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Summary of Contents for Tektronix PDR100
- Page 1 Installation Manual Profile PDR100 Video Disk Recorder Printed in USA or United Kingdom Tektronix, Inc. PO Box 1000 Wilsonville, OR 97070-1000 USA 1-800-547-8949 (USA and Canada) 1-503-682-7300...
- Page 2 Printed in the United States of America or the United Kingdom. All rights reserved. This document may not be copied in whole or in part, or otherwise reproduced except as specifically permitted under U.S. copyright law, without the prior written consent of Tektronix, Inc., P.O. Box 1000, Wilsonville, Oregon 97070-1000 USA.
- Page 3 Manual Revision Status PRODUCT: Profile PDR100 Video Disk Recorders REV DATE DESCRIPTION February 1995 Original Issue. Manual part number 070-9040-01. May 1995 Manual part number rolls to 070-9040-02. August 1995 Updated to include 4-LTC Ref. Genlock and EMI modifications. Manual part number rolls to 070-9040-03.
- Page 4 PDR100 Installation...
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Page 5: Table Of Contents
Mechanical Installation Rack Dimensions ......................3-2 Mounting the PDR and PDX Units ..................3-4 Mounting the Slide Tracks in the Rack .................3-5 Installing the PDR100 or PDX103in the Rack Slides...........3-7 Rack Slide Adjustments....................3-7 Rack Slide Maintenance....................3-8 Removing the Unit ......................3-8 Mounting the RS-422 Connector Panel and XLR100 ............3-8 Electrical Installation ......................3-9... - Page 6 Audio Clock Signals ..................... 3-40 Component Analog Video Input Board................3-41 Audio I/O Circuit Board (Optional, Various Slots from J3-J13) ......... 3-42 Timing the PDR100 to the System ..................3-43 Setting the Reference Genlock Delay ................3-43 Setting the Output Delay ....................3-43 Reference—Timing a PDR100 ..................
- Page 7 3-14 Cable Connection Between the PDR100 and RS-422 Connector Panel ...... 3-13 3-15 Audio Cabling Between the XLR100 and the PDR100 Audio I/O Cards ...... 3-14 3-16 Location of the Local Area Network (LAN) and VGA Circuit Boards ......3-15 3-17 Connectors for the Keyboard, Mouse Cabling to the PDX103 ........
- Page 8 Circuit Boards for Analog Composite Two-CH In/Four-CH Out ........2-7 Circuit Boards for Analog Composite One-CH In/Four-CH Out ........2-8 Power Cord Options for the PDR100, PDX103, and XLR100 .........3-9 Pin Assignments for the DB25 - XLR Adaptor Cable .............3-12 Processor Board Jumper Settings..................3-23 VGA-I/O Board Jumper Settings ..................3-25...
- Page 9 Do not operate this product from a power source that applies more than Source the voltage specified. Provide Proper To prevent product overheating, provide proper ventilation. Ventilation Do Not Operate With If you suspect there is damage to this product, have it inspected by Suspected Failures qualified service personnel. PDR100 Installation...
- Page 10 Changes or modifications not expressly approved by Tektronix can affect emission compliance and could void the user’s authority to operate this equipment.
- Page 11 Communications du Canada. EN55022 Class A For products that comply with Class A. In a domestic environment this Warning product may cause radio interference in which case the user may be required to take adequate measures. PDR100 Installation...
- Page 12 Dangerous voltages or currents may exist in this product. Disconnect Servicing With power, remove battery (if applicable), and disconnect test leads before Power On removing protective panels, soldering, or replacing components. To avoid electric shock, do not touch exposed connections PDR100 Installation...
