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RT4841 数据表(PDF) 4 Page - Richtek Technology Corporation

部件名 RT4841
功能描述  5A Synchronous Boost Converter with Output Isolation MOS
PDF  16 Pages
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制造商  RICHTEK [Richtek Technology Corporation]
网页  http://www.richtek.com
标志 RICHTEK - Richtek Technology Corporation

RT4841 数据表(HTML) 4 Page - Richtek Technology Corporation

  RT4841 Datasheet HTML 1Page - Richtek Technology Corporation RT4841 Datasheet HTML 2Page - Richtek Technology Corporation RT4841 Datasheet HTML 3Page - Richtek Technology Corporation RT4841 Datasheet HTML 4Page - Richtek Technology Corporation RT4841 Datasheet HTML 5Page - Richtek Technology Corporation RT4841 Datasheet HTML 6Page - Richtek Technology Corporation RT4841 Datasheet HTML 7Page - Richtek Technology Corporation RT4841 Datasheet HTML 8Page - Richtek Technology Corporation RT4841 Datasheet HTML 9Page - Richtek Technology Corporation Next Button
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RT4841
4
DS4841-00 May 2021
www.richtek.com
©
Copyright
2021 Richtek Technology Corporation. All rights reserved.
is a registered trademark of Richtek Technology Corporation.
Functional Block Diagram
Control
and
Driver
Logic
Current
Sense
Slope
Compen-
Sation
Oscillator
Summing
Comparator
Clock
Error
Amplifier
1.25V
SW
GND
EN
COMP
FB
Protection
OVP
OTP
SWO
VIN
Soft-Start
SS
VL
BOOT
SWI
BT
VL
Regulator
OCP
Ext-GD MOS
Control
SWG
+
-
+
-
Operation
The RT4841 is a 5A Synchronous Boost Converter with
Output Isolation MOS. It is a synchronous current mode
boost converter integrated with a 22V/5A isolation power
switch, covering a wide VIN range from 8.6V to 15.9V. It
performs high efficiency and fast transient responses to
generate source driver supplies for TFT LCD display. The
synchronous step-up converter uses a current mode, pulse
width modulation (PWM) topology with a built in N-
MOSFET to achieve high efficiency and fast transient
response in TFT-LCD applications. The output voltage can
be adjusted by setting the resistive voltage-divider sensing
at the FB pin. The error amplifier varies the COMP voltage
by sensing the FB pin to regulate the output voltage. For
better stability, the slope compensation signal summed
with the current sense signal will be compared with the
COMP voltage to determine the current trip point and duty
cycle.



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