EVAL-ADM1073MEBZ開發(fā)板套件編程器的評估演示板及套件規(guī)格書PDF中文資料

EVAL-ADM1073MEBZ屬于開發(fā)板套件編程器的評估演示板及套件。由亞德諾半導(dǎo)體技術(shù)有限公司制造生產(chǎn)的EVAL-ADM1073MEBZ評估和演示板及套件該系列產(chǎn)品提供了一種方便的方法，在經(jīng)過驗證的實施環(huán)境中評估某些重點器件的性能或特性。評估方法通常有完善的文檔說明，并且視乎具體情況由評估軟件提供支持。產(chǎn)品通常由印刷電路板組成，板上已裝有重點器件以及必要或有用的支持元器件，另外也可能包括其他組件，例如電纜或電源。對于數(shù)量特別多或類別獨特的器件類別(如 ADC、DAC 和開關(guān)模式電源)，評估平臺可組合為一個單獨的產(chǎn)品系列。

GENERAL DESCRIPTION

The ADM1073 is a full-feature, negative voltage, hot swap controller that allows boards to be safely inserted and removed from a live ?48 V backplane. The part provides precise and robust current limiting, and protection against both transient and nontransient short circuits in overvoltage and undervoltage conditions. The ADM1073 can operate from a negative voltage of ?18 V to ?80 V and can tolerate transient voltages of up to ?200 V.

FEATURES

Precision inrush linear current limit

Soft start inrush current limit profiling

Precision maximum on-time in current limit

Maximum on-time modulated by FET drain voltage for

additional SOA protection

Adjustable PWM retry scheme and multiple device cascading

capability for charging large capacitive loads

Limited number of PWM cycles for FET SOA protection under

short circuit condition

Ability to configure device as continuous autoretry with a

5-second cooling period

Shunt regulator topology to allow very large transient input

supplies

Separate UV and OV pins for programming allowable input

supply window

Programmable OV hysteresis using current source into pin

when supply is high

Programmable UV hysteresis using current sink from pin

when supply is low

PWRGD output indicates when capacitor charging complete

SPLYGD output indicates when supply is within

valid window

LATCHED output indicates the end of the retry cycle before

load capacitance is charged

SHDN input for user-commanded shutdown

RESTART input for user-triggered 5-second shutdown and

autorestart— virtual card reseat

APPLICATIONS

Central office switching

Telecommunication and data communication equipment

?48 V distributed power systems

Negative power supply control

High availability servers

?48 V power supply modules

Disk arrays