MPQ3362
Single-String, 3V VIN-MIN, 36V VOUT
Boost LED Driver, AEC1-Q100
DESCRIPTION
FEATURES
The MPQ3362 is a fixed-frequency driver, which
makes it well-suited for low-current and highcurrent boost applications. The low 0.2V
feedback voltage offers higher efficiency in white
LED driver applications.
The device regulates the output voltage up to
36V with efficiency as high as 95%. Current
mode regulation and external compensation
components allow the MPQ3362 control loop to
be optimized across a wide variety of input
voltages.
The MPQ3362 supports analog dimming and
PWM dimming on the same pin. A 5kHz input dimming frequency activates
analog dimming.
3V to 36V Input Voltage Range
4A Peak Current Limit
0.3μA Shutdown Current
Low 200mV Feedback Voltage
Configurable 200kHz to 2.2MHz fSW
Internal 80mΩ, 40V Power Switch
High Efficiency
Analog and PWM Dimming
Under-Voltage Lockout (UVLO) Protection
Open/Short LED Protection
Short FB Protection
Soft-Start Operation
Thermal Shutdown
Available in a TSOT23-8 Package
AEC1-Q100
APPLICATIONS
Soft start, cycle-by-cycle current limiting, and
input under-voltage lockout (UVLO) protections
prevent sensitive external circuitry from being
damaged or overstressed during start-up or
potential overload current conditions.
Automotive Backlighting Displays
Middle-Size Backlighting LCDs
General Lighting
All MPS parts are lead-free, halogen-free, and adhere to the RoHS directive.
For MPS green status, please visit the MPS website under Quality
Assurance. “MPS”, the MPS logo, and “Simple, Easy Solutions” are
trademarks of Monolithic Power Systems, Inc. or its subsidiaries
The MPQ3362 is available in a TSOT23-8
package.
TYPICAL APPLICATION
L1
D1
VIN
+
Efficiency
fSW = 1MHz, 10LEDs, ILED = 200mA,
inductor: 4.7μH/9.5mΩ
1
+
CIN
ROVP1
COUT
0.9
CCOMP
1 SW
GND
8
2 VIN
OVP
7
3 COMP
FB
6
4 EN/DIM
OSC/
SYNC
5
EFFICIENCY
ROVP2
0.8
0.7
ROSC
RFB
0.6
0
5
10
15
20
25
30
V IN (V)
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
ORDERING INFORMATION
Part Number
Package
Top Marking
MPQ3362GJ-AEC1*
TSOT23-8
See Below
MSL Rating
1
* For Tape & Reel, add suffix –Z (e.g. MPQ3362GJ-AEC1–Z).
TOP MARKING
BJF: Product code of MPQ3362GJ
Y: Year code
PACKAGE REFERENCE
TOP VIEW
TSOT23-8
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
PIN FUNCTIONS
Pin #
1
2
3
4
5
6
7
8
Name
Description
Output switch node. SW is the drain of the internal N-Channel MOSFET. Connect the
SW
inductor and rectifier to the SW pin to complete the boost converter.
Input supply pin. This pin can be connected to the regulator’s input supply or to the output
VIN
for boot-strapped operation.
Error amplifier output compensation. The COMP pin is the error amplifier output.
COMP
Connect COMP to a series RC network to compensate the regulator control loop.
Enable and dimming pin. The EN/DIM pin is used to enable or disable the device, PWM
dimming, and analog dimming. If this pin is pulled low for 20ms, the IC is disabled. If a
EN/DIM
PWM signal frequency below 2kHz is applied to this pin, the IC works in PWM dimming
mode. If a PWM signal frequency exceeding 5kHz is applied to this pin, the IC works in
analog dimming mode.
Switching frequency setting and synchronization pin. Connect a resistor to the
OSC/SYNC OSC/SYNC pin to configure the switching frequency (fSW) between 200kHz and 2.2MHz.
Apply a pulse signal between 200kHz to 2.2MHz to synchronize the switching frequency.
FB
Regulation feedback input. The regulation threshold is 0.2V.
