安全蒸發系統的高效電子vape氣流傳感器

尺寸: 直徑 6 ±0.1mm, 高度 2.5 ±0.2mm;
低功耗:< 5做;
短路保護功能 (SCP);
10 second long-term inhalation protection function;
過熱保護功能 (OTP);
外圍應用電路很簡單且具有成本效益;
強大的抗干擾能力.

產品名稱	安全蒸發系統的高效電子vape氣流傳感器
草圖	801A is a controller specifically designed for electronic cigarettes. The function is to sense the signal of the microphone and then process it to convert it into a control signal. The controller chip adopts an ASIC design, with a stable working state, a simple peripheral application circuit, minimal peripheral components, and low system cost.
草圖	模型: R801AN14-LXX-OP-150 (± 50) PA, 白油膠片; 尺寸: 直徑 6 ±0.1mm, 高度 2.5 ±0.2mm; 低功耗:< 5做；短路保護功能 (SCP); 10-second long-term inhalation protection function; 過熱保護功能 (OTP); 外圍應用電路很簡單且具有成本效益. 強大的抗干擾能力.

模型	象徵	範圍	最低限度	典型的	最大限度	單元
R801AN14-LXX-OP-150 (± 50) PA, 白油膠片	增值稅	工作電壓	2.4	3.7	4.2	v
	智商	靜電電流	1	3	5	做
	RDSON	切換管傳導阻抗	\	80	\	MΩ
	愛	LED輸出電流	\	\	\	\
	增值稅	恆定平均電壓輸出	\	\	\	\
	rload	輸出最大載荷能力	\	\	\	\
	TSD	過熱保護閾值	\	\	\	℃
	tsmoke	吸煙超時	\	10	\	s

安全蒸發系統的高效電子vape氣流傳感器

The R801AN14-LXX-OP-150 (±50) PA electronic vape airflow sensor offers high sensitivity, low power use, and advanced safety functions. It is specifically designed for accurate airflow detection in compact vaping devices.

This sensor adopts an ASIC-based architecture, eliminating common MCU failures. It avoids crashes and reset problems due to unstable voltage. The ASIC design ensures a stable and continuous airflow signal in electronic cigarettes.

在節能模式下, the sensor operates below 5μA static current. This extremely low consumption helps extend battery life in portable vape systems. Its compact design fits perfectly into small e-cigarette structures without adding weight or volume.

The sensor resists air leaks, oil leaks, and backflow, ensuring a reliable measurement of low differential pressures. These characteristics are essential for modern vape designs that demand precise puff detection and a consistent user experience.

It includes multiple on-chip protection features. These include:

Inhalation time limit: Prevents over-inhalation beyond 10 seconds.
Over-temperature protection: Shields devices from heat-related failures.
Undervoltage protection: Triggers when power drops below a safe threshold.

Each protection function plays a key role in maintaining the integrity of the e-cigarette and protecting the user. The sensor’s response speed, precision, and safety make it ideal for vape developers focused on quality.

In conclusion, the electronic vape airflow sensor combines ASIC reliability, low energy use, compact form, and multilayer protection. It is the optimal solution for next-generation, safe, and efficient vaping applications.