3301/95-02-12-05-05 Bently 反向安装探头 电子电路与外部的封装

品牌 ： Bently Nevada

产品编号： 330195-02-12-05-CN

产品类型 ： 3300 XL 8 mm 反向安装探头

美国制造

可以添加原产地证书（COO）

总长度选项：05 = 0.5 米（1.6 英尺）

机构批准选项：CN = 特定国家/地区的批准（CN 批准选项快速参考指南和现场通知信在下载部分）

装运重量 ： 2 Kg

330195-02-12-05-CN反向安装探头是传感器的一种再封装形式，是把传感器的最基本单元，通过合理的电子电路与外部封装结构，对传感器进行封装，使它具有我们所需的一些独立功能的部件。

探头通常根据其基本感知功能分为热敏探头、光敏探头、气敏探头、力敏探头、磁敏探头、湿敏探头、声敏探头、放射线敏感探头、色敏探头和味敏探头等几大类。

传感器的应用：

工业控制：工业自动化、机器人技术、检测仪器、汽车工业、造船业等。

电子产品：智能穿戴、通信电子产品、消费电子产品等。

航空军事：航天技术、军事工程、空间探索等。

家居生活：智能家居、家用电器等。

交通管理：交通运输、城市交通、智慧物流等。

环境监测：环境监测和预报、天气测试、水文测试、能源环保、地震测试等。

自动感应设备： 330195-02-12-05-CN自动门、自动水龙头、自动冲水马桶、自动烘手机、自动感应灯等，利用人体的红外微波来开关门。

烟雾报警： 330195-02-12-05-CN烟雾报警器，利用烟敏电阻来测量烟雾浓度，从而达到报警目的。

光感摄像头： 330195-02-12-05-CN手机、数码相机的照相机，利用光学传感器来捕获图像。

电子秤：利用力学传感器（导体应变片技术）来测量物体对应变片的压力，从而达到测量重量的目的。

330195-02-12-05-CN传感器测量范围的方法如下：

电流输出型传感器： 330195-02-12-05-CN连接传感器到负载电路，在不同载荷条件下测试输出电流。通过观察负载电路的阻抗和传感器的反应，可以确定输出电流范围的最大和最小值。

频率测量范围型传感器： 330195-02-12-05-CN在规定的频率响应幅值误差内（±5%，±10%，±3dB），传感器所能测量的频率范围。频率范围的高，低限分别称为高，低频截至频率。截至频率与误差直接相关，所允许的误差范围大则其频率范围也就宽。作为一般原则，传感器的高频响应取决于传感器的机械特性，而低频响应则由传感器和后继电路决定。

3301/95-02-12-05-05 Bently 反向安装探头 电子电路与外部的封装

Brand: Bently Nevada

Product Number: 330195-02-12-05-CN

Product Type: 3300 XL 8 mm reverse mount probe

Made in the USA

Certificate of Origin (COO) can be added

Total Length Options: 05 = 0.5 m (1.6 ft)

Agency Approval options: CN = country-specific approval (Quick reference guide and on-site notification letter for CN Approval options in Download section)

Shipping weight: 2 Kg

330195-02-12-05-CN reverse mounting probe is a repackaging form of the sensor, is the most basic unit of the sensor, through a reasonable electronic circuit and external packaging structure, the sensor is packaged, so that it has some of the independent function of the parts we need.

The probe is usually divided into several categories according to its basic sensing function, such as thermal probe, photosensitive probe, gas-sensitive probe, force-sensitive probe, magnetic-sensitive probe, humidity-sensitive probe, radiation-sensitive probe, color-sensitive probe and taste-sensitive probe.

Sensor applications:

Industrial control: Industrial automation, robotics, testing instruments, automotive industry, shipbuilding industry, etc.

Electronic products: smart wear, communication electronics, consumer electronics, etc.

Aerospace military: space technology, military engineering, space exploration, etc.

Home life: smart home, household appliances, etc.

Traffic management: transportation, urban transportation, intelligent logistics, etc.

Environmental monitoring: environmental monitoring and forecasting, weather testing, hydrological testing, energy and environmental protection, seismic testing, etc.

Automatic induction equipment: 330195-02-12-05-CN Automatic doors, automatic faucets, automatic flushing toilets, automatic hand dryers, automatic induction lights, etc., using the infrared microwave of the human body to open and close the door.

Smoke alarm: 330195-02-12-05-CN smoke alarm, the use of smoke resistor to measure the smoke concentration, so as to achieve the purpose of alarm.

Light sensitive camera: 330195-02-12-05-CN Mobile phone, digital camera camera, using optical sensors to capture images.

Electronic scale: The use of mechanical sensors (conductor strain gauge technology) to measure the pressure of the object on the strain gauge, so as to achieve the purpose of measuring weight.

330195-02-12-05-CN sensor measurement range method is as follows:

Current output type sensor: 330195-02-12-05-CN Connect the sensor to the load circuit to test the output current under different load conditions. By observing the impedance of the load circuit and the response of the sensor, the maximum and minimum values of the output current range can be determined.

Frequency measurement range sensor: 330195-02-12-05-CN Within the specified frequency response amplitude error (±5%, ±10%, ±3dB), the sensor can measure the frequency range. The high and low limits of the frequency range are called high, and the low frequency ends at the frequency. The frequency is directly related to the error, and the frequency range is wide if the error range is allowed. As a general principle, the high frequency response of the sensor depends on the mechanical characteristics of the sensor, while the low frequency response is determined by the sensor and the successor circuit.