The marketing status values are defined as follows: ACTIVE: Product device recommended for new designs. LIFEBUY: TI has announced that. UC NRND. Linear Lead-Acid Battery Charger. uc Sealed Lead-Acid Battery Charger datasheet (Rev. C) (pdf, MB) Download datasheet. UC application. INFO available. Sealed Lead-Acid Battery Charger. FEATURES. • Optimum Control for .. This datasheet has been download from.
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UC ~ UC Sealed Lead-Acid Battery Charger. For your review we have included the first page of the data sheet. To download the entire PDF version of. Uc Battery Charger - Download as PDF File .pdf), Text File .txt) or read online. UC UC Sealed Lead-Acid Battery Charger. FEATURES. •. Optimum Control for Maximum. Battery Capacity and Life. •. Internal State Logic Provides.
After tediously doing this a few times I finally wrote this program to make it easier. Update: alas the 1A and 5A chargers have been discontinued.
But the site still has quite a bit of useful information. Update - I have been using these chargers for several years and found a few shortcomings.
Firstly, two UC chips have inexplicably failed. The result is the battery goes off charge. The only way to know is to test the battery voltage and see that it is not Replacing the UC restores proper operation.
Use with care. Browse 1. It is particularly useful for viewing files in character, and hex and character. To switch to hex view and back, enter the command 'v'. However, browse cannot handle files greater than 2GB in size. May '09 to fix a memory allocation error message.
Directory Display for Windows DD is a command line directory program which I use as an alternative to the dir command. The command is dd, which is quick and easy to type in.
Adapts to long file names, and you can sort by name, date, extension, size.
Updated Aug. Updated Nov. Apparently the demo software has become hard to find, so here it is.
The charging methods used to replenish or maintain the charge on a lead-acid battery have a significant effect on the performance of the cells. Building an optimum charger, one that gets the most out of a battery, is not a trivial task.
Making sure that a battery undergoes the proper charge and hold cycle requires precision sensing and control of both voltage and current, logic to sequence the charger through its cycle, and temperature corrections added to the chargers control and sensing circuits to allow proper charging at any temperature.
In the past this has required a significant number of components, and a substantial design effort as well. The UC Sealed Lead-Acid Battery Charger combines precision voltage and current sensing with voltage and current control to realize optimum battery charge cycles.
Internal charge state logic sequences the device through charging cycles. Voltage control and sensing is referenced to an internal voltage that specially tracks the temperature characteristics of lead-acid cells.
The block diagram for the UC is shown in figure 1.
Separate voltage loop and current limit amplifiers regulate the output voltage and current levels in the charger by controlling the onboard driver The driver will supply 25mA of base drive to an external pass element.
Voltage and current sense comparators are used to sense the battery condition and respond with logic inputs to the charge state logic. The charge enable comparator on this IC can be used to remotely disable the charger The comparators 25mA trickle bias output is active high when the driver is disabled. These features can be combined to implement a low current turn-on mode in a charger, preventing high current charging during abnormal conditions such as a shorted or reversed battery.
A very important feature of the UC is its precision reference. The reference voltage is specially temperature compensated to track the temperature characteristics of lead-acid cells. The IC operates with very low supply current, only 1.