Low

DC1901A - 

Demokort för högeffektiv 150V/100mA Synkron Buck-Boost omvandlare

LINEAR TECHNOLOGY DC1901A
LINEAR TECHNOLOGY DC1901A

Bilden är enbart avsedd som illustration. Se produktbeskrivningen.

Tillverkarens art.nr.:
DC1901A
Orderkod:
2393825
Tekniskt datablad:
(EN)
Se alla tekniska dokument

Produktinformation

:
Synkron Buckomvandlare
:
-
:
-
:
Demo Board LTC3639
:
Effekthantering - Spänningsregulator
:
LTC3639
:
Linear Technology
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Produktöversikt

The DC1901A is a demonstration board featuring LTC3639EMSE device. The LTC3639EMSE is a high efficiency step down DC to DC regulator with internal high side and synchronous power switches that draws only 12µA typical DC supply current while maintaining a regulated output voltage at no load. The IC operates in a high efficiency burst mode operation and includes internal high and low side power MOSFETs. The board will accept input voltage between 4V and 150V and provide jumper selected output voltages of 1.8V, 3.3V, 5V and an option for additional voltages. The IC includes internal soft start and a provision for increasing soft start time. Included on the board is an ON/OFF jumper that can also be configured as a precision undervoltage lockout. Additional PC pads are included for programming current limit to optimize efficiency and for reducing output voltage ripple and reducing component size. A terminal is included to allow multiple boards to be paralleled for higher output current.
  • Maximum output current of 100mA
  • 87.3% efficiency
  • Typical output ripple of 66mVpp
  • Synchronous operation for highest efficiency
  • Internal high side and low side power MOSFETs
  • No compensation required
  • Low dropout operation, 100% duty cycle
  • Internal or external soft start
  • Few external components required
  • Programmable input overvoltage lockout

Tillämpningar

Kraftsystem Management, Industri, Sjukvård, Bärbara Enheter, Fordon, Flygindustri

Varningar

Be careful when testing with high voltage. High voltage can result in an electric shock if care is not taken.