| Allicdata Part #: | MB7369-521-ND |
| Manufacturer Part#: |
MB7369-521 |
| Price: | $ 154.80 |
| Product Category: | Sensors, Transducers |
| Manufacturer: | MaxBotix Inc. |
| Short Description: | ULTRASONIC SENSOR HRXL-MAXSONAR |
| More Detail: | Ultrasonic Sensor 42kHz |
| DataSheet: |  MB7369-521 Datasheet/PDF |
| Quantity: | 1000 |
| 1 +: | $ 140.72300 |
Specifications
| Series: | HRXL-MaxSonar-WR |
| Packaging: | Bulk |
| Part Status: | Active |
| Frequency: | 42kHz |
| Voltage - Rated: | 2.8 V ~ 5.5 V |
| Beam Angle: | 23° |
| Operating Temperature: | -40°C ~ 65°C (TA) |
Description
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MB7369-521 Ultrasonic Receivers, Transmitters are high-performance digital ultrasonic transducers that are widely applied in a variety of industrial, commercial, medical and general-purpose sensing and monitoring applications.
The device uses a piezoelectric element to generate ultrasonic waves (around 25 kHz frequency) through a matching network. The ultrasonic waves are directed toward a target object and when the waves reflect off the object, the reflected waves are picked up from the receiver element. The received signal is then digitized and processed internally to convert it into a digital signal.
The MB7369-521 receiver has various operating modes that allow the user to tailor the device for different applications. In the Stand-by mode, the received signal is filtered and digitized. The extracted digital signal can be output in three possible formats: pulse width (PW), pulse train (PT), and frequency modulated (FM). The PW output is the preferred format for an ultrasonic application since it provides a direct indication of the time-of-flight and, therefore, a measure of distance of the reflecting object. The PT and FM modes are typically used in applications where the received signal is composed of multiple reflections, such as medical imaging or industrial process control.
The transmitter portion of the MB7369-521 consists of a control circuit and the transmitter element. The control circuit is responsible for generating the required drive signal for the transmitter element. The signal can be adjusted using the control circuit to optimize the output signal for various applications.The MB7369-521 is suitable for various applications where a precise distance is required to be calculated, such as automotive, industrial control, robotics, and medical imaging. The device provides an accuracy of around +/-2mm over a range of up to 25m. This makes it ideal for applications that involve precise distance measurements, such as motion detection or object identification.
To further improve the performance of the device, it is recommended to apply a number of techniques. These include the use of time of flight adjustment techniques, such as peak detection, compensation filters and the use of double modulation techniques. These techniques help to reduce the noise and increase the accuracy of the distance measure measurement.In addition, the device features an in-built temperature compensation feature that helps to ensure consistent operation over wide temperature ranges. This helps to reduce errors due to temperature fluctuations and increase the accuracy of the device.Overall, the MB7369-521 is an excellent choice for ultrasonic sensing applications requiring a low-cost yet reliable transducer. The device is easy to implement and can be customized for a variety of applications. The device offers excellent performance and has an accuracy level of around +/-2mm over a range of up to 25m.
The device uses a piezoelectric element to generate ultrasonic waves (around 25 kHz frequency) through a matching network. The ultrasonic waves are directed toward a target object and when the waves reflect off the object, the reflected waves are picked up from the receiver element. The received signal is then digitized and processed internally to convert it into a digital signal.
The MB7369-521 receiver has various operating modes that allow the user to tailor the device for different applications. In the Stand-by mode, the received signal is filtered and digitized. The extracted digital signal can be output in three possible formats: pulse width (PW), pulse train (PT), and frequency modulated (FM). The PW output is the preferred format for an ultrasonic application since it provides a direct indication of the time-of-flight and, therefore, a measure of distance of the reflecting object. The PT and FM modes are typically used in applications where the received signal is composed of multiple reflections, such as medical imaging or industrial process control.
The transmitter portion of the MB7369-521 consists of a control circuit and the transmitter element. The control circuit is responsible for generating the required drive signal for the transmitter element. The signal can be adjusted using the control circuit to optimize the output signal for various applications.The MB7369-521 is suitable for various applications where a precise distance is required to be calculated, such as automotive, industrial control, robotics, and medical imaging. The device provides an accuracy of around +/-2mm over a range of up to 25m. This makes it ideal for applications that involve precise distance measurements, such as motion detection or object identification.
To further improve the performance of the device, it is recommended to apply a number of techniques. These include the use of time of flight adjustment techniques, such as peak detection, compensation filters and the use of double modulation techniques. These techniques help to reduce the noise and increase the accuracy of the distance measure measurement.In addition, the device features an in-built temperature compensation feature that helps to ensure consistent operation over wide temperature ranges. This helps to reduce errors due to temperature fluctuations and increase the accuracy of the device.Overall, the MB7369-521 is an excellent choice for ultrasonic sensing applications requiring a low-cost yet reliable transducer. The device is easy to implement and can be customized for a variety of applications. The device offers excellent performance and has an accuracy level of around +/-2mm over a range of up to 25m.
The specific data is subject to PDF, and the above content is for reference
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