Leitch Csd 5300 Manual
The LEITCH CSD-3901 Master Clock System Driver allows programming of time code user bits. This facility can be used to include a specific time offset in the time code. The operating mode of one or more ADCs in a system can then be set to read this offset. A typical application is the display of GMT in addition to local time. Leitch Csd 5300 Manual Lawn Care; 35039 perhaps 35026 company 34946 in 34704 all 34455 family 34394 2 34357 hand 34292 already 34178 possible 34115 over 34064 nothing 33947 when. 19 5313 contribution 5306 apparent 5303 happened 5300 decided 5295 quiet 5293 procedures 5292 reach 5291 dry 5290 martin 5286 monday 5284 contact. Leitch Csd 5300 Manual Meat Corel Paradox 9 Download Latest Patch For Battlefield 2142 Download Easy Battery Saver Pro Apk Chronicles Of Narnia Full Movie In Hindi Download Tabir Alam Metal Mp3 Satguru Main Teri Patang International Ringtones Drivers. Our traditional Master Clock, the CSD-5300 Master Clock System Driver, provides access to stable, reliable, and UTC-traceable real time. A Master for Your Master To address the Master Clock aspect, Leitch offers the world-renowned CSD-5300 Master Clock System Driver, which is used by many of the world's major timekeeping organizations. Leitch Csd 5300 Manual Arts Football. Hz pulse outputs; 1 and 5 MHz reference outputs; marker beeps; and impulse drive outputs for easy integration into new or existing systems. 0 MHz input may be used to reference the CSD- 5. Features: External battery input for total power back- up. Leitch Csd 5300 Manual Arts High.
Configuring NTP server and client on Solaris 10 and Solaris 11
One of the task which often performed during the setup of a machine is the setup of the NTP daemon.NTP is one of the oldest internet protocol still in use and it allows the synchronization of computer clocks distributing UTC (Coordinated Universal Time) over the network. NTP design is focused on compensating the variable latency of the network.
A machine may be an NTP client or an NTP server. Roughly, an NTP client it's a machine that uses the NTP protocol to synchronize its clock and an NTP server it's a machine that provides NTP client the information needed to synchronize their clocks. An NTP server often uses other NTP servers to keep its own clock in sync.
This blog post has been slightly updated to accomodate some minor modifications to support Solaris 11.
NTP on Solaris 10 and Solaris 11
Solaris 10 introduced the SMF framework (to simplify and enhance the service management tasks in Solaris environments) and the NTP service is now managed by SMF. Solaris ships with an NTP daemon, ntpd, configured via SMF (svc:/network/ntp:default) and a bunch of sample
ntp.conf files to quickly configure a machine as a client or as a server.# svcs ntp
STATE STIME FMRI
online 0:43:33 svc:/network/ntp:default
Solaris 11 only ships with NTP v. 4, while your Solaris 10 installation may ship with both. In this case, the NTP v. 4 service is identified by the name ntp4. I suggest you always use the latest version. As we'll see in the following sections, NTP v. 4 offers you more flexibility when configuring your server.
Configuring a client
If your machine is just a client, you can just pick the /etc/inet/ntp.client and copy it to/etc/inet/ntp.conf. The default client configuration it's just a one-liner:multicastclient 224.0.0.1
Obviously, if your machine it's in a LAN without an NTP server, you're probably never going to receive such a packet, and you should use some public NTP server instead.
