RADIATION MONITORING DEVICES SH-406-R Rmd Area High Silicon Avalanche Photodiode

( Brand: Radiation Monitoring Devices ), ( Manufacturer Part Number: SH-406-R ), ( Part Type: Area ), ( Country/region Of Manufacture: United States )

Review RADIATION MONITORING DEVICES Rmd Large Area High Gain Silicon Avalanche Photodiode Stock

The SH-406-R RMD Area High Silicon Avalanche Photodiode is a high-performance radiation monitoring device designed for applications requiring superior sensitivity and reliability. This photodiode is made from high-quality silicon, which provides excellent photon detection efficiency and high gain, making it ideal for monitoring a wide range of radiation sources.

The SH-406-R has a large active area of 0.6 square millimeters, which allows it to detect radiation over a broad angular range. Its high avalanche multiplication gain, up to 10 5, ensures that even low-level radiation signals can be detected and measured with high precision. The photodiode is also equipped with a reverse bias voltage of up to 500 volts, which allows it to operate effectively in high-radiation environments.

The SH-406-R RMD Area High Silicon Avalanche Photodiode is designed for use in radiation monitoring applications such as nuclear power plants, medical imaging, and environmental monitoring. It is equipped with a hermetic sealed package to protect it from moisture, dust, and radiation damage. The photodiode is also small in size, making it easy to integrate into various radiation monitoring systems.

In conclusion, the SH-406-R RMD Area High Silicon Avalanche Photodiode is a reliable and high-performance radiation monitoring device that provides excellent sensitivity and high gain. Its large active area, high avalanche multiplication gain, and reverse bias voltage make it suitable for use in various radiation monitoring applications. The hermetic sealed package and small size make it easy to integrate into different monitoring systems.

1. High sensitivity: The SH-406-R photodiode has a high sensitivity to radiation, making it ideal for detecting and monitoring low-level radiation sources.

2. Wide dynamic range: The photodiode has a wide dynamic range, which means it can detect both high and low radiation levels without losing accuracy.

3. Fast response time: The photodiode has a fast response time, which is essential for real-time radiation monitoring applications.

4. Durable and reliable: The SH-406-R photodiode is made of high-quality materials and is designed to withstand harsh environments, making it a reliable and long-lasting solution for radiation monitoring.

1. High cost: The SH-406-R photodiode is a high-end product, and its cost may be prohibitive for some users.

2. Requires specialized knowledge: Using the SH-406-R photodiode for radiation monitoring requires specialized knowledge and training.

3. Limited availability: The SH-406-R photodiode may not be widely available in all regions, making it difficult to obtain and replace if needed.

The SH-406-R RMD area high silicon avalanche photodiode SH-406 radiation monitoring devices are high-performance solutions for monitoring low-level radiation sources. They offer high sensitivity, wide dynamic range, and fast response time, making them ideal for real-time monitoring applications. However, their high cost, requirement for specialized knowledge, and limited availability may be drawbacks for some users. Therefore, it is essential to weigh these pros and cons carefully before making a purchasing decision.

If you need a high-performance radiation monitoring solution and have the budget and expertise to use it properly, the SH-406-R RMD area high silicon avalanche photodiode SH-406 radiation monitoring devices are an excellent choice. However, if you are looking for a more cost-effective solution or do not have the necessary expertise, there may be other radiation monitoring devices that better suit your needs. It is essential to research and compare different options to find the best solution for your specific application.

Details:

Rmd large area high gain silicon avalanche photodiode, SH-406-R, new old stock.

part #: sh406 prices

• $83.99-$180.00

specifications lablaserphotonicszo:

• brand: Radiation Monitoring Devices
• mpn: Sh-406-r
• part type: Area
• country/region of manufacture: United States

Offer lablaserphotonicszo:

• bids: 0
• quantity: 1
• best offer: true
• Started: July 21, 2017, 9:02 pm
• Sold: 0

Returns lablaserphotonicszo:

• policy: returns accepted
• paid by: Buyer
• time: 30 Days
• type: Money Back

Payments lablaserphotonicszo:

• PayPal

Shipping lablaserphotonicszo:

• handling: 3 days
• type: Calculated

Ratings:

1. Would buy from again, great price! 07-06-17
2. PROMPT PAYMENT, HIGHLY RECOMMEND, ASSET TO A COME BACK ANYTIME A 07-01-17
3. Thanks for a pleasant transaction. Enjoy your branded shipping supplies 07-01-17
4. Perfect! THANKS!! Visit us again - All My Labels 07-01-17

General lablaserphotonicszo:

• in stock: Yes
• business industrial > healthcare lab life science lab equipment business industrial > lab lasersphotonics lab equipment
• condition: New other see details

Seller lablaserphotonicszo:

• zipcode: 29063
• city: Irmo, South Carolina

Radiation Monitoring Devices SH-406 Is Similar To:

• 4349-of-labda Four Quadrature Sensor Advanced Photonics Nd Yag Laser Beam Radiation Guidance Tracker Detector Pin Photodiode (26.7% similar) That is a waste of nice detector like this. One neat use would be to bias it close to the BR level or bond it to 4 small cesium iodide crystals to make a position sensitive nuclear Radiation detector. It is still extremely sensitive up to blue light. Comes with a nice amplifier board. I have lots of...(February 28th, 2016)
• 1.5um Osi-gepin-1cm Germanium Photodiode Optical Sciences Corp Ir Infrared Laser Diode Radiation Detector Sensor 1cm (28% similar) These are extremely expensive to purchase new from the oem. Detects all the way down to about this is a very large 1CM diameter active area germanium pin type photodiode. It has a peak voltage response of about 200MV compared to 500MV of silicon, but detects far deeper into the infrared than ...(October 13th, 2016)