Open LED protection pin. The OVP pin senses the output voltage to protect the IC during
OVP
open LED operation.
GND
Ground.
θJA
θJC
ABSOLUTE MAXIMUM RATINGS (1)
Thermal Resistance (4)
VIN, VSW .........................................-0.3V to +40V
All other pins ................................-0.3V to +5.3V
Continuous power dissipation (TA = 25°C) (2)
TSOT23-8 ................................................ 1.25W
Junction temperature ................................150°C
Lead temperature .....................................260°C
Storage temperature ................ -65°C to +150°C
TSOT23-8……….….........…......100........55...°C/W
ESD Ratings
Human body model (HBM) .................... ±2000V
Charged device model (CDM) .............. ±1000V
Recommended Operating Conditions (3)
Supply voltage (VIN) ............................ 3V to 36V
Maximum LED load voltage (VLED) ............... 36V
Operating junction temp. .......... -40°C to +125°C
Notes:
1) Exceeding these ratings may damage the device.
2) The maximum allowable power dissipation is a function of the
maximum junction temperature, TJ (MAX), the junction-toambient thermal resistance, θJA, and the ambient temperature,
TA. The maximum allowable continuous power dissipation at
any ambient temperature is calculated by PD (MAX) = (TJ (MAX)
- TA) / θJA. Exceeding the maximum allowable power dissipation
may produce an excessive die temperature, which can cause
the regulator to go into thermal shutdown. Internal thermal
shutdown circuitry protects the device from permanent
damage.
3) The device is not guaranteed to function outside of its operating
conditions.
4) Measured on JESD51-7, 4-layer PCB.
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
ELECTRICAL CHARACTERISTICS
VIN = 5.0V, TA = -40 to +125°C, unless otherwise noted.
Parameter
IN shutdown supply
current
IN operating supply current
IN under-voltage lockout
threshold
IN under-voltage lockout
hysteresis
EN/DIM input low voltage
EN/DIM input high voltage
EN/DIM input bias current
Symbol
Min
VEN ≤ 0V
IQ1
IQ2
VUVLO
VEN > 2V, VFB = 0.5V
With switching, 400kHz
VIN rising
2.35
VUVLO_HYS
VEN_L
VEN_H
IEN
EN power off time
tEN
SW switching frequency
fSW
SW maximum duty cycle
Error amplifier
transconductance
COMP maximum output
current
Condition
Max
Units
0.3
1.5
μA
1
1.25
2.5
mA
mA
2.5
2.65
V
100
mV
0.4
7
V
V
μA
1.3
VEN = 5V
EN/DIM pulls low to disable the
IC
ROSC = 100kΩ
ROSC = 20kΩ
VFB = 0.15V, fSW = 400kHz
16
20
24
ms
360
1650
90
400
1850
93
440
2050
kHz
GEA
IEA
Typ
Source and sink
FB regulation threshold
VFB
FB input biased current
SW on resistance
SW current limit
IFB
RON
ILIM
100% analog dimming (25°C)
100% analog dimming
(-40°C to +125°C)
VFB = 0.5V
VIN = 4V
Duty = 80%
SW leakage current
ISW
VSW = 36V
OVP threshold
OVP hysteresis
OVP under-voltage
threshold
VOVP
%
250
μA/V
30
μA
196
200
204
mV
195
200
205
mV
2.5
4.6
μA
mΩ
A
1.5
μA
1.26
VOVP_HYS
1.18
100
V
mV
VOVP_UV
50
100
mV
600
660
mV
3.4
1.1
VFB > VSP, short load protection
is triggered
540
80
4
Short load protection
VSP
Latch-off current limit
Thermal shutdown (5)
Thermal shutdown
hysteresis
ICL
TSD
6.5
170
A
°C
TSD_HYS
20
°C
Note:
5)
Not tested in production. Guaranteed by characterization.