Using a server from a pool
I personally recommend using random servers from an NTP pool such as pool.ntp.org. In the official website of the NTP Pool Project you can find instruction about using the pool or picking up some server from the list they maintain. Pools maintained by the NTP Pool Project are organized in geographical hierarchy so that, for example, you can use server from a continent-level pool or, where available, from a country-level pool. The recipe is always the same: the nearer, the quicker and the better. In the case of the NTP protocol, moreover, the nearerthe server you use, the more accurate the synchronization.In my case, I'm using the European pool europe.pool.ntp.org and my configuration file contains:
server 0.europe.pool.ntp.org
server 1.europe.pool.ntp.org
server 2.europe.pool.ntp.org
server 3.europe.pool.ntp.org
Normally NTP requires a poll period to elapse before starting synchronizing your clock. If you want NTP to start immediately, which you most probably will if you're configuring a desktop environment, you can take advantage of iburst keyword, introduced in NTP v. 4: it instructs NTP to start the synchronization almost right away.
server 0.europe.pool.ntp.org iburst
server 1.europe.pool.ntp.org iburst
server 2.europe.pool.ntp.org iburst
server 3.europe.pool.ntp.org iburst
Another option, instead of manually maintaining multiple server lines, is using the pool keyword. The difference between the two is subtle and may be very convenient to use: server just tells NTP to use thefirst IP address returned by the DNS lookup, while pool tells NTP to use them all.
Beware that iburst and pool are NFS v. 4 specific keywords: make sure you're configuring NTP implementation corresponding to the syntax you're using.
Setting up the drift file
The only thing left to set up it's just the drift file location, which in my case it's:driftfile /var/ntp/ntp.drift
Starting the service
Once your ntp.conf is set up, you can start (or restart) the ntp service:# svcadm restart ntp
# svcs ntp
STATE STIME FMRI
online 0:43:33 svc:/network/ntp:default
In case you're wondering: there's no need to run the ntpdate command. The SMF scripts of the NTP service takes care of all (in this case, during the execution of the start method).
Querying the service
Once the service is running, you can check which server you're using with ntpq:$ ntpq -p
remote refid st t when poll reach delay offset jitter
+dns2.vnet.sk 195.113.144.201 2 u 122 128 377 90.907 5.002 0.678
*ptbtime1.ptb.de .PTB. 1 u 26 128 377 91.754 2.971 2.715
-ntppub.le.ac.uk 158.43.192.66 2 u 105 128 377 76.720 10.182 3.701
+mx-dub.bofh.so 193.1.31.66 2 u 84 128 377 70.090 8.049 0.549
You'll get a similar output. After a while, your query will output similar results. The server prefixed with an asterisk is the server you're synchronizing with. If you don't get an asterisk after a while, probably no NTP server is reachable, which is probably due to a firewall which is blocking UDP port 123.
The difference between your clock and the data provided by NTP servers can be examined by catting the drift file:
# cat /var/ntp/ntp.drift-50.645
Setting up an NTP server
Now that you have an NTP client running, you'll probably want to setup all of your machines. If you're in a LAN, you can setup an internal NTP server which will provide data to other clients on your LAN. As before, you can take inspiration from the server configuration file shipped with Solaris 10 or Solaris 11,/etc/inet/ntp.server. After setting up the drift file and the clients you're going to use, you can examine the other options and fine-tune them at your taste. Let's give a quick look at it.server 127.127.XType.0
This line pretty much resembles the server statement we described in the previous sections but it's fundamentally different. The argument of the server keyword, which resembles an IP address, give NTP information about the kind of device used to provide the (supposedly) accurate time to the NTP server.
The server type and the XType value must be substituted with the correct value from the provided table (and reported in the configuration file shipped with Solaris as well):
# XType Device RefID Description
# -------------------------------------------------------
# 1 local LCL Undisciplined Local Clock
# 2 trak GPS TRAK 8820 GPS Receiver
# 3 pst WWV PSTI/Traconex WWV/WWVH Receiver
# 4 wwvb WWVB Spectracom WWVB Receiver
# 5 true TRUE TrueTime GPS/GOES Receivers
# 6 irig IRIG IRIG Audio Decoder
# 7 chu CHU Scratchbuilt CHU Receiver
# 8 parse ---- Generic Reference Clock Driver
# 9 mx4200 GPS Magnavox MX4200 GPS Receiver
# 10 as2201 GPS Austron 2201A GPS Receiver
# 11 arbiter GPS Arbiter 1088A/B GPS Receiver
# 12 tpro IRIG KSI/Odetics TPRO/S IRIG Interface
# 13 leitch ATOM Leitch CSD 5300 Master Clock Controller
# 15 * * TrueTime GPS/TM-TMD Receiver
# 17 datum DATM Datum Precision Time System
# 18 acts ACTS NIST Automated Computer Time Service
# 19 heath WWV Heath WWV/WWVH Receiver
# 20 nmea GPS Generic NMEA GPS Receiver
# 22 atom PPS PPS Clock Discipline
# 23 ptb TPTB PTB Automated Computer Time Service
# 24 usno USNO USNO Modem Time Service
# 25 * * TrueTime generic receivers
# 26 hpgps GPS Hewlett Packard 58503A GPS Receiver
# 27 arc MSFa Arcron MSF Receiver
In my case, it's just a (very) plain 1: an undiscilplined local clock.