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Page 13: Chapter 1 Introduction
Introduction This manual is part of a set of manuals provided to support installation and operation of the Tektronix PDR 100 Professional Disk Recorder. The set consists of the User Manuals along with this Installation manual. In addition to the PDR100 information, there are installation instructions for the PDX103 Disk Expansion Unit, and the XLR100 Audio Bypass Unit. -
Page 14: Operation Overview
(2 banks of 4 to support 2 Disk Recorder boards in the PDR 100, a single bank of 8 to support 1 Disk Recorder board), or with 16 hard disks to fully utilize the capacity of 2 Disk Recorder boards. PDR100 Installation... -
Page 15: Accessories
• 1 Keyboard (Tektronix part number 119-4254-XX) • 1 Mouse (Tektronix part number 119-4330-XX) • 2 Packages (12 pieces) EMI Suppression Gaskets for BNC Connectors (Tektronix part number 016-1448-XX) • 1 Cable Assembly, Power (161-0216-00 for US and Japan; 161-0066-09 for Europe;... - Page 16 Chapter 1 Introduction PDR100 Installation...
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Page 17: Chapter 2 Configuration
The PDR100 Mother board with its connectors for the circuit boards allows the PDR100 to be configured in a number of ways. Any configuration of the PDR100 consists of circuit boards that are required in all configurations and circuit boards specific to a particular configuration. -
Page 18: Configuration Guidelines
This information can be useful when adding a new circuit board to the PDR100 and you need to move boards around to make room. Some of the circuit boards must be installed in specific locations, others are installed in locations that are dictated by the configuration. -
Page 19: Circuit Boards Required For All Configurations
PDR100’s RS-232 Serial port, the system hard disk drive, and the floppy disk drive. There is also a parallel port, the IDE interface for the system hard disk, and the floppy disk driver. -
Page 20: Circuit Boards That Support Configurations
J14 through J17 are also dedicated slots, used for the Disk Recorders, Reference Genlock, and RS422A Interface circuit boards. Slave Disk Recorder When the PDR100 is configured for four channel operation, a Slave Disk Recorder circuit board is required. This circuit board is always located in slot J15. Analog Composite Input The Analog Composite Video Input is a two circuit board set requiring two EISA/ Video Router slots (between J5 and J13.) One slot is occupied by the Decoder circuit... -
Page 21: Serial Digital Component Input/Output
Each Audio Input/Output circuit board provides four-channel analog audio input and output. Up to four Audio circuit boards can be installed in a single PDR100. Audio circuit boards do not require connection to the Video Router, which also allows them to be used in slots J3 and J4 (EISA only.) However, they do need to be adjacent to a... -
Page 22: Typical Configurations
Chapter 2 Configuration Typical Configurations The majority of the PDR100’s will use one of the following typical configurations. Processor and Disk Recorder circuit boards remain constant throughout the configurations. Serial Four-Channel In and Four-Channel Out This is Option 40 in the standard factory configurations. The Serial I/O circuit boards have two-channel input and output each;... -
Page 23: Analog Composite Two Channels In And Four Channels Out
Note that there is an Audio circuit board adjacent to each Analog Input circuit boards for audio input/output. In addition, there are Audio circuit boards in J12 and J13 next to the Composite Analog Output circuit board to accommodate the third and fourth audio output channels. PDR100 Installation... -
Page 24: Analog Composite One Channel In And Four Channels Out
Note that there is an Audio circuit board adjacent to the Composite Analog Input circuit board for audio input. In addition, there are Audio circuit boards on both sides of the Composite Analog Output circuit board to accommodate three separate four-channel audio outputs. PDR100 Installation... -
Page 25: Chapter 3 Mechanical Installation
Panel, and the XLR100 Audio Bypass Unit. This equipment is designed to be rack mounted. The PDR100 and the PDX103 are mounted to the rack with rack slides and face forward in the rack. The RS 422 Control Panel and the XLR100 mount at the rear of the rack using front panel attaching screws. -
