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STEMlab 125-14 (originally Red Pitaya V1.1) is an open source measurement and control tool in size of a credit card (dimensions: 107 x 60 x 21 mm). It can replace many expensive laboratory measurement instruments. The STEMlab 125-14 unit is a network attached device based on Linux operating system. It includes Radio Frequency signal acquisition and generation technologies, FPGA, Digital Signal Processing and CPU processing. The STEMlab 125-14 unit is equipped with a Micro USB socket used for console connection, a microSD slot for microSD memory card, a RJ45 socket for Ethernet connection and a USB socket used for standard USB devices.Features:• High performance hardware at a surprising price tag.• Replaces most essential instruments: (Oscilloscope, Spectrum analyser, Signal generator, LCR meter)• LAN or wireless access from any WEB browser via tablet or a PC regardless of the OS (MAC, Linux, Windows, Android, iOS).• LabView and MATLAB® interface.• Possibility to make your own application and share it with others.• Open source software.RF inputs:• Number of channels: 2• Bandwidth: 50 MHz (3 dB)• Sample rate: 125 Msps• Input impedance: 1 MΩ / 10 pF• Connector: SMA-FRF outputs:• Number of channels: 2• Bandwidth: 50 MHz• Sample rate: 125 Msps• Load impedance: 50 Ω• Connector: SMA-FAuxiliary analog input channels:• Number of channels: 4• Nominal sampling rate: 100 ksps• ADC resolution: 14 bit• Input voltage range: 0 to +3.5 V• Input coupling: DC• Connector: IDC connectorAuxiliary analog output channels:• Number of channels: 4• Output type: Low pass filtered PWM• PWM time resolution: 4ns (1/250 MHz)• Output voltage range: 0 to +1.8 VDimensions: 107 x 60 x 21 mmCalibration:Calibration is performed in noise controlled environment. Inputs and outputs gains are calibrated with 0.02 % and 0.003 % DC reference voltage standards. Input gains calibration is performed in medium size timebase range. STEMlab 125-14 is non-shielded device and its inputs/outputs ground is not connected to the earth grounding as it is in case of classical Oscilloscopes. To achieve calibration results given below, STEMlab 125-14 must be grounded and shielded. Inputs       LV settings (+/- 1 V range)   LV settings (+/- 1 V range)   DC gain accuracy @ 122 kS/s DC offset @ 122 kS/s DC gain accuracy @ 122 kS/s DC offset @ 122 kS/s 0.2 % +/- 0.5 mV 0.4 % +/- 2 mV Outputs       DC offset   DC gain accuracy Ripple @ 0.5V DC +/- 4 mV   0.4 % 0.4 mVpp Kit contents:• 1x STEMlab 125-14 board with calibrated Inputs and Outputs• 1x Aluminium case• 1x micro USB power supply adaptor• 1x microSD card (4 GB) with pre-installed OS• 1x Ethernet cable (1 m)• 2x Osciloscope probes• 2x SMA to BCN adapter• 2x 50 ohm termination• 2x SMA T adapter• 1x WIFI dongle