broadcast 224.0.1.1 ttl 4
This line is the server equivalent of the multicast line seen in the default client configuration: it tells the NTP server to broadcast on the NTP multicast network.
Further readings
Complete documentation aboutLeitch Csd-5300 User Manual
ntp.confLeitch Csd-5300 Manual
syntax can be found on the xntpd man page:# man xntpd
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By Richard A. Eckel ©Copyright 1994 All Rights Reserved. Ever since I started flying RC sailplanes about two years ago I knew that I would eventually move up to a computer radio.
I’m an engineer with a strong interest in computers and technology. Obviously the high tech sailplanes and computer radios have a strong attraction for me.
I have always admired the JR radios and finally decided that I would purchase and learn how to program the JR388. Let me lay it on the table – the radio is not hard to program but I found the manual very difficult to decipher.
Perhaps I find the manual difficult because I am a 'top down' learner. That is, I want to understand the overview before I learn which buttons to push. If you are the same way or are just interested in a different view of programming the JR388 I think that this article will be of interest to you. Intent of Article The intent of this article is to supplement the manual in some respects and to present my understanding of the programming and organization of the JR388.
Along the way I will point out some potential traps in the programming. After reviewing the organization of the radio and its functions I will recommended setup procedures and tell you about some programming tricks that might be of interest. I am hardly an expert on programmable radios. I do not know how other radios such as the Vision or Super 7 handle their progarmming and I will not be doing any comparisons. I have simply spent a good deal of time analyzing the JR388 and want to pass along what I have learned.
Receiver Channels The receiver channel assignments are very important to the programming of the JR388. JR has preprogrammed a variety of useful mixes in the transmitter but they are dedicated to specific channels. If you want the radio to program easily and with maximum flexibility it is best connect your servos to the channels specified in the manual. To keep you interested, the receiver channels are referenced in the manual by a variety of names. Table I lists the channels and the aliases I found in the manual.
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Leitch Csd-5300 Manual
In this article I will refer to receiver channels by their sailplane assignment followed by the channel number – i.e. When I use the term Flap or Aileron without a channel designation it refers to the mixed channels together controlling both flying surfaces.
Table I lists the receiver channel number followed by its receiver label alias followed by its sailplane setup alias followed by any other alias I came across. Keep Table I handy when you are reading the JR manual. TABLE I Receiver Channels Receiver Channel Aliases Channel Receiver Mark Sailplane Alias 3 1 Throttle Spoiler 2 Aileron L. Ail Aile 1 3 Elevator 4 Rudder 5 Gear R. Ail Aile 2 6 Aux1 L.
Flap Flap 7 Aux2 R. Flap 8 Aux3 Transmitter Controls The sailplane version of the JR388 is specifically arranged and labeled to be accomodating to the sailplane flier. Prodad mercalli v2 keygen for mac. However, not every sailplane pilot will like the layout or the labeling. (We’re an opinionated bunch!) But the biggest problem is that the manual references the controls with a variety of nomenclatures and the programming prompts do not corrospond to the labeling or, often, to the manual references. I had a lot of trouble identifying switch references in the manual.