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
TYPICAL PERFORMANCE CHARACTERISTICS
Efficiency
fSW = 1MHz, 10LEDs, ILED = 200mA,
inductor: 4.7μH/9.5mΩ
1
EFFICIENCY
0.9
0.8
0.7
0.6
0
5
10
15
20
25
30
V IN (V)
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
TYPICAL PERFORMANCE CHARACTERISTICS (continued)
VIN = 10V, 10LEDs, ILED = 200mA, fSW = 1000kHz, TA = 25°C, unless otherwise noted.
Steady State
Steady State
VIN = 3V, load = 3LEDs
VIN = 10V, load = 10LEDs
CH1: VSW
CH1: VSW
CH2: VOUT
CH3: IL
CH2: VOUT
CH3: IL
CH4: ILED
CH4: ILED
Start-Up through VIN
CH1: VSW
Shutdown through VIN
CH1: VSW
CH2: VOUT
CH2: VOUT
CH3: IL
CH3: IL
CH4: ILED
CH4: ILED
Start-Up through EN/DIM
Shutdown through EN/DIM
CH1: VSW
CH1: VSW
CH2: VEN
CH3: IL
CH2: VEN
CH3: IL
CH4: ILED
CH4: ILED
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
TYPICAL PERFORMANCE CHARACTERISTICS (continued)
VIN = 10V, 10LEDs, ILED = 200mA, fSW = 1000kHz, TA = 25°C, unless otherwise noted.
PWM On through the EN/DIM Pin
PWM Off through the EN/DIM Pin
fPWM = 10kHz (D = 0.5)
fPWM = 10kHz (D = 0.5)
CH1: VSW
CH1: VSW
CH2: VPWM
CH2: VPWM
CH3: IL
CH3: IL
CH4: ILED
CH4: ILED
PWM Dimming
PWM Dimming
fPWM = 200Hz (D = 0.5)
fPWM = 2kHz (D = 0.5)
CH1: VSW
CH1: VSW
CH2: VOUT
CH2: VOUT
CH3: IL
CH3: IL
CH4: ILED
CH4: ILED
Analog Dimming
OVP during Normal Operation
fPWM = 5kHz (D = 0.5)
CH1: VSW
CH1: VSW
CH2: VPWM
CH3: IL
CH2: VOUT
CH3: IL
CH4: ILED
CH4: ILED
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
TYPICAL PERFORMANCE CHARACTERISTICS (continued)
VIN = 10V, 10LEDs, ILED = 200mA, fSW = 1000kHz, TA = 25°C, unless otherwise noted.
Inductor Short during Normal
Operation then Recovery
Load = 5LEDs
CH1: VSW
CH2: VOUT
CH3: IL
CH4: ILED
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
FUNCTIONAL BLOCK DIAGRAM
D1
L1
SW
C1
VIN
C2
UVLO and
Internal
Regulator
GND
EN/DIM
BG and EN
DIM
ROVP1
Control
and Gate
Driver
ROVP2
OSC/SYNC
OSC
SLOPE
ILIM
OVP
OVP
1.2V
REF
FB
COMP
Figure1: Functional Block Diagram
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
OPERATION
The MPQ3362 drives an internal MOSFET with
current mode architecture to regulate the LED
current, which is measured through an external
current-sense resistor.
The device employs a special circuit to regulate
the internal power supply across a wide input
voltage range. The switching frequency can be
configured. The device integrates under-voltage
lockout (UVLO), over-voltage protection (OVP),
over-current protection (OCP), short LED
protection, short FB to GND protection, short
inductor and diode protection, and thermal
protection.
Step-Up Converter
The MPQ3362 uses peak current mode control
to regulate the output power. At the beginning of
each switching cycle, the internal clock turns on
the internal N-channel MOSFET. During normal
operation, the minimum turn-on time is about
50ns. A stabilizing ramp is added to the output of
the current-sense amplifier to prevent subharmonic oscillations for duty cycles exceeding
50%. This result is fed into the PWM comparator.
If the summed voltage reaches the output
voltage of the error amplifier, the internal
MOSFET turns off. For improved stability, the
turn-off time should exceed 100ns.
The output voltage of the internal error amplifier
is an amplified signal of the difference between
the reference voltage and the FB voltage.