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STEMlab 125-14 (originally Red Pitaya V1.1) is an open source measurement and control tool in size of a credit card (dimensions: 107 x 60 x 21 mm). It can replace many expensive laboratory measurement instruments. The STEMlab 125-14 unit is a network attached device based on Linux operating system. It includes Radio Frequency signal acquisition and generation technologies, FPGA, Digital Signal Processing and CPU processing. The STEMlab 125-14 unit is equipped with a Micro USB socket used for console connection, a microSD slot for microSD memory card, a RJ45 socket for Ethernet connection and a USB socket used for standard USB devices.Features:• High performance hardware at a surprising price tag.• Replaces most essential instruments: (Oscilloscope, Spectrum analyser, Signal generator, LCR meter)• LAN or wireless access from any WEB browser via tablet or a PC regardless of the OS (MAC, Linux, Windows, Android, iOS).• LabView and MATLAB® interface.• Possibility to make your own application and share it with others.• Open source software.RF inputs:• Number of channels: 2• Bandwidth: 50 MHz (3 dB)• Sample rate: 125 Msps• Input impedance: 1 MΩ / 10 pF• Connector: SMA-FRF outputs:• Number of channels: 2• Bandwidth: 50 MHz• Sample rate: 125 Msps• Load impedance: 50 Ω• Connector: SMA-FAuxiliary analog input channels:• Number of channels: 4• Nominal sampling rate: 100 ksps• ADC resolution: 14 bit• Input voltage range: 0 to +3.5 V• Input coupling: DC• Connector: IDC connectorAuxiliary analog output channels:• Number of channels: 4• Output type: Low pass filtered PWM• PWM time resolution: 4ns (1/250 MHz)• Output voltage range: 0 to +1.8 VDimensions: 107 x 60 x 21 mmKit contents:• 1x STEMlab 125-14 board• 1x micro USB power supply adaptor• 1x microSD card (4 GB) with pre-installed OS• 1x Ethernet cable (1 m)

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Otii Arc is the ultimate developer tool for designing highly energy-efficient devices. It is an easy-to-use, all-in-one, featured-packed tool for every developer's table.It records currents and voltages and displays them in real-time as charts and interactive measurements for analysis and comparisons. Recordings can be synchronized with UART debug logs, giving insights into what drains the energy.Otii Arc is compact, portable, and powered via USB from your laptop (DC supply is optional). It comes with a lifetime subscription of Otii software (standard version), a powerful and easy-to-use desktop application for Ubuntu, Windows & macOS, download here. Channels 10 Sampling Rate 4 kSa/s Main Current (<19.5mA) 1 kSa/s other channels Power Supply Voltage 5 V USB optional 7 V - 9 V DC, up to 5 A Power Consumption < 1 W Operating Temperature 15 °C – 25 °C Storage Temperature -20 °C - 60 °C Cooling Method Convection Dimensions 145 mm x 110 mm x 50 mm Weight 500 g Maximum Measurement Length No limits Testing Modes Main Voltage, Main Current, ADC Voltage, ADC Current, Sense+ Voltage, Sense- Voltage, GPI1 level, GPI2 level, UART RX, UART TX Maximum Output Voltage 3.75 V (USB supply, auto range) 4.20 V (USB supply, high range) 4.55 V (DC supply, auto range) 5.00 V (DC supply, high range) Maximum Output Current 5.0 A peak 2.5 A continuous Maximum Input Voltage 5 V on any pin Maximum Input Current 2.5 A sink capability Range Accuracy Resolution Voltage 5 V ±（0.1% + 1.5 mV) 1 mV Current ±19.5 mA±2.7 A2.7 A - 5.0 A ±（0.1% + 50 nA)±（0.1% + 150 uA)±（1%) 5 nA82 uA1.5 mA For more information, click here.Included Qoitech OTii ARC USB to micro-USB cable

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This heater is made to work with an off-the-shelf, 5 V battery pack or two lipo batteries (be sure both can output 2 A safely). The heater will get hotter depending on the voltage you use. The heater warms up quickly with tangible heat within 60 seconds and top heat after 2 minutes. Use this component for heating devices, or for thermochromic effects. Features Bend Radius Limitation: None Thickness: Approx 10mils Operating Voltage Range: 5-7.2 V Operating Current Range: 1-3 A Operating Temperature: 130-150 degrees F Component Dimensions: 6 x 6' Heating Area Dimensions: 5.75 x 4'

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Like the mini pressure sensor, but bigger! Our 3x3 mega pressure matrix has 6 leads, allowing you to map which point you are at in the 3x3 matrix and get a pressure mapping over a surface. Each area has an analog readout that varies depending on the weight of the item on the pressure sensor. Generally, sensor values will read from 500 Kohms to 100 ohms depending on the force put onto the sensor. Features Component: 5' x 6.5 Sensing Area 3.0' Square Thickness: Approx 20 mils

