• labarai_bgg

Kayayyaki

JD-M202 MEMS dual-axis gyroscope

Takaitaccen Bayani:

XC-M202 MEMS dual-axis gyroscope, ta yin amfani da madaidaicin gyroscope, babban aiki na zafin ramuwa algorithm da inertial na'urar calibration algorithm, fitar da farar abin abin hawa da jagorantar gatura biyu na saurin kusurwa da bayanin zafin ciki na samfur a cikin ainihin lokaci. Wannan ƙirar gyroscope matakan shine Φ 22mm*30.5mm, ta amfani da wutar lantarki ± 15V kuma nau'in mu'amalar sadarwa shine RS422 serial interface. Gyroscope yana da abũbuwan amfãni daga kananan size, high madaidaici, tasiri juriya, mai kyau maimaitawa, gajeren lokacin farawa, da dai sauransu kuma ya dace da mai nema, photoelectric pod, turntable da sauransu.


Cikakken Bayani

OEM

Tags samfurin

Siffofin

Iyakar aikace-aikace:Ana iya amfani da shi zuwa tsarin servo mai yawa-filaye.

Daidaita muhalli:Ƙarfin girgizawa da juriya mai girgiza. Yana iya samar da ingantaccen bayanin saurin kwana a -40 °C ~ +85 °C.

Fayilolin aikace-aikacen:

Jirgin sama:mai neman, optoelectronic pod

Ƙasa:turret, turntable

图片 1
图片 7

Siffofin aikin samfur

Nau'in awo

Sunan awo

Ma'aunin Aiki

Jawabi

Giroscope sigogi

kewayon aunawa

± 400°/s

mai iya daidaitawa

Scale factor repeatability

<50pm

Siffar sikelin layi

<200ppm

Kwanciyar hankali

<5°/h(1σ)

Matsayin soja na ƙasa 10s santsi

Rashin kwanciyar hankali

<1°/h(1σ)

Allan Curve

Maimaituwar son zuciya

<10°/h(1σ)

Matsayin soja na ƙasa

Tafiya bazuwar Angular (ARW)

<0.15°/√h

Bandwidth (-3dB)

200Hz

Latency bayanai

<1ms

Ba a haɗa jinkirin sadarwa ba.

InterfaceCharacteristics

Nau'in mu'amala

Saukewa: RS-422

Baud darajar

230400bps (wanda aka saba dashi)

Adadin sabunta bayanai

2kHz (na iya canzawa)

MuhalliAdaptability

Yanayin zafin aiki

-40°C ~+85°C

Ma'ajiyar zafin jiki

-55°C~+100°C

Jijjiga (g)

6.06g (rms), 20Hz ~ 2000Hz

LantarkiCharacteristics

Input irin ƙarfin lantarki (DC)

± 5V

Na zahiriCharacteristics

Girman

Φ22mm*30.5mm

Nauyi

<20g

Gabatarwar Samfur

JD-M202 MEMS dual-axis gyroscope an sanye shi da madaidaicin gyroscope, wanda ke ba da ingantaccen daidaito da kwanciyar hankali. Gyroscope yana auna saurin motsin kusurwar abin hawa da gatari, yana tabbatar da samun ingantaccen ingantaccen karatu a kowane lokaci. Har ila yau, gyroscope an sanye shi da babban aiki na ramuwa na zafin jiki da algorithm na inertial calibration. Wannan yana tabbatar da cewa fitarwa daga gyroscope yana da kwanciyar hankali da daidaito, har ma a ƙarƙashin yanayi mafi ƙalubale.

Bugu da ƙari, JD-M202 MEMS dual-axis gyroscope an ƙera shi don aiki akan wadatar ± 15V, wanda ya sa ya dace da nau'ikan motoci daban-daban. Nau'in haɗin sadarwa na wannan samfurin shine RS422 serial interface, wanda zai iya gane saurin watsa bayanai na ainihin lokacin. Wannan fasalin yana taimaka muku duba filin filin motar ku nan take da bayanin kan gaba, yana ba ku damar yanke shawara da sauri.

Ofaya daga cikin mahimman wuraren siyarwa na JD-M202 MEMS dual-axis gyroscope shine ƙaramin girmansa. Ƙananan girman wannan gyroscope yana sa sauƙin shigarwa ko da a cikin wurare masu tsauri. Girman samfurin yana da ɗanɗano da gangan don ƙarin sassauci da dacewa tare da tsarin abin hawa daban-daban. Bugu da ƙari, girman, JD-M202 MEMS dual-axis gyroscope na iya jure wa girgiza da rawar jiki, yana mai da shi mai kauri, abin dogara kuma mai ɗorewa ko da a cikin yanayi mafi tsanani.

A taƙaice, JD-M202 MEMS dual-axis gyroscope shine cikakkiyar mafita ga masu amfani waɗanda ke buƙatar auna daidai matakin abin hawa da kan gaba. Kyakkyawan daidaitonsa, manyan ayyuka na algorithms, da ingantaccen daidaitawa sun sa ya zama kyakkyawan zaɓi don aikace-aikace iri-iri. Ƙananan girma, juriya ga girgiza da girgizawa, da kuma dacewa tare da kewayon iko daban-daban da mu'amalar sadarwa sun sa ya zama mafita mai mahimmanci don buƙatu daban-daban. Muna ba da shawarar sosai ga JD-M202 MEMS Dual-Axis Gyroscope ga waɗanda ke neman ingantacciyar mafita don farawarsu da buƙatun aunawa.


  • Na baya:
  • Na gaba:

    • Girma da Tsarin Za'a Iya Keɓancewa
    • Alamomi sun Rufe Gabaɗayan Rage daga ƙasa zuwa babba
    • Matsakaicin Ƙananan Farashi
    • Shortan Lokacin Isarwa da Saƙon da Ya dace
    • Binciken Haɗin gwiwar Makaranta-Kasuwanci Haɓaka Tsarin
    • Mallakar Faci Na atomatik da Layin Taro
    • Nasu dakin gwaje-gwajen Matsalolin Muhalli