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ILC6363 fiches techniques PDF

Fairchild Semiconductor - Step-Up DC-DC Converter for One-Cell Lithium-Ion Batteries

Numéro de référence ILC6363
Description Step-Up DC-DC Converter for One-Cell Lithium-Ion Batteries
Fabricant Fairchild Semiconductor 
Logo Fairchild Semiconductor 





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ILC6363 fiche technique
www.fairchildsemi.com
ILC6363
Step-Up DC-DC Converter for One-Cell Lithium-Ion
Batteries
Features
• ILC6363CIR-50: Fixed 5.0V output; custom voltages are
available upon request
• ILC6363CIR-ADJ: Adjustable output to 6V maximum
• Capable of 500mA output current
• Peak efficiency: > 90% at VOUT = 3.6V, IOUT = 300mA,
VIN = 3.6V
• No external diode is required (synchronous rectification)
• Battery input current of 300µA at no load
• True load disconnect from battery input in shutdown
(1µA)
• Oscillator frequency: 300kHz ±15%
• Low battery detector with 100ms transient rejection delay
• Power good output flag when VOUT is in regulation
• MSOP-8 package
Applications
• Cellular phones
• Palmtops, PDAs and portable electronics
• Equipment using single Lithium-Ion batteries
Description
The ILC6363 step-up/step-down DC-DC converter is a
switch mode converter, capable of supplying up to 500mA
output current, at a fixed or user selectable output voltage.
The range of input, and output voltage options makes the
ILC6363 ideal for Lithium-ion (Li-ion), or any other battery
application, where the input voltage range spans above and
below the regulated output voltage. When ILC6363’s input
Typical Circuit
voltage exceeds the output voltage by more than 800mV, the
output will begin to track the input linearly.
The ILC6363 is a direct replacement for ILC6360, in appli-
cations where SYNC pin is not used. The PFM or PWM
operating mode is user selectable through SEL pin connected
to ground or left open, respectively. The choice should be
dependent upon the current to be delivered to the load: PFM
is recommended for better efficiency at light load,while
PWM is recommended for more than 50mA load current.
In shutdown mode, the device allows true load disconnect
from battery input.
Configured as a 300kHz, fixed frequency PWM/PFM boost
converter, the ILC6363 can perform a limited buck operation
in PFM mode, when the input voltage is up to 0.8V higher
than the output voltage.
The ILC6363 is unconditionally stable with no external
compensation; the sizes of the input and output capacitors
influence input and output ripple voltages, respectively.
Since the ILC6363 has an internal synchronous rectifier, the
standard fixed voltage version requires minimal external
components: an inductor, an input capacitor, and an output
capacitor. If a tantalum output capacitor is used, then an
additional 10µF ceramic output capacitor will help reduce
output ripple voltage.
Other features include a low battery input detector with a
built-in100ms transient rejection delay and a power good
indicator useful as a system power on reset.
CIN
100µF
+
L
VIN
2.7V to 4.2V
ON
OFF
15µH
R5
R6
ILC6363CIR-XX
1 LX
2 VIN
VOUT 8
GND 7
3 LBI/SD LBO 6
4 SEL
POK 5
PWM
PFM
MSOP-8
Figure 1.
COUT
10µF 100µF
++
VOUT
Low Battery
Detector Output
Power Good Output
(Fixed VOUT only)
Optimized to Maximize Battery Life
90 4.2
80 3.6
70
Time
3.0
REV. 1.3.5 5/21/02

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