Registrador de datos Pico Technology PP707, para E/S Digital, Humedad, Luz, pH, Pulso, Resistencia, Sonido,

Aunque la unidad de registrador de datos USB DrDAQ DrDAQ (código RS 749-1914) incluye numerosos sensores integrados, el kit de registro de datos USB DrDAQ PP707 (código RS 749-1917) contiene sensores y sondas adicionales para permitir la realización de muchas otras mediciones, lo que permite llevar a cabo experimentos adicionales de forma inmediata.

Tabla de registrador de datos USB DrDAQ
Electrodo de pH
Sensores de temperatura DrDAQ de 2 metros
Sensor de humedad de DrDAQ
CD de software
Guía de instalación USB
Cable alargador de sensor de 3 m
Sonda de osciloscopio x1 / x10 conmutable
Cable USB2 de 1,8 metros azul

Dr DAQ represents a breakthrough in data logging. Simply plug Dr DAQ into the parallel port of any PC, run the supplied software and you are ready to collect and display data. Everything required is supplied: Dr DAQ uses power from the PC so no batteries are required. Dr DAQ is an ideal tool for engineers or can be at the heart of hundreds of educational science experiments.
As well as the built-in sensors, Dr DAQ has two sockets for external sensors. When a sensor is plugged in to Dr DAQ the software detects it and automatically scales readings. For example if a temperature sensor is plugged in readings are displayed in °C. Details are provided to allow users to develop their own sensors.

Very low cost data logger
On board sensors for light, sound and temperature
ISKS/s enables Dr DAQ to capture fast signals (e.g. sound waveforms)
Built-in sensors for light, sound and temperature
Sockets for external sensors
Measures pH - just plug in any standard electrode
Output for control experiments
Simply plug into your PC and measure. PicoLog (data logging) and PicoScope (oscilloscope and spectrum analyser) software included

Temperature is sensed using a precision Thermistor. It can measure over the range 0 to 70°C with a resolution of 0.1°C (at 25°C)
The light sensor is designed for measuring ambient light levels. It has a fast response so can also be used to measure the flicker of lights or computer monitors
The internal microphone measures both sound level and sound waveforms. Sound level is 'A law' weighted to match the response of the human ear and can be measured over the range 55 to 100dBA. Sound waveforms can be displayed in both the time (oscilloscope) and frequency (spectrum analyser) domain
Voltage (0 to 5V) and Resistance (0 to 1MΩ) can be measured using the screw terminal connectors
A digital output and a LED are also provided for control/alarm purposes. These can be set on/off using threshold limits on any channel