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TS33000-M015QFNR bảng dữ liệu(PDF) 7 Page - Semtech Corporation

tên linh kiện TS33000-M015QFNR
Giải thích chi tiết về linh kiện  High Efficiency Synchronous DC/DC Buck Converter
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nhà sản xuất  SEMTECH [Semtech Corporation]
Trang chủ  http://www.semtech.com
Logo SEMTECH - Semtech Corporation

TS33000-M015QFNR bảng dữ liệu(HTML) 7 Page - Semtech Corporation

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TS33000
Final Datasheet
Rev 1.9
May 1, 2015
www.semtech.com
7 of 17
Semtech
Functional Description
This voltage-mode Point of Load (POL) synchronous step-
down power supply product can be used in the consumer,
industrial, and automotive market segments. It includes
flexibility to be used for a wide range of output voltages and
is optimized for high efficiency power conversion with low
RDSON integrated synchronous switches. A 2.25MHz internal
switching frequency facilitates low cost LC filter combinations
and improved transient response. Additionally, the fixed
output version, with integrated Power on Reset and Fault
circuitry enables a minimal external component count to
provide a complete power supply solution for a variety of
applications.
Detailed Pin Description
Unregulated input, VCC
This terminal is the unregulated input voltage source for
the IC. It is recommended that 2 4.7uF bypass capacitors be
placed close as possible to the VCC pins for best performance.
Since this is the main supply for the IC, good layout practices
need to be followed for this connection.
Feedback, FB
This is the voltage feedback input terminal for the adjustable
version. For the fixed mode versions, this pin should be left
floating and not connected.
The connection on the PCB should be kept as short as
possible from the feedback resistors, kept away from the VSW
connections or other switching/high frequency nodes, and
should not be shared with any other connection. This should
minimize stray coupling, reduce noise injection, and minimize
voltage shift cause by output load.
To choose the resistors for the adjustable version, use the
following equation:
V
OUT = 0.6 (1 + RTOP/RBOT)
For stability, RTOP should be 270K Ohms to 330K Ohms.
Output Voltage Sense, V
OUT Sense
This is the input terminal for the voltage output feedback and
is needed for both adjustable and fixed voltage versions. This
should be connected to the main output capacitor, and the
same good layout practices should be followed as for the FB
connection. Keep this line as short as possible, keep it away
from the VSW and other switching or high frequency traces,
and do not share this connection with any other connection
on the PCB.
Switching output, VSW
This is the switching node of the regulator. It should be
connected directly to the 1.5uH inductor with a wide, short
trace. 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 FET to isolate switching noise from the rest of the
device.
Enable, EN
This is an input terminal to activate the entire device. This will
enable the internal reference, oscillator, TSD, etc, and allow the
fault detection circuitry to work correctly. Notice that the EN
needs to low for the part to exhibit 100nA quiescent current.
Power Good Output, PG
This is an open drain, active high output. The switched mode
output voltage is monitored and the PG line will remain
low until the output voltage reaches the V
OUT-UV threshold,
approximately 85% of the final regulation output. Once the
internal comparator detects the output voltage is above the
desired threshold, an internal 10mSec delay timer is activated
and the PG line is de-asserted to high when this delay timer
expires. In the event the output voltage decreases below V
OUT-
UV, the PG line will be asserted low immediately and remain low
until the output rises above V
OUT-UV and the delay timer times
out again. If EN is pulled low, the VCC input undervoltage
trips, or Thermal Shutdown is reached, the PG pin will
immediately be pulled low.
nLow Power Mode Output, nLP
This is an input to force the PWM mode when light load
is on the output. The PFM low power mode has higher
output voltage ripple, which is some applications may be
unacceptable. If low ripple is needed on the output this
pin can be tied to VCC input, or switched above 1.0V during
operation to force the device into normal PWM mode.


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