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ANSI INCITS 329 : 2000

Current
Current

The latest, up-to-date edition.

INFORMATION TECHNOLOGY - MAGNETIC TAPE CARTRIDGE, 0.50 IN (12.65 MM), SERIAL SERPENTINE, 208-TRACK, 85 940 BPI (3383 BPMM), DLT 5 FORMAT
Available format(s)

Hardcopy , PDF

Language(s)

English

Published date

01-01-2015

FOREWORD
1 INTRODUCTION
   1.1 Scope
   1.2 Purpose
   1.3 Conformance
   1.4 Dimensions
2 NORMATIVE REFERENCES
3 DEFINITIONS
4 ENVIRONMENT AND SAFETY
   4.1 Cartridge and Tape Testing Environment
   4.2 Cartridge Operating Environment
   4.3 Cartridge Storage Environment
   4.4 Transportation
   4.5 Safety
5 TAPE MECHANICAL, ELECTRICAL AND MAGNETIC REQUIREMENTS
   5.1 Material
   5.2 Tape length
   5.3 Width
   5.4 Total thickness
   5.5 Discontinuity
   5.6 Longitudinal Curvature
   5.7 Out-Of-Plane Distortions
   5.8 Cupping
   5.9 Coating Surface Roughness
   5.10 Coating Adhesion
   5.11 Layer-to-Layer Adhesion
   5.12 Young's Modulus
   5.13 Flexural Rigidity
   5.14 Tensile Yield Force
   5.15 Electrical Resistance of the Recording Surface
   5.16 Electrical Resistance of the Back Surface
   5.17 Inhibitor Tape
   5.18 Abrasivity
   5.19 Tape and Leader Opacity
   5.20 Friction Coefficient
   5.21 Pre-Record Condition
6 TAPE MAGNETIC-RECORDING PERFORMANCE
   6.1 Typical Field
   6.2 Signal Amplitude
   6.3 Resolution
   6.4 Overwrite
   6.5 Peak Shift
   6.6 Self Erasure
7 TAPE QUALITY
   7.1 Missing pulses
   7.2 Missing pulse zone
8 MECHANICAL SPECIFICATIONS OF THE TAPE CARTRIDGE
   8.1 Cartridge Case Label Areas
   8.2 Cartridge Positioning Planes
   8.3 Tape Cartridge Case Material
   8.4 File-Protect Mechanism
   8.5 Reel Lock Mechanism
   8.6 Tape Winding
   8.7 Winding Tension
   8.8 Tape-Reel Diameter
   8.9 Tape-Reel Moment of Inertia
   8.10 Leader Attachment
   8.11 Cartridge Leader Position
   8.12 Leader Retract Velocity
   8.13 Tape Exit Angles
   8.14 Tape Access Door
   8.15 Tape Position Holes
9 RECORDING
   9.1 Method of Recording
   9.2 Code Conversion
   9.3 Physical Recording Density
   9.4 Bit-Cell Length
   9.5 Read Signal Amplitude
   9.6 Azimuth
   9.7 Channel Skew
10 TAPE FORMAT
   10.1 Reference Edge of Tape
   10.2 Direction of recording
   10.3 Tape layout
   10.4 Calibration/Directory Area
   10.5 Data Area
11 FORMAT OF DATA
   11.1 General
   11.2 Data Bytes
   11.3 Blocks:
   11.4 Entity
   11.5 Envelope
12 FORMAT AND CONTENT OF BLOCK STRUCTURES
   12.1 Preamble
   12.2 Sync
   12.3 Data Field
   12.4 EDC
   12.5 Control Field 1
   12.6 Control Field 2
   12.7 Cyclical Redundancy Check (CRC)
   12.8 Postamble
13 FORMAT OF ENTITY
14 FORMAT OF ENVELOPE
15 ERROR HANDLING
Annexes
A PRE-RECORD CONDITION AND MAGNETIC MOMENT MEASUREMENT
B RECOMMENDATIONS FOR TRANSPORTATION
C TAPE CARTRIDGE HANDLING GUIDELINES
D RECOMMENDATIONS ON TAPE DURABILITY
E BIBLIOGRAPHY

Presents the requirements for a tape cartridge to be used for information interchange among information-processing systems, communication systems, and associated equipment utilizing a standard code for information interchange as agreed upon by the interchange parties. Also deals with the requirements for the unrecorded cartridge and for recording on the enclosed magnetic tape.

Committee
X3B5
DocumentType
Standard
Pages
77
ProductNote
Reconfirmed 2000
PublisherName
Information Technology Industry Council
Status
Current

ANSI INCITS 27 : 1987 INFORMATION SYSTEMS - FILE STRUCTURE AND LABELING OF MAGNETIC TAPES FOR INFORMATION INTERCHANGE
ISO 1302:2002 Geometrical Product Specifications (GPS) Indication of surface texture in technical product documentation
ISO 370:1975 Toleranced dimensions Conversion from inches into millimetres and vice versa

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