OP8210 Interface Connector User Manual.

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1 OP8210 Interface User Manual

3 CONTENTS OP8210 INTERFACE CONNECTOR... 5 INTRODUCTION... 5 features...5 MODULE INSTALLATION...6 op8214 peak detector...7 Peak Detector Diagrams...8 BNC PIN ASSIGNMENTS... 9 RJ45 PIN ASSIGNMENTS... 9 SCREW TERMINAL PIN ASSIGNMENTS SPECIFICATIONS general specifications...11 peak detector specifications...11 OP8210 User Manual Opal-RT Technologies 3

4 OP8210 Interface 4 Opal-RT Technologies OP8210 User Manual

5 OP8210 Interface Introduction OP8210 INTERFACE CONNECTOR INTRODUCTION The OP8210 1U rackmount chassis is an interface connector designed to be used with an Opal-RT simulator system to provide a simple interface between the Opal-RT simulator s connectors and external devices. It contains spaces for two (2) connector panels and uses standard connectors (RJ45, screw terminals and BNC) without the need for input/output adaptors and allows quick connections for monitoring. These panels (OP8211, OP8212 and OP8213) act as patch panels only and offer no conditioning. The OP8214, by contrast, does offers some conditioning. The rear of the unit provides the connectors that link the OP8210 to the OP5600 or OP7000 simulator, while the front provides connectors (Screw terminals or BNC) for client-side applications. features The OP8210 chassis has two separate sections that can several types of front connection panels: OP8211, BNC connectors (up to 16 channels) OP8212, Screw terminal connectors (up to 16 channels) OP8213, RJ45 connectors (up to 32 channels) OP8214 Peak Detector OP8210 Blank Plate (not shown) Figure 1: OP8211, BNC connectors Technologies Figure 2: OP8212, Screw terminal connectors Technologies Ch 0-3 Ch 4-7 Ch 8-11 Ch Ch Ch Ch Ch Figure 3: OP8213, RJ45 connectors Figure 4: OP8214, Peak Detector connectors OP8210 User Manual Opal-RT Technologies 5

6 OP8210 Interface Introduction MODULE INSTALLATION RJ45 in (from client side) in (from Opal-RT simulator) Screw terminal (from client side) Figure 5: OP8210 connections 1. Connect the cables provided with the Opal-RT simulator to the back connectors on the OP8210 Interface. 2. Connect the external device to the desired channel connectors on the front of the Interface. Depending on the type of board used in the simulator, the OP8210 connector may require an external power supply (example: when using a digital output board). Vuser Figure 6: Vuser connector 6 Opal-RT Technologies OP8210 User Manual

7 OP8210 Interface Introduction op8214 peak detector The OP8214 peak detector provides an interface to measure the amplitude for up to 4 pulses. This panel provides both SMA and BNC connectors. The OP8214 requires external power input. SMA connector BNC Status LED SMA connector: Status LED: BNC connector: Figure 7: OP8214 Interface the SMA connector lets users connect the user input. The OP8214 then detects any high speed pulses and maintains them long enough for the OP5340 Analog In to read and process the pulse. blinks to indicate each high speed pulse. lets users connect the OP8214 to an external monitoring device (i.e. an oscilloscope) to view the signal sent to the simulator. OP8210 User Manual Opal-RT Technologies 7

8 OP8210 Interface Introduction Peak Detector Diagrams INPUT_PULSE 50 mv to 3.5V BASIC_TIMING 10 nsec to 40 nsec PULSE_COMPARATOR READY_TO_READ 20 usec typ ACTIVITY_PULSE 8 nsec typ 100 msec typ PEAK_LEVEL 15 usec to 500 usec 2.5 usec ADC_SAMPLING 500 nsec Figure 8: Pulse timing diagram OP8214 High Speed Peak Detector (One Channel) R/A SMA AC COUPLING 0.1uF INPUT PULSE INPUT BUFFER FILTER G = 2 + _ OPA659 +5VA + _ PEAK DETECTOR OPA659 +5VA OUTPUT BUFFER (DIFFERENTIAL OR FOLLOWER) PEAK_LEVEL +5VA Analog IN F CH+ CH- -2VA -2VA -2VA AGND 500 OHM M Adjustable Ref 50 mv COMPARATOR ECL +5VD + _ -5.2VD LEVEL SHIFTER +5VD PULSE COMPARATOR + _ nsec +5VD MONO- STABLES 20 microsec. typical 100 millisec. typical ACTIVITY LED READY_TO_READ DGND Molex +12V DGND DC-DC Converters & Regulators +5VA -2VA +5VD -5.2VD Digital IN F DGND AGND Figure 9: OP8214 schematic 8 Opal-RT Technologies OP8210 User Manual

