Basic MRI experiments can be conducted, and FID from two types of nuclei can be observed! It is widely adopted for university research institutions!
The "EP-400" is an experimental device that allows basic experiments in MRI using the pulse NMR observation method. The liquid crystal display shows P1 pulse, P2 pulse, P1-P2 width, repetition time, etc., making it easier to reproduce the same conditions. Two types of FID signals, from hydrogen and fluorine, can be observed. Additionally, the front panel is equipped with a liquid crystal oscilloscope, allowing for simple FID signal observation without external devices. 【Features】 ■ Observes FID signals using the pulse NMR method ■ Easy to handle, just adjust the magnetic field ■ Displays each pulse width and repetition time numerically ■ Equipped with a liquid crystal oscilloscope for observation without external connection devices ■ Probe size compatible with standard-sized test tubes *For more details, please download the PDF or feel free to contact us.
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【Other Features】 ■ NMR Pulse Frequency: 10MHz ■ Pulse Settings: P1, P2 pulse width, P1-P2 width (when P2 is ON), repetition time ■ Test tube diameter that can be inserted into the probe: 12φ ■ Detection Method: Single Coil Method ■ With Electromagnet *For more details, please download the PDF or feel free to contact us.
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【Experiments that can be conducted】 ■Observation of FID signals ■Observation of spin echo signals with the addition of P2 pulses ■Measurement of relaxation time changes using P2 pulses (90° pulses), etc. *For more details, please download the PDF or feel free to contact us.
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Echo Electronics Co., Ltd. is engaged in the design, manufacturing, and sales of electrical equipment and electronic measuring instruments, as well as the design, manufacturing, and sales of electronic application devices. We offer precise magnetic field strength measurements and customization of measuring instruments to suit various magnetic field measurement environments. Our NMR magnetic field measuring instruments are widely used in the field of physics (such as physical research and accelerator facilities) and in the medical field (such as distribution measurements for MRI magnets), based on over 50 years of experience.