智能穿戴手表手環(huán)性能模擬儀返回列表頁

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產(chǎn)品型號AECG100

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產(chǎn)品分類品牌分類

心電圖機性能測試儀: 心電圖共模抑制比測試儀進階版 PPG 心率仿真器穿戴式 ECG裝置性能模擬器產(chǎn)線一拖四動態(tài)心電模擬儀鯨揚心電圖機性能模擬器鯨揚SECG4.0 可穿戴設(shè)備參數(shù)模擬器可穿戴設(shè)備心電模擬器肌電設(shè)備測試儀心電圖機監(jiān)護儀參數(shù)模擬器健康穿戴式裝置性能模擬器患者生理信號模擬器多生理信號模擬器心電監(jiān)護儀參數(shù)模擬儀病人生理參數(shù)模擬儀心電描記器模擬儀 SECG5.0AIO RDCA 數(shù)據(jù)庫比對軟件 CDCA數(shù)據(jù)庫比對軟件共模抑制比測試儀 ECG心電測試智能穿戴式裝置性能測試儀

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應(yīng)用領(lǐng)域	醫(yī)療衛(wèi)生,生物產(chǎn)業(yè),電子,航天,綜合

AECG100智能穿戴手表手環(huán)性能模擬儀,同步輸出 ECG 心電及 PPG 光學心率模擬訊號，ECG 及 PPG 訊號間的 PWTT 脈搏波傳導時間可調(diào)整,，符合國際最新醫(yī)療標準：IEC 60601-2-47, China YY-0782,，適用于研發(fā)、法規(guī)符合性及產(chǎn)線測試.

詳情介紹

智能穿戴手表手環(huán)性能模擬儀

AECG100 ECG,PPG及PWTT多功能生理訊號測試儀

AECG100智能穿戴手表手環(huán)性能模擬儀,，同步輸出 ECG 心電及 PPG 光學心率模擬訊號，ECG 及 PPG 訊號間的 PWTT 脈搏波傳導時間可調(diào)整,，符合國際最新醫(yī)療標準：IEC 60601-2-47, China YY-0782,，適用于研發(fā)、法規(guī)符合性及產(chǎn)線測試

產(chǎn)品詳情

產(chǎn)品簡介

AECG100智能穿戴手表手環(huán)性能模擬儀, 同步輸出 ECG 心電及 PPG 光學心率模擬訊號,，ECG 及 PPG 訊號間的 PWTT 脈搏波傳導時間可調(diào)整,，符合國際新醫(yī)療標準：IEC 60601-2-47, China YY-0782，適用于研發(fā),、法規(guī)符合性及產(chǎn)線測試

產(chǎn)品特點

多功能綜合性能測試儀,，兼容于使用 ECG 心電及 PPG 光學心率技術(shù)穿戴式裝置
AECG100 ECG 模塊依據(jù)移動式心電圖標準測試線路之要求設(shè)計，輸出訊號符合醫(yī)療標準,，可選擇搭配單信道或雙信道光學 PPG 模塊
AECG100 單信道光學模塊可提供 PPG 心率模擬訊號,，雙信道光學模塊提供 SpO2 血氧飽和度仿真訊號
PWTT 脈搏波傳導時間參數(shù)可調(diào)整，有效提升血壓測量算法準確
不同測試項目的測試參數(shù)可儲存及讀取,，可排序做整合測試,，有效降低人為錯誤，節(jié)省人力支出
可撥放原始資料 Raw Data 波形,，重現(xiàn)臨床驗證收集的資料
AECG 標準輔助軟件簡化測試步驟,，點擊鼠標即可完成醫(yī)療標準所需測試
SDK 軟件開發(fā)工具包提供用戶編寫自動化測試軟件的彈性

產(chǎn)品規(guī)格

ECG Mode Parameter	Specification
Main Output Voltage Resolution	2.5μV (DAC resolution)
Main Output Voltage Accuracy	±1% for amplitudes of 0.5mVpp or higher
Frequency/Pulse Repetition Rate Accuracy	±1%
Pacing Pulse Amplitude Range	±1mV ~ ±1000mV
Pacing Pulse Amplitude Accurcy	±2mV pulse: ±1% >2mV pulse，<-2mV: ±10%
Pacing Pulse Width Range	0.1ms~2ms
Pacing Pulse Width Resolution	0.1ms
Pacing Pulse Width Accuracy	±5μs
Pacing Pulse Rise/Fall Time	5μs
Pacing Pulse Overshoot	<1%
Pacing Pulse Setting Time	<1%
Sample Rate	1K (Normal mode);10K (Raw data mode)
Sample Rate Accuracy	Depend on system clock accuracy
DC Offset Range (fixed, noise free, sourced from internal super capacitor)	-300mV, +300mV
DC Offset Accuracy (fixed, noise free, sourced from internal super capacitor)	±1%
DC Offset Range (variable, may include up to 50μVpp noise)	0~±500mV
DC Offset Accuracy (variable, may include up to 50μVpp noise)	±1%
RCA Output Amplitude Range	ECG electrode output x1000, max 10V
RCA Output Amplitude Accuracy	±1% for amplitudes of 0.5Vpp or higher

PPG Mode Parameter	Specification
BPM Range	30~300BPM
BPM Resolution	1 BPM
BPM Accuracy	±1 BPM
LED AC Level Reference Output Range (RCA)	0~3 V(Full range)
LED AC Level Reference Output Resolution	(1/3000) Full Range
LED AC Level Reference Output Accuracy	±6%
Lumen Range	50 ~ 925 Lux (full range) (5mm from diffusion film)
Lumen Resolution	(1/3000) Full Range
Lumen Accuracy	±6%
Light Wavelength Range	525nm
Light Wavelength Resolution	±10nm
S/N Ratio	>51dB (with USB isolator)
PD Response Time (Rising)	1μs Typical (Varies from DUT LED intensity)
PD Response Time (Falling)	1μs Typical (Varies from DUT LED intensity)

PWTT Mode Parameter	Specification
Time Difference (PTTp, PTTf) Range	0~1999ms (decrease with increased BPM)
Time Difference (PTTp, PTTf) Resolution	1ms
Time Difference (PTTp, PTTf) Accuracy	±1ms

SpO2 Parameter	Specification
BPM Range	30~300 BPM
BPM Resolution	1 BPM
BPM Accuracy	±1 BPM
LED AC Level Reference Output Range (RCA)	0~3V(Full range)
LED AC Level Reference Output Resolution (RCA)	(1/3000 )full range
LED AC Level Reference Output Accuracy (RCA)	±6%
PI (AC level/DC level) Range	0.025% ~ 30% (AC/DC, varies with AC or DC level )
Light Wavelength Range	Red: 660nm; Infrared: 940nm or 880nm
Light Wavelength Accuracy	Red:±10nm; Infrared: ±10nm
S/N Ratio	>51DB (with USB isolator)
PD Rising Response Time	1μs Typical (Varies from DUT LED intensity)
PD Falling Response Time Rising	1μs Typical (Varies from DUT LED intensity)
Spo2 (%) Range	30%~99.99%
Spo2 (%) Resolution	1%
Spo2 (%) Accuracy	Use first degree of polynomial to set R-curve, ±1~±3(%)@70~100(%)+specified accuracy of the DUT.Use second degree of polynomial to set R-curve,±1~±2(%)@70~100(%)+specified accuracy of the DUT