Low

UCD90SEQ64EVM-650 - 

Development Board, 64-Pin Sequencer, Socket and Interface Circuitry

TEXAS INSTRUMENTS UCD90SEQ64EVM-650
TEXAS INSTRUMENTS UCD90SEQ64EVM-650

Kuva on vain kuvaavaa tarkoitusta varten. Lue tuotekuvaus tarkempia tietoja varten.

Valmistajan osanumero:
UCD90SEQ64EVM-650
Tilauskoodi:
2379763
Tekninen tuotetietolomake:
(EN)
Näytä kaikki tekniset asiakirjat

Tuotetiedot

:
UCD90SEQ6464
:
-
:
Power Supply Sequencer and System Health Monitor
:
Power Management
:
-
:
-
:
Evaluation Board UCD90SEQ6464
:
-
:
Texas Instruments
Löydä vastaavia tuotteita Voit etsiä vastaavia tuotteita valitsemalla ja muokkaamalla yllä olevia valintoja.

Tuotteen yleiskatsaus

The UCD90SEQ64EVM-650 is a fully assembled and tested circuit for evaluating the 64 pin sequencer and system health controller, including the UCD90120, UCD90124, UCD90120A, UCD90124A, UCD90910 and UCD90160. The evaluation module allows any of 64 pin sequencers to be installed into the onboard socket for evaluation. Access to all of the user input/output is provided via strip connectors for integration into complex systems using clip type jumper wires. The evaluation module allows direct PMBus (power management bus) communication with the sequencer via an onboard USB interface. This interface allows direct control of and feedback from the sequencer when using the fusion digital power designer graphical user interface.
  • USB port powered or power with single 5V supply
  • JTAG programming port for in socket device configuration
  • Serial port for advanced debugging
  • Status LED's on all GPIO
  • Strip connector I/O access
  • USB PMBus interface for communication
  • UCD90124 (in socket) and mini USB cable provided
  • Non volatile error logging
  • Closed loop margining for 10 Rails
  • Watchdog timer and system reset

Sovellukset

Industrial, Power Management, Communications & Networking

Varoitukset

It is important to operate this EVM within the input voltage range of 0V to 5.5V and the output voltage range of 0V to 3.8V. Exceeding the specified input range may cause damage to the EVM.

Liitännäistuotteet