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LZTEC QA01C

Manufacturer
LZTECAsian Brands
MPN
QA01C
LCSC Part #
C20608937
Packaging
SIP,19.5x9.8mm
Customer #
Key Attributes
DC DC CONVERTER 20V -4V
Datasheetpdf iconLZTEC QA01C
In-Stock: 2
2 In stock, ships now
Minimum: 1Multiple: 1Sales Unit: Piece
Add to BOM List
QtyUnit PriceTotal Amount
1+$ 4.1029$ 4.10
10+$ 3.5079$ 35.08
36+$ 3.1541$ 113.55
108+$ 2.7955$ 301.91
504+$ 2.6305$ 1325.77
900+$ 2.556$ 2300.40
Standard Packaging18/Full Tube
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Products Specifications

All
TypeDescription
CategoryPower Supplies/Power Suppliers - Board Mount/DC DC Converters
ManufacturerLZTEC
PackagingSIP,19.5x9.8mm
Output Voltage20V;-4V
Ripple Noise60mVp-p
Operating Temperature-40℃~+105℃
Quiescent Supply Current16mA
Voltage - Supply13.5V~16.5V
Capacitive Load(Max)220uF
Number of Outputs2
Iout100mA
Height12.5mm
Frequency - Switching260kHz
Isolation Voltage(Vrms)3.5kV
Output Power-
Conversion Efficiency82%
FeaturesShort Circuit Protection
Length19.5mm
Width9.8mm
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Features

AI Translation
  • Includes input characteristics, output characteristics, general characteristics, physical characteristics, and EMC characteristics
  • Product features characteristic curves, including error envelope diagrams, temperature derating curves, and efficiency curves

Applications

AI Translation
  • To further reduce input/output ripple, capacitive filter networks can be added at the input/output terminals; select appropriate filter capacitors to avoid startup issues caused by excessive capacitance
  • For each output channel, select the capacitive load according to the recommended capacitive load table under safe and reliable operating conditions
  • Output filter capacitors should be placed as close as possible to the power module and driver
  • Ceramic or electrolytic capacitors are recommended for external capacitors at the input/output terminals; tantalum capacitors are not recommended
  • Keep the leads connecting the power module and driver as short as possible
  • Due to high peak gate drive current, low-ESR electrolytic capacitors are recommended for the output filter capacitors of the power module
  • The average output power of the driver must not exceed the output power of the power module
  • Maximum capacitive load is tested within the input voltage range under full-load conditions