A 0.8 x 0.4 inch (21 x 10 mm) breakout board with the ADT002-10E low-hysteresis quadrant rotation sensor.
The board has a pre-soldered sensor and footprints for a standard 0.1" (2.54 mm) header and a common, 1 mm pitch card-edge connector.
The board can be powered by a 0 to 5.5 V supply and provides sine and cosine digital quadrature outputs.
A 0.8 x 0.4 inch (21 x 10 mm) breakout board with the ADT005-10E ultralow power quadrant rotation sensor.
The board has a pre-soldered sensor and footprints for a standard 0.1" (2.54 mm) header and a common, 1 mm pitch card-edge connector.
The board can be powered by a 0 to 5.5 V supply and provides sine and cosine digital quadrature outputs.
A smart business card that demonstrates the ADT925-14E 1.1 x 1.1 mm DFN4 TMR Switch sensor.
The board can be plugged into a USB TYPE-A connector, such as those on a computer, for power. An LED on the card shows when the sensor is activated. A small neodymium magnet is included to activate the sensor.
You can carry it with you so you're always prepared to demonstrate the high sensitivity, low power, and small size of TMR sensors.
The AG001-01E GMR Analog Sensor Evaluation Kit is designed for experimentation and development. The kit contains an assortment of 14 NVE analog sensors plus several printed circuit boards and various permanent magnets. It includes the high-sensitivity AAH002 sensor. The kit contains only RoHS compliant parts.
This kit includes a demo board with the ultraminiature, ultralow-power ADL021 magnetic switch. An LED shows the sensor output. The board is powered by a three-volt lithium coin cell (included), and the sensor quiescent power consumption is so low that the battery will last indefinitely.
A miniature bar magnet is included so you can see for yourself how these remarkable sensors work.
Sensor quiescent current is only 100 nA typical; the sensor operate point is 20 Oe; and the sensors are 1.1 mm x 1.1 mm.
These miniature evaluation boards are just 0.25 x 1.57 inches (6 x 40 mm).
This kit includes an evaluation board with the ultraminiature, ultralow-power ADL021 magnetic switch.
The board has a digital output, and can be powered from a 3.3-volt nominal supply. An LED shows the output.
A miniature bar magnet is included so you can see for yourself how these remarkable sensors work.
Typical sensor quiescent current is only 100 nA, the sensor operate point is 20 Oe, and the sensors are 1.1 mm x 1.1 mm.
These miniature evaluation boards are just 0.25 x 1.57 inches (6 x 40 mm).
The AG040T Demonstration Board has an ADT923 TMR magnetic switch powered by a three-volt lithium coin cell (included). An LED to show the sensor output. The sensor’s low quiescent power allows the battery to last at least several years with occasional LED use.
A miniature bar magnet is included so you can see for yourself how these remarkable sensors work.
The sensors are 1.1 mm x 1.1 mm x 0.35 mm, and these miniature evaluation boards are just 0.25 x 1.57 inches (6 x 40 mm).
The evaluation board includes three sensor over current-trace modules with three AAL024-10E TDFN current sensors.
The board measures 1.565" x 2.915" (40 mm by 74 mm), and includes three separable modules. The three modules are optimized to measure currents of 0-0.75A, 0-5A, and 0-50A.
This demonstration features the ALT025 low hysteresis, high-speed TMR magnetometer and a high current PCB layout, optimized for the detection of +/- 200 amps. The board has sturdy screw terminal connections for current input, and it has header pins for sensor power and output.
AG910-07 kit includes several MSOP GMR Switches with different magnetic operate points and different output options such as current sink and current source. Magnets, circuit boards for mounting the parts, and a zero insertion force (ZIF) socket are also included.
AG911-07 kit includes several MSOP GMR Switches with different magnetic operate points and different output options such as current sink and current source. A magnet and circuit boards for mounting the parts are included.
The kit includes one of each of NVE's analog and digital GT Sensors, two DD001-12E signal processing ICs, and several circuit boards for fixturing and testing the sensors.
A self-contained demonstrator for NVE’s unique AKL digital gear tooth sensor.The battery-powered demonstrator (battery included) is based on an AKL001 sensor. The demonstrator also includes a circuit board with an LED and driver, a biasing magnet, and a gear that can be turned by hand. No assembly required. Dimensions 3" x 3" x 1.5".
The kit includes a circuit board with an AAT001-10E 1.25 megohm Angle Sensor and a unity-gain buffer amplifier. The circuit board can be powered with a 1.7 V to 5.5 V power supply. An angular reticle on the circuit board aids in characterizing output versus angle.
The kit also includes a split-pole magnet and a plastic magnet locating fixture.
The kit includes a circuit board with an AAT003-10E 40 kilohm Angle Sensor and a unity-gain buffer amplifier. The circuit board can be powered with a 1.7 V to 5.5 V power supply. An angular reticle on the circuit board aids in characterizing output versus angle.
The kit also includes a split-pole magnet and a plastic magnet locating fixture.
The AAT003-10E Angle Sensor's 20 kilohm output impedance is ideal for direct interface to microcontrollers.
The kit includes a circuit board with an ADT002 low hysteresis, ultralow-power rotation sensor, a split-pole magnet that can be turned, and simple circuitry to drive LEDs from the sensor outputs. Two LEDs follow the sensor outputs; four others indicate the rotational quadrant.
A 3-volt coin cell (included) powers the board.
The kit includes a circuit board with an AAT009-10E 6 megohm Angle Sensor and a unity-gain buffer amplifier. The circuit board can be powered with a 1.7 V to 5.5 V power supply. An angular reticle on the circuit board aids in characterizing output versus angle.
The kit also includes a split-pole magnet and a plastic magnet locating fixture.
The AAT009-10E Angle Sensor has ultra-ultra low power consumption and is ideal for long-term battery-powered operation or operation from harvested power.
The kit includes a circuit board with an AAT101-10E Full-Bridge Angle Sensor, which provides two differential analog outputs, 90 degrees out of phase. The circuit board can be powered with a 0 V to 5.5 V power supply. An angular reticle on the circuit board aids in characterizing output versus angle.
The kit also includes a split-pole magnet and a plastic magnet locating fixture.
The AAT101-10E Angle Sensor typical output amplitude is 400 mV/V peak-to-peak for each output.
This kit includes a 5-inch by 5-inch circuit board with an AAT003 Angle Sensor, 60 multicolor smart LEDs (6° spacing) to indicate rotation angle, and a preprogrammed, onboard ATtiny microcontroller.
The microcontroller also provides a PWM angle output. The board is factory calibrated and can optionally be field calibration.
A split-pole magnet, a magnet locating fixture, and a 5-volt wall mount power supply module are also included.
The board comes preprogrammed, but the Arduino compatible software is available on Github/NveCorporation so you can use the routines in your own application.
The kit includes a demo board with three ultraminiature, ultralow-power ADL-Series magnetic sensors. Each sensor drives an indicator LED, and a meter shows the sensor power in microamps or nanoamps.
A miniature bar magnet is included so you can see for yourself how these remarkable sensors work.
The evaluation boards are 3.75 x 5 inches (95 x 127 mm), and are powered by a coin cell (included).