Page 26: Rack Dimensions
Chapter 3 Mechanical Installation Rack Dimensions The PDR100 Disk Recorder, PDX103 Disk Expansion Unit, XLR100, and the RS-422 Connector Panel are all shipped with hardware for rack mounting. The major dimensions for all four units are shown in Figures 3-2, 3-3, 3-4, and 3-5. All four units fit in a standard 19-inch (48.3 centimeter) rack. -
Page 27: Dimensions Of The Rs-422 Connector Panel For Rack Mounting
Figure 3-3. Dimensions of the RS-422 Connector Panel for Rack Mounting 16.750 in (42.5 cm) 23.000 in (58.4 cm) 25.250 in (66.68 cm) 7.00 in (17.8 cm) 19.000 in (48.3 cm) Figure 3-4. Dimensions of the PDX103 for Rack Mounting PDR100 Installation... -
Page 28: Mounting The Pdr And Pdx Units
28 inches (39.4 and 71.1 cm). Six inches (15.25 cm) of clearance between the PDR100 rear panel and any rear cabinet panel is required for connectors and cable bends. In addition, adequate air flow must be assured around the cabinet to provide sufficient cooling. -
Page 29: Mounting The Slide Tracks In The Rack
SPACING EIA RS310, RETMA 1.250 in 1.250 in (3.18 cm) (3.18 cm) 0.500 in (1.27 cm) 0.625 in (1.59 cm) 1.250 in (3.18 cm) 0.625 in (1.59 cm) Figure 3-7. Spacing for Mounting Holes in a Standard Rack PDR100 Installation... -
Page 30: Front Slide Mounting Detail
Chapter 3 Mechanical Installation BAR NUT (Use if the front rail is not tapped) Figure 3-8. Front Slide Mounting Detail BAR NUT SCREWS REAR RACK RAIL Figure 3-9. Rear Slide Mounting Detail PDR100 Installation... -
Page 31: Installing The Pdr100 Or Pdx103In The Rack Slides
Mounting the PDR and PDX Units Installing the PDR100 or PDX103in the Rack Slides 1. Pull the slide-out track section to the fully extended position. See Figure 3-10. 2. Insert the ends of the cabinet chassis sections into the slide-out sections. -
Page 32: Rack Slide Maintenance
CAUTION: Be sure all cables are disconnected from the PDR100 or PDX103 prior to attempting to remove the unit. WARNING: Both the PDR100 and the PDX103 are considered to be too heavy for one person to remove. PDR100 exceeds 70 pounds when equipped with eight hard disks. -
Page 33: Electrical Installation
Electrical Installation Power Source The PDR100, PDX103, and XLR100 are designed to operate from a single-phase power source having one of its current-carrying conductors at or near earth ground (the neutral conductor). Only the line conductor is fused for over-current protection. -
Page 34: Cabling For All Applications
Chapter 3 Mechanical Installation Cabling for All Applications In order to install the PDR100, it is necessary to connect a number of cables. Most of the cabling is straightforward; however, there are some subtleties that need to be considered. To ensure compliance with EMI certification requirements, the mesh washers supplied must be used when connecting BNC connectors to the rear panel. -
Page 35: Pdr100 Rear Panel Connections
PDR100 Rear Panel Connections PDR100 Rear Panel Connections There are a number of rear-panel connections that must be made to use the PDR100. Each connector on the rear panel will be discussed with any required terminations. Figure 3-12 shows the connections required from the four circuit boards mounted in slots 14 through 17. -
Page 36: Connecting Linear Time Code
Pin 14 Pin 18 Pin 19 Pin 17 Pin 21 Pin 22 Pin 20 Pin 24 Pin 25 Pin 23 Power-On Indicator Pin 13 when used with Audio card 9040-5 Figure 3-13. Breakout Cable for the PDR100 3-12 PDR100 Installation... -
Page 37: Connecting The Rs-422 Connector Panel
RS-422 Connector Panel, which provides eight addressable RS-422 ports. See Figure 3-14. RS-422 Communications (Ports 1-8) 9040-10 Figure 3-14. Cable Connection Between the PDR100 and RS-422 Connector Panel PDR100 Installation 3-13... -
Page 38: Connecting The Xlr100 Audio Bypass Unit
In addition to the audio bypass unit, an eight-connector breakout cable can be used to bring the audio signals into the PDR100 audio interface. Figure 3-13 shows one of two optional cables. The XLR connectors are labeled to correspond with the Input and Output Channels shown in Table 3-2. -
Page 39: Connecting To A Local Area Network (Lan)
