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Showing posts with the label Sensor Gerak

MPU-6050 Three-Axis Acceleration & Gyroscope 6 DOF Module

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SOLD OUT.. NO RESTOCK Harga Rp. 175.000 (harap kontak untuk cek ketersediaan produk) harga diluar ongkir Isi Paket 1 MPU-6050 Three-Axis Acceleration & Gyroscope 6 DOF Module Product Description The use chip: MPU-6050 Power supply :3-5v (internal low dropout regulator) Communication modes: standard IIC communication protocol Chip built-in 16-bit AD Converter, And16-bit data output Gyroscope range: ± 250 500 1000 2000 ° / s Acceleration range: ± 2 ± 4 ± 8 ± 16g Immersion Gold PCB, machine welding process to ensure quality Pin pitch 2.54mm About MPU-6000 MPU-6000 is the world’s first integrated 6-axis motion processing components, compared to the multi-component program, it eliminats the problem of poor combination of the gyroscope and accelerometer axis, reduces the amount of packaging space. MPU-6000 integrated 3-axis gyroscope, three-axis accelerometer, and containing by second I2C port to connect to other brands of accelerators, magnetic sensors, o...

MMA7361 Analog 3-Axis Accellerometer

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Harga Rp. 60.000  harga diluar ongkir Isi Paket:  1 MMA7361 Analog 3-Axis Accellerometer http://www.vcc2gnd.com/2014/01/Accellerometer-MMA-7361.html Features of MMA7361: Use MMA7361(instead of MMA7260) cheap and micro capacitor version accelerometer. Support 5V/3.3V input voltage, TR9161 on board,  much lower voltage drop compare to 1117, much faster response, very suitable for industrial environment Can be measured by IO of MCU as well as resitor common pins are already pointed out, use standard 2.54mm break away pin header, easy for prototyping Can go to sleep by send command via MCU Dimension:27.9 mm* 16.8mm Documentation Full Documentation MA7361

MMA7455 Digital 3-Axis Accellerometer I2C SPI

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Harga Rp. 65.000 (harap kontak untuk cek ketersedian produk) harga diluar ongkir Isi Paket 1 MA7455 Digital 3-Axis Accellerometer I2C SPI Features of MMA7455 Onboard MMA7455 digital output (supports I2C/SPI), low power consumption and compact capacitive micromachined acceleration sensor; Support 5V voltage input, onboard RT9161 power chip, lower pressure drop than the 1117, faster load the appropriate speed, ideal for high noise power environment; The pin has been commonly leads, pin standard 100mil (2.54mm), easy for lattice panels; PCB board sided gold-plated, Size: 24.9 (mm) x12.7 (mm) Documentation Full documentation MA7455

PIR Motion Sensor HC-SR501/V2

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Harga Rp. 45.000  (harga diluar ongkir) Isi Paket:  1 PIR Sensor HC-SR501/V2 Klik pada gambar di atas untuk mengecek ketersediaan stok dan memesan PIR Sensor Human Motion Detector lewat katalog harga kami di toko komponen elektronika online Indonesia Vcc2GND.com Product Description HC-SR501 is based on infrared technology, automatic control module, using Germany imported LHI778 probe design, high sensitivity, high reliability, ultra-low-voltage operating mode, widely used in various auto-sensing electrical equipment, especially for battery-powered automatic controlled products. Specification: Use BISS0001 signal processing IC, sanyo genius regulator Voltage: 5V – 20V Power Consumption: 65mA TTL output: 3.3V, 0V Delay time: adjustable (0.3 sec – 10 minutes) Lock time: 0.2 sec Trigger methods: L – disable repeat trigger, H enable repeat trigger Sensing range: less than 120 degree, within 7 meters Temperature: – 15 ~ +70 Dimension: 32*24 mm, distance...

Sensor Ultrasonic Range Finder

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Harga Rp. 55.000 (harap kontak untuk cek stock) Isi Paket 1 Module Sensor Ultrasonic Range Finder Reliable, high performance, high accuracy, blind area within 2cm Specification Voltage:DC5V Current:less 2mA TTL:higher 5V Sensing angle:Less than 15 degree Sensing distance:2cm-450cm Accuracy:about 0.3cm PCB Dimension:4.5*2.0CM Connection: VCC, trig(Control), echo(Receive), Out, GND Working principle Send high TTL signal at trigger IO. Module automatically send 8*40khz squre wave in order to detect if there are any signal return. when signal return, use each(receive) IO pin output high TTL, the output TTL time length is the time from sending till return. try to use this fomula: distance = (high TTL time* velocity of sound)/2 velocity of sound = 340m/s