NEW!  BG51-EK Sensor Evaluation Kit

Are you planning to develop a device or system for measuring beta radiation (electrons), gamma radiation (photons), and X-rays? The BG51-EK Sensor Evaluation Kit helps you achieve your goal faster and more cost-effectively. With the help of an interface module, a dosimeter for radioactive radiation can be set up in no time.

Package contents:
1 Teviso BG51 sensor, 1 Teviso sensor tester, 1 pulse counter (6 digits), 1 LED, 1 interface module, 1 battery holder for 3x AAA (batteries not included), 1 circuit diagram


Radiation Sensor BG51 
- Nuclear Beta and Gamma Radiation Sensor
- Ultra Low Power Requirement

The function of the BG51 Radiation Sensor is based on an array of customized PIN
diodes. The integrated pulse discriminator with a temperature compensated threshold level
provides true TTL signal output. The BG51 is capable of detecting beta radiation
(electrons), gamma radiation (photons) and X-ray.

BG51 Technical Data (PDF)


BG51-OEM Nuclear Radiation Sensor

Radiation Sensor BG51-OEM
- Nuclear Beta and Gamma Radiation Sensor
- For the Original Equipment Manufacturer (OEM)

The performance of the BG51 solid state sensor, in combination with high immunity to
electrostatic fields make it a good choice for new state-of-the-art designs as well as for
upgrading existing designs.

BG51-OEM Technical Data (PDF)


AL54 sensor detects alpha, beta, gamma ald radon

Alpha Sensor AL54
- Detects alpha particles, electrons and photons
- Detects decay products of radon
- Works in daylight (no darkroom conditions required)

The analog signal output of the AL54 makes the AL54 the first choice for dedicated researchers and physics students alike.

AL54 Technical Data (PDF)


The PB40 Sensor Tester is used for testing the functionality of nuclear radiation sensors

Sensor Tester PB40

The PB40 Sensor Tester is used for testing the functionality of nuclear radiation sensors. It is also suitable for physics classroom experiments without any risk of damage to health.

PB40 Technical Data (PDF)