Figure 3-16. Location of the Local Area Network (LAN) and VGA Circuit Boards Connecting to an SVGA Monitor Slot J2 is an ISA-only interface. It is used by the PDR100 for the SVGA monitor interface. It accepts a standard VGA cable with a DB-15 connector from the monitor. -
Page 40: Connecting The Keyboard And Mouse
Processor card. If both sets of connectors are present, it is recommended that the set on the PDR100 rear panel be used, they have additional EMI suppression built in. Connectors for the mouse and keyboard are identical 6-pin types. Be sure that they are plugged into the correct connectors. -
Page 41: Extending The Scsi Bus
One connector for each channel serves as the input while the other is then terminated with the passive termination. See Figure 3-19. The termination is the same one shipped with the PDR100, which must now be on the PDX103 end of the SCSI bus. 9500-2 Figure 3-19. - Page 42 When the PDX103 is added, connect it as shown in Figure 3-20. J15 J14 J12 J11 J9 J8 J4 J3 J2 SCSI B SCSI A SCSI Termination 9040-16 Figure 3-20. Cabling in a PDX103 Disk Drive Expansion Unit 3-18 PDR100 Installation...
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Page 43: Cabling For Specific Video Standards
The software scans the bus from right to left as viewed from the back of the PDR100, and assigns the board numbers in that order. The video connectors are labeled as the software would initially configure them. -
Page 44: Connecting The Audio In And Audio Out For Serial Video
The Audio circuit boards accept DB-25 connector-equipped cables. In order to interface with standard XLR connectors, either a “breakout box,” such as the Tektronix XLR100 Audio Bypass Unit, or a special cable that provides eight XLR connectors from a single DB-25 connector will be required. The adaptor cable can also be ordered from Tektronix. -
Page 45: Connections For The Analog Composite Operation
Output 1C Analog Composite Output 1D Analog Composite Output 1D With Time Code Channel 1 Burn-In Analog Channel 3 Channel 2 Decoder Composite Decoder Decoder Video Output 1 Ω Termination Figure 3-22. Connections for the Analog Composite Operation PDR100 Installation 3-21... -
Page 46: Internal Jumpers, Switches, And Audio Cables
Chapter 3 Mechanical Installation Internal Jumpers, Switches, and Audio Cables The PDR100 is designed to provide as much flexibility as possible. To accomplish this, plug jumpers and DIP (dual in-line package) switches have been designed in to allow for a number of operating conditions. The factory settings are optimum for most applications. -
Page 47: Processor Board Jumper Settings
Serial Port Mode: DCE (connect to a CPU) Dual CPU Single CPU Select 133MHz clock speed CPU takes priority on EISA bus. EISA master takes priority on EISA bus - EISA bus throughput increased Select 512K Cache PDR100 Installation 3-23... -
Page 48: Vga-I/O Circuit Board
Jumpers and DIP switches on the board configure it for use in various systems. Figure 3-24 shows the jumper and DIP switch locations and the factory settings for use in the PDR100. 9845-1 Figure 3-24. Jumper and DIP Switch Locations and Settings on the VGA-I/O Circuit Board 3-24 PDR100 Installation... -
Page 49: Jumper Settings
The VGA-I/O board has two 6-position DIP switches to define various functions. The switch settings are shown in Figure 3-24. The tables that follow list the settings by function. Table 3-5. Serial Port COM1 Switch Settings SW1-5 SW1-6 Functions Disable 2F8h 3E8h 3F8h PDR100 Installation 3-25... -
Page 50: Serial Port Com2 Switch Settings
Output Invalid Bidirectional Invalid Table 3-9. IDE Switch Configuration SW2-3 SW2-4 Function Disable Standard Invalid Secondary Table 3-10. Floppy Drive Switch Settings SW2-5 SW2-6 Function Disabled floppy — IDE3F0h Disabled floppy — IDE370h Standard 3F0h Secondary 370h 3-26 PDR100 Installation... -
Page 51: Rs-422 Circuit Board (Required Slot J17)
This circuit card has two sets of DIP switches, an eight-position switch used to select the IRQ, and a four-position switch that selects the I/O address and extended memory enable. The factory default settings for the PDR100 are all off, except for position eight (which selects IRQ 15). - Page 52 • 4 off (does not matter) Switch Position Enabled (Factory Settings) Not Used Truth Table Position Address OFF OFF 200, 204 OFF 300, 304 OFF ON 600. 604 OFF 700. 704 Figure 3-27. RS-422 Four-Position DIP Switch Settings 3-28 PDR100 Installation...