9 BNC PIN ASSIGNMENTS OP8210 Interface RJ45 Pin Assignments Channel Channel BNC 1 +CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH Table 1: BNC pin assignments I/O+ I/O Vuser Vrtn RJ45 PIN ASSIGNMENTS P1-1 Channel P1-1 Channel RJ45 P1-2 Channel P1-2 Channel RJ45 1 +CH CH00 1 +CH CH00 2 +CH CH01 2 +CH CH CH CH02 3 +CH CH CH CH03 4 +CH CH03 5 +CH CH04 5 +CH CH04 6 +CH CH05 6 +CH CH CH CH06 7 +CH CH CH CH07 8 +CH CH07 9 +CH CH08 9 +CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH Table 2: RJ45 pin assignments Ch D- Ch D+ Ch C- Ch C+ Ch B- Ch B+ Ch A- Ch A Vuser Vrtn OP8210 User Manual Opal-RT Technologies 9

10 OP8210 Interface Screw terminal Pin Assignments SCREW TERMINAL PIN ASSIGNMENTS Channel Screw Terminal Channel Screw Terminal 1 +CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH Table 3: Screw terminal pin assignments Vuser Vrtn 10 Opal-RT Technologies OP8210 User Manual

11 SPECIFICATIONS OP8210 Interface Specifications general specifications Product name Available interface panels OP8210 Interface OP8211 (P/N ) BNC connector panel OP8212 (P/N ) screw terminal connector panel OP8213 (P/N ) RJ45 connector panel OP8214 (P/N ) Peak Detector panel Dimensions (HxWxD) 4.37 x x cm (1.72 x 19 x 5.25 ) I/O connector Operating temperature Storage temperature Relative humidity Maximum altitude peak detector specifications to simulator. BNC, RJ45 or screw terminal, depending on panel 10 to 40 ºC (50 to 104ºF) -55 to 85ºC (-67 to 185ºF) 10 to 90%, non condensing 2,000 m (6562 ft.) Input power range 9 to 18 Volts (typically 12V) INPUT ANALOG PULSE Amplitude Input impedance Pulse width minimum/ maximum Detection threshold OUTPUT ANALOG LEVEL Output type Amplitude range Hold time for peak value OUTPUT DIGITAL SIGNAL Signal ready_to_read STATUS INDICATORS Monitoring led 0 to 3.5 Volts 50 Ohms 10 to 50 nanoseconds 50 millivolts - smaller pulses will be ignored Differential (compatible with Opal-RT ADC mezzanine) 0 to 4 volts, differential signals or single-ended follower ± 20 microseconds. FPGA uses the ready_to_read signal to read (see timing diagram), female, supports the 4 analog differential pair ± 20 microseconds When high, during around 20 microsec, it means the output analog value can be captured by the adc, female, supports the 4 digital signals When analog pulse is present (above 50 mv), the LED is activated. OP8210 User Manual Opal-RT Technologies 11

12 CONTACT Opal-RT Corporate Headquarters 1751 Richardson, Suite 2525 Montréal, Québec, Canada H3K 1G6 Tel.: Toll free: Note: While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted for errors or omissions. Data may change, as well as legislation, and you are strongly advised to obtain copies of the most recently issued regulations, standards, and guidelines. This publication is not intended to form the basis of a contract. Technical Services DS OP1 10/2016 Opal-RT Technologies Inc.

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