Some customers asked us about the cell grouping or grading of Neware BTS software. Is it possible for the Neware BTS software be used for cell grouping or grading? The answer is yes. Neware BTS software can be used for cell grouping or grading and it’s not difficult to use. Please refer to the following screenshot, there are 3 steps for you to
A question about BTSDA comes from one of our customers. I am using BTS TestControl 5.3.0013 (2010.6.2) with an 8 channel battery tester, model BTS-3008-5V10mA.When I run a cell, it collects the data and shows every cycle, but after the data collection completes, the first eight cycles are missing (the data file starts with cycle #9).How can I prevent this
This is a question from one of our BTS4000 customers. We found it very useful in our development to run a pulse charging regime. For example we loop 54 seconds of CCCV followed by 6 seconds of Rest. (The CCCV contains the exit condition) The functionality of the BTS4000 allows to do it. However- It collects too many records (two
For some BTS3000 COM port edition battery testers customers, they may meet COM port errors sometimes. And for customers who are using TC5.3 software, when they check the testing data, there’s also possible for them to meet some minor problems in the BTSDA software. Let take a closer look on the following pictures: From the picture we can tell:On my
ROHM is announcing the availability of a 12- to 76-Vdc input, 3A variable output voltage, dc-dc buck converter with integrated 76V MOSFET optimized for high power (high voltage x large current) applications such as motors, factory automation equipment, communications infrastructure, and industrial machinery. The BD9G341AEFJ utilizes ROHM’s high-voltage 0.6um BiCDMOS process to achieve a maximum breakdown voltage of 80V (the
Linear Technology Corporationannounces the LTC3884, a dual-output current-mode synchronous step-down dc-dc controller with programmable loop compensation and I²C-based PMBus interface. This device enables the use of very low dc resistance (DCR) power inductors (0.3 milliohms) by enhancing the signal-to-noise ratio of the current sense signal to maximize converter efficiency and increase power density. Recommended: Jeffrey Beck now Astrodyne TDI President
The HCS Series from Stackpole now includes an 0.2 milliOhm resistance value in the 3920 and 5930 chip sizes. This extremely low resistance value allows higher power current sensing with greater efficiency. In addition, the all-metal raised element means lower PCB temperatures due to increased convection under the part. The HCS typically runs 15 to 30 degrees C cooler than
Artesyn Embedded Technologies today launched the ADQ500 series, new 500-Watt quarter-brick isolated dc-dc converters with the high efficiency and thermal performance demanded by telecom network and data center equipment. ADQ500 series converters are Artesyn’s first to have both a digital interface version and an analog interface version, with both following the industry standard DOSA footprints. The digital interface version allows
Analog Devices, Inc. today introduced a 24-bit data acquisition system-on-chip (SoC) series designed to improve the performance of protection, monitoring, and power quality measurement equipment used to manage transmission and distribution (T&D) within smart grid systems. The AD7770 enables higher performance and smaller form factor protection relays, while the AD7771 enables power quality measurement equipment to provide early detection of
Linear Technology Corporationannounces the LT8331, a current mode step-up dc-dc converter with an internal 500mA, 140V switch. It operates from an input voltage range of 4.5V to 100V, making it suitable for use with a wide range of input sources found in industrial, transportation and avionic applications. The LT8331 can be configured as either a boost, SEPIC, flyback or inverting