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Page 53: Reference Genlock Circuit Board (Required Slot J16)
Test Burst Phase Lock Loop Disabled 2 - 3 Normal Operation (Factory-Installed Position) 1 - 2 Normal Operation (Factory-Installed Position) 2 - 3 Program Part Development 1 - 2 Down Loads Over EISA Bus 2 - 3 Normal Operation (Factory-Installed Position) PDR100 Installation 3-29... -
Page 54: Reference Genlock Circuit Board With Termination Switch And Jumper Locations
Chapter 3 Mechanical Installation J1 J3 ENABLE Figure 3-28. Reference Genlock Circuit Board with Termination Switch and Jumper Locations 3-30 PDR100 Installation... -
Page 55: Master Disk Recorder Circuit Board (Required Slot J14)
The Master Disk Recorder circuit board has a number of square-pin connectors that are used for test purposes. None of these plugs should have jumpers on them. See Figure 3-29. Figure 3-29. Master Disk Recorder Circuit Board Showing Square-Pin Test Points PDR100 Installation 3-31... -
Page 56: Slave Disk Recorder Circuit Board (Optional J15)
The Slave Disk Recorder circuit board has two sets of square-pin connectors that are used for test purposes. None of these plugs should have jumpers on them. See Figure 3-30. Figure 3-30. Slave Disk Recorder Circuit Board Showing Square Pin Test Points 3-32 PDR100 Installation... -
Page 57: Serial Digital I/O Circuit Board
Audio boards in use at the same time as the embedded audio Serial Digital I/O board. SYSTEM CLOCK Figure 3-31. Serial Digital I/O Circuit Board Showing Plug Jumpers PDR100 Installation 3-33... -
Page 58: Serial Digital I/O Plug Jumpers
Test Position to set VCO free Output 2 VCO run frequency. Frequency Operate Monitor Point Pin 1 VCO Frequency for Serial Output 2 Pin 2 Ground Monitor Point Pin 1 VCO Frequency for Serial Output 1 Pin 2 Ground 3-34 PDR100 Installation... -
Page 59: Audio Clock Outputs
Note that the clock signals are plugged in with the play clock connected to the front connector, on the Audio I/O circuit board, and that the record clock plugged into the back connector. Play Clocks Record Clocks Figure 3-32. Clock Connections from Serial Digital I/O to Audio Interface Boards PDR100 Installation 3-35... -
Page 60: Analog Composite Input Circuit Board
System Clock (27 MHz) and is provided by the Analog Composite Output circuit board; audio output is usually from a separate Audio circuit board adjacent to the Analog Composite Output circuit board. Figure 3-34 shows the cable connection for a single Audio I/O circuit board. 3-36 PDR100 Installation... -
Page 61: Audio Clock Cabling For Analog Composite Input
No Jumper Operating Position Developmental Position Test Jumper Jumpered Operating Developmental Position Test Jumper Jumpered Operating Developmental Position Test Jumper Jumpered Operating Test Jumper Jumpered Operating Developmental Position Figure 3-34. Audio Clock Cabling for Analog Composite Input PDR100 Installation 3-37... -
Page 62: Decoder Circuit Board
Operating position for board 671-3083-00 Jumpered Operating position for board 671-3083-01 Developmental Position Decoder board with the -01 or higher suffix level are compatible only with Analog Composite Input boards 671-3081-02 or higher, and require software Version 1.3 or higher. 3-38 PDR100 Installation... -
Page 63: Analog Composite Output Circuit Board
Open Channel 2 Filter Jumpered Jumpered DAC Output to Filter Input Open Open Channel 3 Filter Jumpered Jumpered DAC Output to Filter Input Open Open Channel 4 Filter Jumpered Jumpered DAC Output to Filter Input Open Open PDR100 Installation 3-39... -
Page 64: Audio Clock Signals
Composite Analog Output circuit board. With longer cables, the clock signals can be routed to other Audio I/O circuit boards located some distance from the Analog Composite Output circuit board. Figure 3-37. Audio Clock from Analog Composite Output Circuit Board 3-40 PDR100 Installation... -
