Industrial

The MAX1909 evaluation kit is an accurate and efficient multichemistry battery charger. It can charge three or four series Li+ cells with a current up to 3A. Charge current and input-source current are adjustable using on-board potentiometers. The output voltage is set to 4.2V ✕ the number of series cells in the battery pack. The number of series cells is jumper-selectable. The output voltage is adjustable between 4V to 4.4V (✕ number of series cells) by installing two resistors. The EV kit provides outputs to monitor the AC adapter current and the presence of an AC adapter. The MAX1909 automatically selects the power path for supplying power to the system by controlling two external P-channel MOSFETs. This decision is made based on the presence of an AC adapter.

This document introduces the features and characteristics of DS907x SIP Stik Connectors, including snap-in connection, low insertion force, redundant contacts.

The DS1647/DS1647P is a nonvolatile timekeeping RAM with an internal battery that provides over 10 years of operation in the absence of power. The device has a standard JEDEC byte-wide 128k x 8 RAM pinout and is pin-for-pin compatible with other densities of DS164XP Timekeeping RAM.

The DS9006K SIP Stik Prototyping Kit is a prototyping kit that includes components such as the DS9005 Eurocard Enclosure and DS9006 SIP Stik Motherboard. It is suitable for prototyping SIP Stiks.

DS9006 is a SIP Stik Motherboard printed circuit board produced by German Stik Company. This board can be used for prototype circuit design and supports Stik prefabs and/or RJ11/45 connector schemes.

The DS9005 Eurocard Enclosure is a rugged, two-piece plastic enclosure that is manufactured by DEASKON.

The DS9003 Cartridge Proto Board is a developmental printed circuit board for prototyping portable hand-held cartridges. The gold-plated card edge connections conform to the popular 28-pin bytewide DIP socket pinout when used with the DS9000 Bytewide Cable Harness. The card profile matches that of the DS1217 Nonvolatile Read/Write Cartridges and can be used with the NO TAG Cartridge Housing. It features a plated through-hole pattern for wire wrap or solder mount development. It allows for a single double-size cartridge or two standard-size cartridges. It has separate full length power and ground buses for ease of layout.

The DS9002 Cartridge Housing is a rugged, two-piece snap together cartridge housing designed for use in any portable cartridge application. Components can be either through-hole mounted or surface mounted on both sides depending upon density requirement and board design. The outside profile of the PCB should match the DS9003 Cartridge Proto Board. Applications include nonvolatile static RAM, ROM, or EPROM memory cartridges.

The DS9000 Bytewide Cable Harness is a specially designed cable harness which converts Dallas Semiconductor DS1217 Nonvolatile Read/Write Cartridges or any other 30-position card edge to the popular bytewide 28-pin DIP socket. It features a bifurcated cantilever beam card edge design with redundant contact and mechanical keys for proper insertion and withdrawal of Nonvolatile Read/Write Cartridges. The six-inch cable length allows for flexibility in end applications and does not substantially affect the performance characteristics of the DS1217.

LT1510/LT1510-5 is a simple and efficient solution for fast-charging modern rechargeable batteries including lithium-ion (Li-Ion), nickel-metal-hydride (NiMH)*, and nickel-cadmium (NiCd)* that require constant-current and/or constant-voltage charging. It features an internal switch capable of delivering 1.5A DC current (2A peak current). The charging current programming is simplified with a 0.1Ω onboard current sense resistor, requiring only one resistor or a programming current from a DAC to set the full charging current (1.5A) within 5% accuracy. With 0.5% reference voltage accuracy, the LT1510 meets the critical constant-voltage charging requirement for lithium cells. It can charge batteries ranging from 2V to 20V, and does not require ground sensing of current, allowing the battery's negative terminal to be tied directly to ground. The chip operates with a saturating switch running at 200kHz (500kHz for LT1510-5), providing high charging efficiency and small inductor size. A blocking diode is not needed between the chip and the battery as the chip goes into sleep mode and drains only 3µA when the wall adaptor is unplugged. Soft start and shutdown features are also included.

Agilent's new Chiral ß column is designed specifically to solve the optical isomer separation problems in the petroleum chemical, pharmaceutical, and fragrance industries. The column uses perfluorochemicals as the stationary phase, and has the characteristics of low bleed, low cross-contamination, high separation efficiency, and high sensitivity.

This document describes the features and characteristics of the BZV55 series voltage regulator diodes, including total power dissipation, tolerance series, working voltage range, and non-repetitive peak reverse power dissipation.

Tired of manually crimping and decapping vials? The Agilent Electronic Crimpers and Electronic Decappers provide a solution by allowing you to crimp and decap 2mL and 20mm vials with the push of a button. These motor-driven, hand-held tools are powered by the Black & Decker VersaPak® Gold rechargeable battery, enabling you to process hundreds of vials per battery charge. The ergonomic design of the Electronic Crimpers and Electronic Decappers ensures a comfortable and natural grip, minimizing wrist and hand fatigue associated with manual crimping and decapping tools. They can be easily positioned on a bench or table without straining the wrist. The crimping and decapping jaws can be electronically set to the desired level, ensuring reliable and reproducible results. The jaws are designed to accommodate closely-spaced vials found in standard vial holders or autosampler trays. The crimping or decapping force can be adjusted using the buttons and is electronically controlled for a gas-tight seal or precise release of the cap for vial reuse. The Electronic Crimpers and Electronic Decappers come with a battery and charger.

Agilent Electronic Crimpers and Electronic Decappers can crimp and decap 2mL and 20mm vials with the touch of a button

The document describes the performance features of the 3100 Sample Concentrator, such as unmatched inertness with Silcosteel® tubing and fittings, improved temperature uniformity, built-in Moisture Control System™, Trap Pressure Control™, and rapid trap heating and cooling. It also mentions the benefits of the redesigned sample drain system and improved trap backflush.