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TS30013-M033 Scheda tecnica(PDF) 8 Page - Semtech Corporation

Il numero della parte TS30013-M033
Spiegazioni elettronici  High Efficiency 1A/2A/3A Current-Mode Synchronous Buck DC/DC Converter, 1MHz
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Produttore elettronici  SEMTECH [Semtech Corporation]
Homepage  http://www.semtech.com
Logo SEMTECH - Semtech Corporation

TS30013-M033 Scheda tecnica(HTML) 8 Page - Semtech Corporation

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TS30011/12/13
Final Datasheet
Rev 1.7
August 24, 2015
www.semtech.com
8 of 18
Semtech
Switching output, VSW
This is the switching node of the regulator. It should be
connected directly to the 4.7uH inductor with a wide, short
trace and to one end of the Bootstrap capacitor. It is switching
between VCC and PGND at the switching frequency.
Ground, GND
This ground is used for the majority of the device including the
analog reference, control loop, and other circuits.
Power Ground, PGND
This is a separate ground connection used for the low side
synchronous switch to isolate switching noise from the rest of
the device. (Figure 23)
Enable, high-voltage, EN
This is the input terminal to activate the regulator. The input
threshold is TTL/CMOS compatible. It also has an internal pull-
up to ensure a stable state if the pin is disconnected.
Power Good Output, PG
This is an open drain, active low output. The switched mode
output voltage is monitored and the PG line will remain low
until the output voltage reaches the VOUT-UV threshold.
Once the internal comparator detects the output voltage
is above the desired threshold, an internal delay timer is
activated and the PG line is de-asserted to high once this
delay timer expires. In the event the output voltage decreases
below VOUT-UV, the PG line will be asserted low and remain
low until the output rises above VOUT-UV and the delay timer
times out. See Figure 2 for the circuit schematic for the PG
signal.
Internal Protection Details
Internal Current Limit
The current through the high side FET is sensed on a cycle
by cycle basis and if current limit is reached, it will abbreviate
the cycle. In addition, the device senses the FB pin to identify
hard short conditions and will direct the VSW output to skip 4
cycles if current limit occurs when FB is low. This allows current
built up in the inductor during the minimum on time to decay
sufficiently. Current limit is always active when the regulator
is enabled. Soft start ensures current limit does not prevent
regulator startup.
Under extended over current conditions (such as a short),
the device will automatically disable. Once the over current
condition is removed, the device returns to normal operation
automatically. (Alternately the factory can configure the
device’s NVM to shutdown the regulator if an extended over
current event is detected and require a toggle of the Enable
pin to return the device to normal operation.)
Thermal Shutdown
If the temperature of the die exceeds 170°C (typical), the VSW
outputs will tri-state to protect the device from damage. The
PG and all other protection circuitry will stay active to inform
the system of the failure mode. Once the device cools to 160°C
(typical), the device will start up again, following the normal
soft start sequence. If the device reaches 170°C, the shutdown/
restart sequence will repeat.
Reference Soft Start
The reference in this device is ramped at a rate of 4ms to
prevent the output from overshoot during startup. This ramp
restarts whenever there is a rising edge sensed on the Enable
pin. This occurs in both the fixed and adjustable versions.
During the soft start ramp, current limit is still active, and will
still protect the device in case of a short on the output.
Output Overvoltage
If the output of the regulator exceeds 103% of the regulation
voltage, the VSW outputs will tri-state to protect the device
from damage. This check occurs at the start of each switching
cycle. If it occurs during the middle of a cycle, the switching
for that cycle will complete, and the VSW outputs will tri-state
at the beginning of the next cycle.
VCC Under-Voltage Lockout
The device is held in the off state until VCC reaches 4.5V
(typical). There is a 500mV hysteresis on this input, which
requires the input to fall below 4.0V (typical) before the device
will disable.


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