Page 65: Component Analog Video Input Board
SMPTE 125M (525-line) or EBU 3267 (625-line). The board then transfers the digital video to the VDR’s video router bus. 9608-1 Figure 3-38. Audio Clock Cabling from the CAV Input Board PDR100 Installation 3-41... -
Page 66: Audio I/O Circuit Board (Optional, Various Slots From J3-J13)
The impedance is determined by whether there are jumpers installed on the four sets of pins (one for each channel) on the top of circuit board. When the pins are shorted together by jumpers, the lines are terminated in 600Ω. The PDR100 is normally shipped with jumpers installed for 600Ω termination. -
Page 67: Timing The Pdr100 To The System
Timing the PDR100 to the System Timing the PDR100 to the System In a number of applications it will be necessary to time the PDR100 to the system. The internal reference for the PDR100 is the Reference Genlock. The PDR100 is shipped with 0 delay in the reference and the output timed to the reference. -
Page 68: Reference-Timing A Pdr100
Chapter 3 Mechanical Installation Reference—Timing a PDR100 The PDR100 has a few special considerations that should be taken into account when determining how to time your system. • The PDR 100 is designed so that a prerecorded output is perfectly timed to the Genlock Input, when no delay is set on the Video Output. -
Page 69: What If The Inputs Cannot Be Timed
Notice that the Reference House Black is the Genlock signal for both the PDR100 and the SPG 422 (a sync pulse generator). Also notice that the Reference House Black signal is not be used directly as the genlock signal for PDR100 input sources. - Page 70 Chapter 3 Mechanical Installation 3-46 PDR100 Installation...
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Page 71: Chapter 4 Software Upgrades
Updating the Software Use the disks that came with your PDR100 or with your Field Upgrade kit. If you have more than one set of disks, use the one with the higher version number. Follow the procedures in the Release Notes that accompany the diskettes. -
Page 72: Windows Nt Operating System Is Corrupt
>>> WARNING. The Emergency Repair Disk is PDR100 specific. (The disk shipped with the PDR100 is the ONLY one that will work with that PDR100.) Keep track of this disk. >>> WARNING. Repairing the Window NT operating system requires a copy of Windows NT 3.51. -
Page 73: Appendix A Specifications
A statement that defines a characteristic usually in limit form. SUPPLEMENTAL DATA: - Statements that explain performance requirements or provide performance information. These are not considered to be statements of guaranteed performance and are not ordinarily supported by a performance check procedure. PDR100 Installation... -
Page 74: Serial Digital Video Input/Output
≤10 ns NTSC Direct or AGC Path Chrominance-to-Luminance Requirement: ≤15 ns PAL Direct or AGC Path Delay Error ≤1.5% NTSC Direct or AGC Path Differential Gain Requirement: ≤1.5% PAL Direct or AGC Path ≤1.5° Direct or AGC Path Differential Phase Requirement: PDR100 Installation... -
Page 75: Analog Composite Video Output
Supplemental Data:-3 dB Nominally 6.25 MHz Signal-to-Noise Ratio Requirement: > 50 dB ≤10 ns NTSC Chrominance-to-Luminance Delay Requirement: ≤15 ns PAL Error ≤1% NTSC Differential Gain Requirement: ≤1.5% PAL ≤1° Differential Phase Requirement: ≤1% K-Factor Requirement: ≤1% 2T Pulse-to-Bar Ratio Requirement: PDR100 Installation... - Page 76 > 45 dB AGC Path ≤30 ns Direct or AGC Path Chrominance-to-Luminance Requirement: Supplemental Data:Typically ≤10 ns Delay Error ≤3% Direct or AGC Path Differential Gain Requirement: Supplemental Data:Typically ≤1% ≤3° Direct or AGC Path Differential Phase Requirement: Supplemental Data:Typically ≤1° PDR100 Installation...
