Product Overview
Vintage Nuclear Data ND599 LFC and ND595 DDS NIM Bin Modules
These NIM modules areĀ used and in good cosmetic condition, but it may have some scuffs and scratches from normal use and storage. Power-tested only; further testing was not conducted due to lack of specialized tools.
Outfit your nuclear instrumentation setup with these high-quality NIM Bin modules from Nuclear Data. The ND599 LFC (Linear Fan-out Coincidence) and ND595 DDS (Digital Delay and Gate Generator) modules are essential components for advanced nuclear research and experimentation.
Key Features
- Compatible with standard NIM Bin systems
- Precision-engineered for reliable performance
- Ideal for nuclear physics and particle detection applications
- Compact design for efficient use of NIM Bin space
Technical Specifications
| Model | Function | Width |
|---|---|---|
| ND599 LFC | Linear Fan-out Coincidence | Single-width |
| ND595 DDS | Digital Delay and Gate Generator | Single-width |
Applications
These Nuclear Instrumentation Modules are perfect for:
- Particle physics experiments
- Nuclear spectroscopy
- Timing and coincidence measurements
- Pulse processing and analysis
Why Choose Nuclear Data NIM Modules?
Nuclear Data is renowned for producing high-quality, reliable nuclear instrumentation. These modules offer:
- Exceptional signal processing capabilities
- Seamless integration with existing NIM Bin setups
- Durability and long-term performance
- Excellent value for professional and research applications
About Nuclear Data
A Legacy of Excellence in Nuclear Instrumentation
Nuclear Data has been a pioneer in the field of nuclear instrumentation for decades. Founded in the early 1960s, the company quickly established itself as a leader in developing innovative solutions for nuclear research and applications.
Commitment to Quality and Innovation
Nuclear Data's commitment to quality and innovation has made it a trusted name in the scientific community. Their products, including the ND599 LFC and ND595 DDS NIM modules, are known for their reliability, precision, and advanced features that cater to the evolving needs of nuclear physicists and researchers.
Contributions to Nuclear Science
Throughout its history, Nuclear Data has contributed significantly to advancements in nuclear science. Their instruments have been used in groundbreaking research projects and have played a crucial role in expanding our understanding of nuclear physics and its applications.
