Operating the MAUSB-100

The operating procedure for the MAUSB-100 under Mac OS X is described below.

1

Inserting a card

<Mac OS XOperation>

1.Make sure that the hold switch is released, then insert a card into the MAUSB-100's card slot.

Make sure the card is level and that the gold-colored contact area is facing down. Insert the card all the way into the slot.

2.Lock the hold switch.

MAUSB-100

Status lamps

Inserting the card

Hold switch

Card slot

MB 128

MB 128

xD-Picture Card

Notes

Make sure that the card is facing the right way.

Do NOT insert the card at an angle. Forcing a card in diagonally may damage the card and/or the MAUSB-100.

Be sure to lock the hold switch after inserting the card. The computer will not be able to recognize the card if the hold switch is released.

2 Setting the write-protect switch <Mac OS XOperation>

Before connecting the MAUSB-100 to your computer, set the write-protect switch to ON or OFF as required.

ON : When you want to protect data stored on the inserted card from being deleted by mistake. The stored data cannot be changed, moved or deleted from the card, and the card cannot be written to or formatted.

OFF : When you want to change, move or delete the data stored on the inserted card, or want to write to or format the card.

OFF

ON

Note

If you have important data stored on the card, set the write-protect switch to ON to prevent accidental deletion.

36

Page 36
Image 36
Olympus MAUSB-100 manual Setting the write-protect switch Mac OS XOperation, Mac OS X Operation

MAUSB-100 specifications

The Olympus MAUSB-100 is a versatile and innovative digital microscope adapter designed to enhance the capabilities of optical systems in various applications, including education, research, and industrial inspection. This device seamlessly incorporates digital imaging capabilities into traditional optical microscopes, facilitating high-resolution imaging and easy sharing of observations.

One of the standout features of the MAUSB-100 is its user-friendly interface. The device is engineered for simplicity, allowing users to quickly connect the camera to almost any microscope model. This plug-and-play functionality eliminates the need for complex installations and minimizes setup time, making it accessible to both seasoned professionals and novices alike.

In terms of imaging technology, the MAUSB-100 boasts a high-resolution CMOS sensor that captures vibrant, clear images with remarkable detail. The sophisticated image processing algorithms integrated into the device ensure that color accuracy and contrast are optimized, allowing users to visualize specimens in their true form. This feature is particularly beneficial in applications where precise observation is crucial, such as in medical diagnostics and quality control in manufacturing.

Another notable characteristic of the MAUSB-100 is its compatibility with various software platforms. The device can interface with popular imaging software, allowing users to annotate images, measure features, and perform detailed analysis. This flexibility provides researchers and educators with a powerful tool to document findings and share results with colleagues or students in real time.

The MAUSB-100 is compact and lightweight, designed for portability without sacrificing performance. Its robust construction ensures reliability, even in demanding environments. Additionally, the device supports multiple resolutions and frame rates, giving users the freedom to customize their imaging experience based on specific requirements.

Moreover, connectivity options include USB, making it easy to transfer images to computers or other digital devices. This enhances collaboration and data storage, enabling users to compile comprehensive digital records of their work.

Overall, the Olympus MAUSB-100 is a dynamic tool that transforms traditional microscopy. With its high-quality imaging, ease of use, and adaptable features, it serves as an essential instrument for those seeking to elevate their microscopy experience, allowing for greater exploration and understanding in a wide array of scientific fields.