If the feedback voltage drops below the
reference, the output of the error amplifier
increases. This results in more current flowing
through the MOSFET, which increases the
power delivered to the output. This forms a
closed loop that regulates the output voltage.
If VOUT is almost equal to VIN under light-load
conditions, the converter runs in pulse-skip
mode. The MOSFET turns on for a minimum on
time, and then the converter discharges the
power to the output for the remaining period. The
internal MOSFET remains off until the output
voltage requires another boost.
Soft Start
The MPQ3362 implements soft start by limiting
the current capability of the internal error
amplifier during start-up. The COMP voltage
jumps to its clamped voltage at the beginning of
start-up. The source/sink current of the internal
error amplifier is limited to about 10μA until the
FB voltage reaches 80% of the internal reference
voltage during start-up. The maximum soft-start
time is limited to 10ms. This prevents the IC from
always being in soft start during deep analog
dimming.
VIN
VEN/DIM
VCOMP
0.8 x
ILED
ILED
Figure 2: Soft-Start Process
Enable (EN) and Dimming (DIM)
The EN/DIM pin can be used for different
functions when different signals are applied to
the pin. These functions are described in greater
detail below:
1. Enable/disable: If the EN/DIM is pulled high,
the IC is enabled. If EN/DIM is pulled low for
20ms, the IC is disabled.
2. PWM dimming (fPWM < 2kHz): If the PWM
signal has a frequency below 2kHz, the IC
operates in PWM dimming mode. If the PWM
signal is low in PWM dimming mode, the IC
stops switching, then the output voltage and
output current drop. If the PWM signal is high,
the IC starts switching, then the output
voltage and output current rise. There is no
soft start under this condition.
3. Analog dimming (fPWM > 5kHz): If the PWM
signal has a frequency exceeding 5kHz, the
IC operates in analog dimming mode. If the
input PWM signal duty changes, so do the
PWM duty and LED current amplitude.
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q-100
The LED current can be calculated with Equation
(1):
ILED
VFB
Duty
RFB
(1)
Where VFB is FB voltage (typically 200mV), RFB
is the feedback resistor, and Duty is PWM signal
duty.
Protections
The MPQ3362’s protections include undervoltage lockout (UVLO), over-voltage protection
(OVP), short load protection, short inductor and
diode over-current protection (OCP), short FB to
GND protection, and thermal protection.
Under-Voltage Lockout (UVLO) Protection
The MPQ3362 integrates VIN under-voltage
lockout (UVLO) protection. The internal circuit
does not work until VIN reaches the UVLO rising
threshold.
Over-Voltage Protection (OVP)
Over-voltage (OV) conditions are detected by
the voltage on the OVP pin. When the OVP pin’s
voltage rises to its high threshold, over-voltage
protection is triggered, and the IC stops
switching. The IC tries to recover when the OVP
voltage drops to its low threshold.
Short Load Protection
If a short load condition occurs, a large short
current is detected by the FB-sense resistor. If
the sensed voltage exceeds 600mV for 20
switching cycles, short load protection is
triggered, and the IC stops switching. The IC
resumes normal operation when the short
condition disappears.
High voltage appears on the FB pin under short
load
conditions.
Additional
protection
components are required to protect FB from
damage (see Figure 3).
MPQ3362 Rev. 1.0
12/21/2020
R1
FB
FB
D1
RFB
a
D1
RFB
b
Figure 3: Short Load Protection on the FB Pin
Note that there is a short loop from the input to
GND under short load conditions. A fuse or other
external circuit should be used to cut off the short
loop.
OVP Pin Under Voltage Protection (UVP)
If the OVP pin’s voltage drops below 60mV for
10µs during normal operation, the IC stops
switching, and under-voltage protection (UVP) is
triggered. This protection is blanked during soft
start.
Over-Current Protection (Short Inductor/
Diode Protection)
The MPQ3362 implements cycle-by-cycle
current limiting for protection. If an inductor or
diode short occurs, and the MOSFET’s current
exceeds the latch-off current limit value (typically
6.5A) for 7 consecutive cycles, over-current
protection (OCP) is triggered. The IC stops
switching, then resumes normal operation when
the short is removed.
