Jamo 650 - Manual
A technical specification guide for Jamo’s high-performance subwoofer series–including the SUB 250, 300, 550, and 650 models–this document highlights their design innovations, such as slotted bass reflex ports and BASH amplifiers, to deliver optimized bass performance across varying power levels and room acoustics. Key topics include frequency response tuning, power handling, phase control mechanisms like boundary gain compensation, and integration with A/V systems through features like 12V trigger inputs. The content emphasizes engineering trade-offs between size, efficiency, and sound quality, supported by comparative data on driver configurations, impedance, and enclosure design.
Table of Contents:
- Page 1 – Subwoofer Model Overview
- Page 2 – Subwoofer Design Philosophy and SUB 250 Features
- Page 3 – Subwoofer Model Comparison
- Page 4 – SUB 550 and SUB 650 Specifications
- Page 5 – Amplifier Electronics and Controls
- Page 6 – Boundary Gain Compensation Functionality
- Page 7 – Subwoofer System Specifications and Construction
- Page 8 – Speaker Port Orientation and Enclosure Structure
- Page 9 – Comprehensive Subwoofer Specification Table
Technical Description
Jamo SUB 250, 300, 550, 650
"Loading the manual" means you need to wait until the file loads and becomes available for online reading. Some manuals are very large, and the time they take to appear depends on your internet speed.
Was this manual helpful?
About this manual
- Brand
- Jamo
- Model
- 650
- Document type
- Manual
- Language(s)
- English
- Pages
- 9
- File size
- 131.3 KB
- Format
Summary
Technical descriptions and illustrations for the Jamo SUB 250, 300, 550, and 650 subwoofer models.
Explanation of design goals, development of drivers and amplifiers, the Slotted Bass reflex Port design, and specific features of the SUB 250 model including driver size, amplifier power, and frequency response.
Comparison of frequency response characteristics, power capabilities, and design features across the SUB 250, SUB 300, and SUB 550 models, supported by transfer function graphs.
