Industrial

The TP-425 is a lithium polymer battery charger capable of up to 4 series cells and 2.5 amps of charging current. It incorporates very intelligent software algorithms which make it extremely safe to use even for the beginner. It's small package size and low weight make it ideal for use practically anywhere, especially for those who fly with smaller battery packs, such as park fliers. The ‘425 is meant to be a stand alone unit but it is still advisable for the user to acquire a balancer and use it periodically to assure maximum battery life. For proper, full power operation, it is imperative that a power supply capable of at least 4 amps be used. An automotive battery is ideal. To use the unit all one needs to do is the following: 1) Using the included power cable, plug one end into the charger and clip the alligator clips onto a power source, red to positive (+) and black to negative (-). 2) Plug in the proper battery cable (one that has connectors to match the battery you wish to charge). 3) Set the cell count (using the white button) to match the number of cells in your battery. Note that the unit has auto cell counting abilities and even if you do not get this setting correct the charger will automatically adjust to the correct number of cells. 4) Set the charge current (using the red button) to match the capacity of your battery. 5) Plug in your battery. 6) Push the black start/stop button. 7) When the green “full” LED is lit and an audible “chirpin”, the battery is fully charged.

The TP-425 charger is specifically designed to charge Lithium-polymer batteries. Do not attempt to charge any other types of batteries. The charger features a high-speed digital power system and is capable of charging up to 2500mA/4 cells in series. It has easy monitoring indicators for current and voltage charge status, as well as beep alerts for fault conditions or when the charge is complete. The charger also has reverse polarity protection circuitry and a safe mode automatic cell count. The charge procedures involve connecting the power source and the battery, selecting the charge current and cell count, and pressing the start/stop button. The charger's LED display indicates the charge status.

The PI6C2405A is a PLL based, zero-delay buffer, capable of distributing five outputs of up to 133MHz. It features low cycle-to-cycle jitter, input to output delay of less than 300ps, internal feedback for output synchronization, 5V tolerant input, and spread spectrum clock readiness.

The PI6C2404A-1 is a PLL-based, zero-delay buffer, with the ability to distribute four outputs of up to 133 MHz at 3.3V. Two banks of two outputs exist, OUTA[1–2] and OUTB[1–2]. An external feedback pin is used to synchronize the outputs to the input; the relationship between loading of this signal and the other outputs determines the input-output delay. The PI6C2404A-1 is characterized for both commercial and industrial operation.

PI6C2310 is a low skew, low jitter, PLL clock buffer with divider or multiplier designed for PCI-X application in servers and worksta- tions. There are two selectable input ranges using HF# input: 10-40 MHz and 40-80 MHz. All outputs are synchronized to the input and to the other outputs. Each output can be independently turned off to reduce EMI and power consumption.

Draganflyer Extreme Battery System instruction manual, introduces the features of Extreme Battery System, including flight time, charging time, battery capacity, etc.

This is the instruction manual for ThunderPower RC's multi-chemistry battery charger/discharger/cycler/balancer system.

This document is the operation manual of 2000-T Transcutaneous Electrical Nerve Stimulation (TENS) Device

This document is about the safety instructions for using the 50 PSI compressor

This is the user guide for the VPAP™ Auto 25 VPAP™ ST VPAP™ S Positive AirwAy Pressure device

This is the operation manual of a pipette puller. It includes the working principle, operating instructions, precautions and maintenance methods of the pipette puller.