Short FB to GND Protection
If the FB voltage drops below 50mV, and COMP
saturation lasts for 20ms, the IC stops switching.
The IC resumes normal operation when the short
is removed.
Thermal Protection
Thermal shutdown prevents the IC from
operating at exceedingly high temperatures. If
the die temperature exceeds the upper threshold
(about 170°C), the COMP is pulled to low. It
resumes normal operation when the die
temperature drops below the lower threshold.
(the hysteresis is about 20°C).
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
APPLICATION INFORMATION
LED Current Setting
The LED current is set by the LED current
feedback resistor (RFB). RFB can be estimated
with Equation (2):
RFB
200mV
ILED
(2)
Switching Frequency Setting
The switching frequency (fSW) is set by an
external resistor (ROSC) at the OSC/SYNC pin.
fSW can be calculated with Equation (3):
fSW (kHz)
40000
ROSC (k)
(3)
Applying a PWM signal between 200kHz and
2.2MHz on the OSC/SYNC pin can also
synchronize fSW.
Selecting the Inductor
Select the inductor to make the circuit work in
continuous conduction mode (CCM). The
inductance can be calculated with Equation (4):
L=
VIN (VO VIN)
VO IL fSW
(4)
Where ∆IL is the peak-to-peak current of the
inductor. Design ∆IL to be approximately 30% to
60% of the inductor’s average current. The
average current can be estimated with Equation
(5):
IL_AVG=
VO ILED
VIN
(5)
Ensure that the inductor’s saturated current
exceeds the inductor’s peak current. The peak
current can be estimated with Equation (6):
1
IL_PK=IL_AVG+ IL
2
ROVP1 ROVP2
1.2(V)
ROVP2
Selecting the Input Capacitor
The input capacitor reduces the surge current
drawn from the input supply, as well as switching
noise from the device. Use a low-ESR ceramic
capacitor with X7R dielectrics and small
temperature coefficients.
Select an input capacitor (CIN) that limits the
input voltage ripple (∆VIN) to less than 5% to 10%
of its DC value. CIN can be calculated with
Equation (8):
CIN
IL
8 VIN fSW
(8)
Selecting the Output Capacitor
The output capacitor (COUT) should limit the
output voltage ripple (∆VO) to be below 1% to 5%
of its DC value while ensuring feedback loop
stability. COUT can be estimated with Equation (9):
COUT
ILED (VO VIN)
VO fSW VO
(9)
Compensation Network Setting
The MPQ3362 implements peak current mode
control to regulate the LED current through a
compensation network on the COMP pin. An
RCC network is used for most applications (see
Figure 4)
MP3362
(6)
FB
COMP
Over-Voltage Protection (OVP) Setting
Generally, set the over-voltage protection (OVP)
threshold to be 10% to 20% higher than the
output voltage. To set the OVP threshold, see
Figure 5 on page 14. The OVP threshold can be
calculated with Equation (7):
VOVP(V)=
Selecting the Diode
Choose the diode with a voltage rating that
exceeds the OVP point. Generally, leave about
20% for the margin. The current rating is about 2
to 3 times greater than the LED current.
RFB
200mV
RCOMP
CP
CZ
Figure 4: Compensation Network
(7)
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
Assuming CZ exceeds CP, the error amplifier (EA)
can be calculated with Equation (10):
EA(s)
GEA RFB
1
1 s CZ RCOMP (10)
RFB+RLED_AC s CZ 1 s CP RCOMP
Where GEA is the transconductance of the
internal error amplifier (about 350µA/V), and
RLED_AC is the dynamic resistor of LED load,
which can be estimated with Equation (11):
RLED_AC=
VLED
ILED
(11)
The zero of this compensation network can be
calculated with Equation (12):
The right-half plane (RHP) zero of the boost
converter stage can be estimated with Equation
(15):
VO
ILED
2 L
(1-D)2
fRHP_Z=
(15)
Choose the cross frequency (fC) to be below 33%
of fRHP_Z. Then RCOMP can be calculated with
Equation (16):
RCOMP=
RLED_AC+RFB fc COUT 2
(16)
RFB
GEA (1 D) GCS
(12)
Where GCS is conductance of the internal
current-sense circuit.
