge pump driving capability with VDD2 =3.0 V
V
LCD max

min 12 V, n
V
DD2
R
o VLCDOUT

I
load
–

=



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