- Page 77 NTSC 40 IRE ±1 IRE PAL 300 mV ±7 mV 0° ±15° Direct or AGC Path Inserted Sync and Burst SCH Requirement: Supplemental Data:Typically 0° ±5° Phase Accuracy ±0.5 mV Direct Black Level Error Requirement: ±15 mV AGC Path PDR100 Installation...
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Page 78: Program Input Genlock
Return loss: Input formats Betacam supported (525/60): Betacam without setup Betacam (non-EBU) MII without setup (SMPTE/EBU-N10) GBR (700mv no setup) Input formats SMPTE/EBU-N 10 supported (625/50): Betacam (non-EBU) GBR (700mv no setup) Reference: Sync on Y/G video input PDR100 Installation... -
Page 79: Component Analog Video Performance
(MII w/o setup) 465.2 308.2 216.8 157.0 59.9 -262.5 88.6 -173.9 173.9 -88.6 262.5 42.7 -262.5 -219.8 219.8 262.5 -42.7 482.8 392.9 337.6 253.1 197.7 107.9 52.5 -242.8 81.9 -160.9 160.9 -81.9 242.8 39.5 -242.8 -203.3 203.3 242.8 -39.5 PDR100 Installation... -
Page 80: Format Voltage Level Definitions For Cavmtrxp Colorbar Matrix Test Clip
465.2 308.2 216.8 157.0 59.9 -262.5 88.6 -173.9 173.9 -88.6 262.5 42.7 -262.5 -219.8 219.8 262.5 -42.7 Betacam w/o setup (non-EBU) 465.2 308.2 216.8 157.0 59.9 -350 118.1 -231. 9 231. 9 -118.1 56.9 -350 -293.1 293.1 -56.9 PDR100 Installation... -
Page 81: Reference Genlock
Requirement: -70 dBm (0.031%) at +9dBu input Table A-14. Power Source Characteristics Description Electrical Rating Requirement: 100 -240V, 50/60 Hz, 12A maximum Supply Type Supplemental Data:Single Phase Supply Connection Supplemental Data:Detachable cord set Power Consumption Supplemental Data:<1000 VA PDR100 Installation... -
Page 82: Environmental Characteristics
Mechanical Characteristics Table A-16. Mechanical Characteristics Characteristic Description Dimensions Requirement: Height: 8.750 inches (22.225 centimeters) Width: 19.000 inches (48.260 centimeters) Depth: 23.500 inches (59.690 centimeters) Weight Requirement: Net: 70 pounds (31.751 kilograms) Shipping: 85 pounds (38.555 kilograms) A-10 PDR100 Installation... -
Page 83: Certification
IEC 950 - Safety of Information Technology Equipment, including Electrical Business Equipment (Second edition, 1991) CAN/CSA C22.2, No. 950-93 - Safety of Information Technology Equipment, including Electrical Business Equipment EN60950 - Safety of Information Technology Equipment, including Electrical Business Equipment A-11 PDR100 Installation... - Page 84 Appendix A Specifications A-12 PDR100 Installation...
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