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DDC's Motion Control Solutions

Motor Drives | Motor Controllers| Synchro/Resolver Converters

DDC is a market leader in high reliability motor control and synchro/resolver positioning solutions for aerospace, 

military and industrial environments. Our products deliver high accuracy positioning and dependability, while being 

cost effective solutions, to provide... 

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COTS/MOTS solutions for synchro/resolver feedback, and motor drive and control

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High accuracy position feedback

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High-performance controllers and drives for 3-phase brushless DC motors

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Ability to endure harsh environmental conditions including shock, vibration and extreme temperatures

Synchro/Resolver

Synchro, Resolver, LVDT, RVDT, Inductosyn, MR, and Hall Conversion Solutions

Since introducing the first synchro converter module in 1968, DDC has taken a leadership role in the design and manu-

facture of modern data conversion products.

DDC offers a complete line of Synchro/Resolver instrument-grade cards and test equipment including angle position 

indication and simulation, plus a variety of hardware and software to meet today’s civil, military, and COTS/MOTS 

requirements. DDC is a leading supplier of Synchro/Resolver-to-Digital and Digital-to-Synchro/Resolver components—

the smallest, most accurate synchro/resolver-to-digital and digital-to-synchro/resolver converters available today. Most 

of these single chip and hybrid converters are based on ASIC designs, yielding the most reliable and affordable  

converters ever offered, and are the building blocks for DDC’s card-level products.

Military, industrial, and civil applications include radar, gimbals, navigation systems, fire control, flight instrumentation/

simulators, motor/motion feedback controls and drives, and robotics systems. MIL-PRF-38534 processing is available 

on many products.

DDC is a premier manufacturer of hybrid motor drives and controllers for brush, 3-phase brushless, and induction 

motors-operating from 28 VDC to 270 VDC and requiring up to 64 kilowatts of power. A wide range of applications 

include aircraft actuators for primary and secondary flight controls, jet or rocket engine thrust vector control,  

missile flight controls, pumps, fans, solar arrays, and momentum wheel control for space and satellite systems. 

Motor drives for space applications are rated up to 100k Rads for radiation hardness. We also offer custom motor 

controllers and motion control systems to satisfy specific requirements not addressed by standard products.

Motor Drives and Controllers

Содержание SB-3623XKX

Страница 1: ...ary Position Feedback and Control Systems Motor Control Machine Tool Control Antenna Control Robotics and Process Control Systems DDC s PCIe card provides ideal compatibility with modern desktop compu...

Страница 2: ...ng supplier of Synchro Resolver to Digital and Digital to Synchro Resolver components the smallest most accurate synchro resolver to digital and digital to synchro resolver converters available today...

Страница 3: ...t http www ddc web com for the latest information All rights reserved No part of this Manual may be reproduced or transmitted in any form or by any mean electronic mechanical photocopying recording or...

Страница 4: ...8 88 Updated System Requirements Updated LED section Added Linux section Added LabView support section Updated Program Amplitude and Program Frequency Updated Software Ordering Info Rev D August 2017...

Страница 5: ...port 2 2 OVERVIEW 3 2 1 Features 3 2 2 System Requirements 5 2 3 Applications 5 2 4 Mechanical Outline 6 2 5 Specifications 7 3 HARDWARE INSTALLATION 10 3 1 Hardware Configuration 10 3 2 Supplemental...

Страница 6: ...KX Synchro Resolver PCI Express Output Card 4 Figure 2 SB 36230KX Block Diagram 5 Figure 3 SB 36230KX Mechanical Outline 6 Figure 4 Supplemental Power Connector Location 11 Figure 5 Simulation Board u...

Страница 7: ...2 Table 3 Output Voltage Configurations 14 Table 4 DC to DC Converter Configuration 16 Table 5 Reference Oscillator Options 16 Table 6 Oscillator Frequency 17 Table 7 Oscillator Amplitude 17 Table 8 D...

Страница 8: ...andling and Cautions The SB 36230KX uses state of the art components and proper care should be used to ensure that the device will not be damaged by Electrical Static Discharge ESD physical shock or i...

Страница 9: ...event that problems arise beyond the scope of this manual you can contact DDC by the following US Toll Free Technical Support 1 800 DDC 5757 ext 7771 Outside of the US Technical Support 1 631 567 560...

Страница 10: ...Each channel can be software programmable for either Synchro or Resolver signal formats 2 1 Features Half Length Standard Height PCI Express x1 Form Factor Six independent Digital to Synchro Resolver...

Страница 11: ...d free Included Software Complete Synchro C SDK o Plug n Play Windows drivers o User API Library Abstracts all low level hardware memory registers Minimizes user application development effort Windows...

Страница 12: ...on One available PC peripheral power connector A supported operating system 2 3 Applications The SB 36230KX is designed for high performance industrial and military control systems Synchros and resolv...

Страница 13: ...O V E R V I E W Data Device Corporation SB 36230KX Manual www ddc web com Rev G 4 19 6 2 4 Mechanical Outline Figure 3 SB 36230KX Mechanical Outline...

