Industrial

The DS2030 is a 256kb reflowable nonvolatile (NV) SRAM, which consists of a static RAM (SRAM), an NV controller, and an internal rechargeable manganese lithium (ML) battery. These components are encased in a surface-mount module with a 256-ball BGA footprint. Whenever VCC is applied to the module, it recharges the ML battery, powers the SRAM from the external power source, and allows the contents of the SRAM to be modified. When VCC is powered down or out of tolerance, the controller write-protects the SRAM’s contents and powers the SRAM from the battery. Two versions of the DS2030 are available, which provide either a 5% or 10% power-monitoring trip point. The DS2030 also contains a power-supply monitor output, RST, which can be used as a CPU supervisor for a microprocessor.

The DS2016 2k x 8 3V/5V Operation Static RAM is a 16,384-bit, low-power, fully static random access memory organized as 2048 words by 8 bits using CMOS technology. The device operates from a single power supply with a voltage input between 2.7 and 5.5 volts. The chip enable input ( CE ) is used for device selection and can be used in order to achieve the minimum standby current mode, which facilitates both battery operated and battery backup applications. The device provides access times as fast as 100 ns when operated from a 5-volt power supply input and also provides relatively good performance of 250 ns ac.

DS2012SF is a 6000V rectifier diode produced by Dynexsemi. It can withstand a maximum surge current of 16500A and is mainly used in switch power supplies, welding equipment, motor control and other fields.

This document describes the features and characteristics of the DS2009SF rectifier diode, including double side cooling and high surge capability. It is suitable for applications such as rectification, freewheel diode, DC motor control, power supplies, welding, and battery chargers.

DS2007SF is a rectifier diode produced by Dynexsemi. Its main feature is high surge capability. It can be used in rectification, freewheel diode, DC motor control, power supplies, welding, battery chargers and other scenarios.

This application note describes in detail how the Agilent Technologies 2100 bioanalyzer can be used to analyze PCR fragments using the DNA 7500 LabChip® kit. Both size and concentration information can be obtained for fragments ranging from 100–7500 base pairs. Sizing and quantitation accuracy were determined and performance was compared to slab gel electrophoretic methods. The advantages of the DNA 7500 assay for determining PCR product purity are also described.

The Agilent 2100 bioanalyzer and the Cell Fluorescence LabChip® kit can be used to determine the efficiency of transfection of mammalian cells using green fluorescent protein (GFP) as a reporter molecule.

This document describes the analysis of amino acids in seasonings using the automated pre-column derivatization method. Compared to post-column derivatization or manual pre-column derivatization methods, this method offers advantages such as simple system configuration, low running costs, and good stability of quantitative data.

DS2004SF is a dynexsemi 2800V diode with double side cooling and high surge capability.

This application brief describes a solid phase extraction method for the analysis of benzodiazepines in serum using an Agilent AccuBOND SPE ODS (C18) 6 mL/500 mg cartridge.

This document describes the solid phase extraction method for anabolic steroids using the AccuBOND II ODS (C18) 6 mL/500 mg cartridge. The sample is processed by adding methanol and water, followed by adsorption, elution, and concentration using vacuum. The residue is dissolved and injected into a gas chromatograph for analysis.

This Application Note describes purification of a recombinant GFP fusion protein and purity verification using fluorescent measurement, SDS-PAGE followed by Western blotting, and the Protein 200 assay.

This Application Note describes the peak-based purification of 15 samples, which model a part of a combinatorial chemistry library, using the Agilent 1100 Series purification system. The samples were purified using a generic method with a gradient from 5 to 95 % organic phase in relatively short time. The re-analysis of the fractions was done on an analytical HPLC system to check the collected fractions for purity of the desired compounds.