Using Your Camera Correctly (continued)

Notes On Handling the AC Adapter

Be sure to use only the AC adapter provided with your camera. Using a different AC adapter might cause the camera to malfunction.

When you use the AC adapter, carefully read and strictly observe the Safety Precautions from page 4 onwards and the notes described below.

*Be sure that you do not allow the AC adapter to contact any other metal object as this might cause a short circuit.

To connect the AC adapter, firmly insert the plug on the end of the cable into the DC IN 5V terminal. Do not insert the plug into other terminals. This might cause the camera to malfunction.

Before you disconnect the connector cable, turn the camera OFF and then disconnect the cable holding it by its plug. Do not disconnect the connector cable by pulling the actual cable.

Do not drop the AC adapter or subject it to strong impacts.

Do not use the AC adapter in very hot and humid locations.

Do not plug in the AC adapter while you are using the battery. Switch the camera OFF first.

The AC adapter is for indoor use only.

Use only the specified AC adapter. Do not use other AC adapters.

The AC adapter may sometimes become warm during use. This is normal and not a malfunction.

Buzzing or whirring noises may come from inside the camera. This is normal and not a malfunction.

Do not use the AC adapter near a radio as it could interfere with radio signal reception.

If you remove the battery or AC adapter while the camera is in operation, the date may be lost from memory. If this happens, reset the date. (Page 26)

NOTES ON COPYRIGHT

Images taken with digital cameras are for personal enjoyment only and should not be used otherwise without the permission of the copyright holder as per copyright laws.

Note that photographing some performances, exhibitions, etc., is restricted, even when photographs are taken for personal enjoyment. In addition, the transfer of memory cards (SD Memory Card, etc.) containing copyrighted images and files is limited to purposes within the range permitted by copyright laws.

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Toshiba pmn user manual Using Your Camera Correctly

pmn specifications

The Toshiba PMN (Piezoceramic Material) is a highly advanced piezoelectric material designed for various applications across several fields, including consumer electronics, healthcare, and industrial automation. Recognized for its impressive characteristics, the Toshiba PMN material has garnered attention due to its superior performance, enabling innovations in sensor technology, actuators, and transducers.

One of the main features of Toshiba PMN is its exceptional piezoelectric response. This characteristic allows the material to generate electric charge in response to mechanical stress, making it ideal for applications such as pressure sensors and ultrasonic transducers. The high electromechanical coupling coefficient of PMN enables devices to achieve greater sensitivity and efficiency, enhancing the overall performance of the end products.

Toshiba PMN utilizes a unique crystal structure that contributes to its outstanding properties. The incorporation of lead magnesium niobate (PMN) into the piezoelectric matrix results in a high dielectric constant and reduced mechanical losses. This combination allows for better energy conversion and ensures reliable operation even in rigorous conditions. The material exhibits excellent temperature stability and resilience, which is crucial for applications requiring long-term reliability.

Another significant aspect of Toshiba PMN is its versatility in manufacturing processes. The material can be fabricated into various shapes and sizes, facilitating use in diverse applications, from small consumer electronics to large industrial machinery. Additionally, its adaptability allows for integration into advanced technologies, such as smart devices and medical equipment, where precise control and miniaturization are essential.

Furthermore, Toshiba PMN is at the forefront of research related to lead-free piezoelectric materials, aligning with global sustainability efforts. The exploration of eco-friendly alternatives without compromising performance showcases Toshiba's commitment to innovation while addressing environmental concerns.

In conclusion, Toshiba PMN stands out as a leading piezoelectric material that combines remarkable performance characteristics with manufacturing versatility. Its exceptional piezoelectric response, temperature stability, and compatibility with various applications make it a preferred choice for industries that demand precision and reliability. As technology continues to advance, Toshiba PMN is poised to play a critical role in shaping the future of sensing and actuation technologies.