Use the Dr Daq as a data logger oscilloscope or signal generatorThe kit features a range of on board sensors for light sound and temperatureAccept input from standard external PH temperature sensors and scope leads etc sold separatelyDigital outputs are provided for custom interfacing with a variety of sensorsComprehensive software PicoLog and PicoScope is provided to turn your PC into a complete test stationUSB connectivity and power supporting Windows XPSP Vista and Windows 7 BSensorsBbrThanks to the built-in sensors for light sound and temperature you can start using your USB DrDAQ Data Logger straight out of the box. The USB DrDAQ also has an RGB LED that you can program to show any 1 of 16.7 million colours. When you want to do more with your DrDAQ you can thanks to the external sensor sockets. Simply buy an external sensor and your DrDAQ can measure humidity oxygen levels external temperatures and more. We provide you with all you need to know to connect external sensors to your DrDAQ so you can even design and use your own sensors.brbrBMore than just a data loggerBbrThanks to the power of your DrDAQ you can also use it as an oscilloscope or spectrum analyzer. Just run the supplied PicoScope software and your DrDAQ becomes a single-channel scope with a 100 kHz bandwidth 8-bit resolution and the ability to measure voltages of up to andplusmn10 voltsbrbrBDigital IOsBbrYour USB DrDAQ also includes 4 digital inputoutputs. In input mode these give you even more monitoring options. When used as outputs they enable you to use your DrDAQ to control external devices. 2 of the digital IOs include a pulse-counting function when used as inputs and a pulse-width modulation PWM output capabilitybrbrDrDAQ also includes a signal generator the signal generator output not only includes a standard function generator but also an arbitrary waveform generator AWG too. Using the AWG functionbryou can create your own waveformsbrbrA PC-based data logger is only as good as its software thats why the USB DrDAQ comes with a complete software package that enables you not only to use your DrDAQ as a data logger but also as an oscilloscope and AWG too. Both PicoLog and PicoScope are fast and easy to use.
Dual channel 100MHz scope with PC connectivityUp to 1GSas real time sample rate and 25GSas equivalent sample rate5.6 TFT colour LCD screen means clear and sharp resolutionLCD panel reduces the weight and size compared with conventional scopesUp to 2M memory lengthSave and recall 15 front panel settings and waveforms27 auto measurements and auto configure functionPC connectivity including cable and softwareData logging functionIncludes two 1X and 10X scope probes The GDS-1102AU is a versatile 100MHz oscilloscope particularly suited to for education and bench repair applications. This oscilloscope is easy to use and is packed with features rarely found on traditional DSOs. PC software and two scope leads are provided as standard.
Dual channel 50MHz scope with PC connectivity250MSas real-time and 25GSas equivalent-time sampling 5.7 TFT colour LCD screen means clear and sharp resolutionLCD panel reduces the weight and size compared with conventional scopes4K memory length per channelSave and recall 15 front panel settings and waveforms19 auto measurements and auto configure functionPC connectivity including cable and softwareData logging function With dual sampling modes a 4000 point record length a real-time sampling rate of 250MSas and an equivalent time sampling rate of 25GSas the GDS-1052-U Series DSO provides an excellent balance of performance between memory length and sampling speed.
Dual channel 70MHz scope with PC connectivityUp to 1GSas real time sample rate and 25GSas equivalent sample rate5.6 TFT colour LCD screen means clear and sharp resolutionLCD panel reduces the weight and size compared with conventional scopesUp to 2M memory lengthSave and recall 15 front panel settings and waveforms27 auto measurements and auto configure functionPC connectivity including cable and softwareData logging functionIncludes two 1X and 10X scope probes The GDS-1072AU is a versatile 70MHz oscilloscope particularly suited to for education and bench repair applications. This oscilloscope is easy to use and is packed with features rarely found on traditional DSOs. PC software and two scope leads are provided as standard.
Dual channel 150MHz scope with PC connectivityUp to 1GSas real time sample rate and 25GSas equivalent sample rate5.6 TFT colour LCD screen means clear and sharp resolutionLCD panel reduces the weight and size compared with conventional scopesUp to 2M memory lengthSave and recall 15 front panel settings and waveforms27 auto measurements and auto configure functionPC connectivity including cable and softwareData logging functionIncludes two 1X and 10X scope probes The GDS-1152AU is a versatile 150MHz oscilloscope particularly suited to for education and bench repair applications. This oscilloscope is easy to use and is packed with features rarely found on traditional DSOs. PC software and two scope leads are provided as standard.
40MHz samplessec in real timeBandwidth up to 10MHzFull auto range option or manualSensitivity down to 0.1mVSignal markers for amplitude frequency and timeMemory hold function and hold functionDirect audio power measurementUp to six hours operation on full chargeUSB battery charger includedRequires a scope probe Order Code AQ58NReplacement rechargeable battery available Order Code N72KF The HPS140 Handheld Pocket Scope is a powerful and reliable oscilloscope that delivers a high sensitivity level of 0.1mV. It features an impressive 40 mega samplessec in real-time 10MHz bandwidth full auto and manual range option direct audio power measurement signal markers for amplitude time memory and hold function. This portable oscilloscope can be charged via a USB port car or mains socket. brIt is suitable for anyone working with electronics components and associated devices including students automotive and communication technicians. Amateur electronics enthusiasts will also find the HPS140 Handheld Pocket Scope very useful for a variety of applications from examining signal waveforms to observing distortion or ringing comparing levels in AC or audio circuits and checking alternator ground paths for noise.