The pole of this compensation network can be
estimated with Equation (13):
The zero of the compensation network (CZ)
compensates for the power stage pole. CZ can
be estimated with Equation (17):
fZ_EA=
fP_EA=
1
2 CZ RCOMP
1
2 CP RCOMP
(13)
The power stage of the boost converter can be
calculated with Equation (14):
fP_PS=
1
VO
2 (
//(RLED _ AC RFB)) COUT
ILED
(14)
CZ=
1
(17)
2 fPS _ P RCOMP
The pole of the compensation network (CP)
compensates for the RHP zero. CP can be
calculated with Equation (18):
CP=
1
2 fRHP _ Z RCOMP
(18)
Where VO is the output voltage, ILED is the LED
current, and COUT is the output capacitance.
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
TYPICAL APPLICATION CIRCUIT
Figure 5: Typical Application Circuit
MPQ3362 Rev. 1.0
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MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
PACKAGE INFORMATION
TSOT23-8
See note 7
EXAMPLE
TOP MARK
PIN 1 ID
IAAAA
RECOMMENDED LAND PATTERN
TOP VIEW
SEATING PLANE
SEE DETAIL ''A''
FRONT VIEW
SIDE VIEW
NOTE:
DETAIL ''A''
1) ALL DIMENSIONS ARE IN MILLIMETERS.
2) PACKAGE LENGTH DOES NOT INCLUDE MOLD
FLASH, PROTRUSION, OR GATE BURR.
3) PACKAGE WIDTH DOES NOT INCLUDE
INTERLEAD FLASH OR PROTRUSION.
4) LEAD COPLANARITY (BOTTOM OF LEADS
AFTER FORMING) SHALL BE 0.10 MILLIMETERS
MAX.
5) JEDEC REFERENCE IS MO-193, VARIATION BA.
6) DRAWING IS NOT TO SCALE.
7) PIN 1 IS LOWER LEFT PIN WHEN READING TOP
MARK FROM LEFT TO RIGHT, (SEE EXAMPLE TOP
MARK)
MPQ3362 Rev. 1.0
www.MonolithicPower.com
12/21/2020
MPS Proprietary Information. Patent Protected Unauthorized Photocopy and Duplication Prohibited.
© 2020 MPS. All Rights Reserved.
15
MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
CARRIER INFORMATION
ABCD
Pin1
1
ABCD
ABCD
ABCD
1
1
1
Feed Direction
Part Number
Package
Description
Quantity/
Reel
Quantity/
Tube
Quantity/
Tray
Reel
Diameter
Carrier
Tape
Width
Carrier
Tape
Pitch
MPQ3362GJAEC1-Z
TSOT23-8
3000
N/A
N/A
7in
8mm
4mm
MPQ3362 Rev. 1.0
www.MonolithicPower.com
12/21/2020
MPS Proprietary Information. Patent Protected Unauthorized Photocopy and Duplication Prohibited.
© 2020 MPS. All Rights Reserved.
16
MPQ3362 – SINGLE-STRING, 3V VIN-MIN, 36V BOOST LED DRIVER, AEC1-Q100
REVISION HISTORY
Revision #
1.0
Revision Date
12/21/2020
Description
Initial Release
Pages Updated
-
Notice: The information in this document is subject to change without notice. Please contact MPS for current specifications. Users should
warrant and guarantee that third-party Intellectual Property rights are not infringed upon when integrating MPS products into any application.
MPS will not assume any legal responsibility for any said applications.
MPQ3362 Rev. 1.0
www.MonolithicPower.com
12/21/2020
MPS Proprietary Information. Patent Protected Unauthorized Photocopy and Duplication Prohibited.
© 2020 MPS. All Rights Reserved.
17
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