Страница 14: ...0 11 8 6 8 90 14 96 7 48 15 15 99 2 Vrms Vrms mA mV Vrms mA DYNAMIC ROTATION Max 10 bit resolution 11 bit resolution 12 bit resolution 13 bit resolution 14 bit resolution 15 bit resolution 16 bit reso...

Страница 15: ...mA DIGITAL OUTPUTS DRIVE CAPABILITY Sync Pulse LVTTL 3 3V output 12 mA drive capability POWER SUPPLY Voltages Tolerances per PCIe CEM 3 3 V 12 V Current 3 3 V 12 V Supplemental Connector Voltage P2 5...

Страница 16: ...grammable for 10 16 bits for dynamic rotation 3 Add 2 arc minutes max to specified accuracy with 90V transformer coupled option 4 Typical output voltage assumes a nominal reference input voltage The o...

Страница 17: ...onnector See Section 3 2 for details Make sure that adjacent cabling and wiring do not hinder the airflow around the card The card is a true Plug and Play device Interrupts and memory selections will...

Страница 18: ...Power Connector Location 3 3 SB 3623x LED status SB 3623x has 5 LEDS located in the upper top left corner on the card CR2 CR3 CR12 CR13 CR10 These LEDs are used to indicate the status of the cards FP...

Страница 19: ...Configuration S1 S2 S3 S4 Synchro X Z Y Disabled Resolver SIN COS SIN COS Single Ended Resolver Note 1 Disabled COS SIN Disabled Note When using single ended configurations S1 and S4 on the card s con...

Страница 20: ...will be active 4 1 1 1 Output Status The active status of each specific output leg S1 S4 for all channels is constantly monitored in an internal register that is accessible through software This statu...

Страница 21: ...pecified voltage S4 is active only in Resolver mode 4 1 3 Scaling Lower Output Voltages The output voltages can be scaled down by lowering the reference input voltage as follows Reference Input Voltag...

Страница 22: ...reference input voltage of the output type selected Refer to Table 3 For a maximum reference input voltage of 26 Vrms the LOR threshold is 3 8 Vpeak For a maximum reference input voltage of 6 8 Vrms...

Страница 23: ...le 5 for details The oscillator frequency and voltage are programmable through software The oscillator output is transformer isolated To use the on board reference oscillator for a specific channel s...

Страница 24: ...ltiplier which is an integer is determined by the following formula Amplitude V bit X bit multiplier Table 7 Oscillator Amplitude Board Type Voltage Range V Output Scaling V bit Bit Multiplier Range E...

Страница 25: ...s pinouts for the SB 3623XKX The connectors described here are the two connectors on the I O bracket 4 3 1 I O Connector Overview The supplied mating connectors are listed in Table 8 below Table 8 DD...

Страница 26: ...D E T A I L E D A R C H I T E C T U R E Data Device Corporation SB 36230KX Manual www ddc web com Rev G 4 19 19 Figure 6 P3 Mating Connector Figure 7 P4 Mating Connector...

Страница 27: ...y test point Do not connect 8 TP2 Factory test point Do not connect 9 TP3 Factory test point Do not connect 10 DGND Digital Ground 11 AGND Analog Ground 12 CH4_S4_OUT Channel 4 Synchro Resolver output...

Страница 28: ...D Digital Ground 36 AGND Analog Ground 37 CH5_S1_OUT Channel 5 Synchro Resolver outputs Refer to Table 2 for signal connections 38 CH5_S2_OUT 39 CH5_S3_OUT 40 CH5_S4_OUT 41 AGND Analog Ground 42 CH3_S...

Страница 29: ...onnector Pinouts Pin Function Description 1 SYNC_A Sync pulse channel 0 2 SYNC_E Sync pulse channel 4 3 SYNC_B Sync pulse channel 1 4 SYNC_F Sync pulse channel 5 5 SYNC_C Sync pulse channel 2 6 DGND D...

Страница 30: ...with a hardware abstraction layer for the DDC Motion Feedback hardware This software layer includes the routines that dramatically reduce software development time by providing high level C functions...

Страница 31: ...and the self test within the sample programs will pass There are however some situations that can cause problems during the installation The most common are detailed below An error is returned when a...

Страница 32: ...826 Notes 1 Output type is configured for Synchro signals only S1 S2 S3 2 Output type is transformer isolated and requires a dual width slot 3 Adds 2 arc minutes max to specified accuracy 4 Transforma...

Страница 33: ...operations and the Pascall Electronics factory are located in the UK DDC Microelectronics a division of Data Device Corporation and formerly the space microelectronics division of Maxwell Technologie...

Страница 34: ...C Electronics Ltd Headquarters Westbridge Business Park Cothey Way Ryde Isle of Wight PO33 1QT UK Tel 44 0 1983 817300 DATA DEVICE CORPORATION REGISTERED TO AS9100 2016 ISO9001 2015 FILE NO 10001296 D...

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