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Double Backlit User Interface: The dual backlit button is just like the single backlit button, but twice the fun! Use this component when you need to operate something up and down, or right to left. Using cut-out vinyl, you can create icons and stickers on fabric that show your users button functionality. Features Component: 4.6' x 6.3' Individual Button Size: 1' radius circle Press Durability: Up to 10,000 presses under 5lbf LED Voltage: 5 V

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The mini single pressure sensor gives you an analog read that maps to force on the sensor. The more you press, the lower the resistance goes, perfect for on-body pressure related sensing like ribcage expansion for breathing. This little one is small, but mighty, making it convenient for small surface area applications. Features Component: 2` x 1` Sensing area: .75` x .75` Thickness: Approx 20mils

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The single backlit button is a simple mechanical switch that comes with an LED inside. When you press the button, the circuit is completed, driving your pin high or low. Use the embedded LED to make a glowing power icon, logo , or whatever suits your fancy. Features Press durability: Up to 10,000 times pressing under 5lbf (22.24 N) LED Voltage: 5 V Component: 2' x 3' Individual (5,08 cm x 7,62 cm) Button Size: 1' radius circle (2,54 cm)

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Integral Light Source, High Precision and Uniformity The self-developed integral light source adopts the reflection & refraction to make the light intensity distribution of the whole screen uniform, and each dimension of the model with consistent accuracy. Integral Light Source vs Matrix Light Source Integral light source: It is composed of 12 lamp beads, and each lamp bead e is composed of 4 light-emitting chips, the uniformity of light source energy can reach more than 80%. When the individual lamp beads are attenuated, the uniformity of the printed model e is not affected. Ordinary light source: It consists of many ultraviolet lamp beads evenly arranged in a row. The light intensity of the lamp bead splicing area is uneven, and the lamp bead damage has a greater impact on the uniformity of the printed model. Wi-Fi/APP Remote Control Creality Cloud APP for monitor printing progress, adjust the printing settings, Start/Stop prints. Built-in Wi-Fi allows one-click upgrades to the firmware. Double Heat Dissipation, Efficient Purification Specially designed dual heat dissipation system, precise and intelligent control to detect the heat source, and quickly evaporate heat. Activated carbon air filtration system to reduce odor emission and optimize printing experience. Specifications LCD pixel 3840 x 2400 LCD screen 8.9' monochrome Light source Integral Light Source Printing size 192 x 120 x 200 mm XY-axis precision 0.05 mm Printing speed 1-4s/layer Layer thickness 0.01-0.2 mm Interaction screen 5' color touch screen Material 405 nm UV Resin Auto-leveling Easy manual leveling Input power 100-240 V Machine size 330 x 301 x 572 mm Machine weight 10.6 kg

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The i-CON PICO suits all SMT und PTH soldering applications in production, repair and R&D, where antistatic design is not a must.The i-CON PICO does without ESD capability but has an impact-proof housing. The i-TOOL PICO has a heat-resistant cable and uses an exchangeable high-performance heating element in the combined metal/plastic housing.The compact tool holder with silicone base and spring support for the soldering iron has room for the dry sponge and soldering tips.Features Digital soldering station with ultra light and ergonomic i-TOOL NANO soldering iron Small footprint (145 x 80 mm) – saves valuable workbench space Three fixed temperature settings or continuous temperature setting from 150 °C up to 450 °C Three selectable energy levels Automatic stand-by function and non-operative mode saves energy & tip life Complete system parameterization via simple PC software and microSD card Fully antistatic according to MIL-SPEC/ESA standards Specifications Max. rating 80 W Power rating 68 W Temperature range 150-450 °C Heat up time 9 s Nominal voltage 230 V AC Secondary voltage 16.5 V Antistatic design No Digital display Yes Weight 1.9 kg Dimensions 80 x 145 x 103 mm (W x D x H) DownloadsDatasheet

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