Re: HP8640B RF Fails Several Seconds After Power Up
works for me, although
seems the condensation is worse with canned air, may be my
imagination.
搁别苍é别
On 3/1/22 12:42 PM, Jim Ford wrote:
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Say, anybody know any disadvantages of using
freeze spray as a duster or a duster as freeze spray?? Turn one
upside-down to make it work as the other, of course.? TIA.
Jim Ford
Sent from
my T-Mobile 4G LTE Device
-------- Original message --------
Date: 3/1/22 12:12 PM (GMT-08:00)
Subject: Re: [HP-Agilent-Keysight-equipment] HP8640B RF
Fails Several Seconds After Power Up
@Jim: I too am a big fan of freeze spray. It can really root
out faults that would otherwise be very difficult to diagnose
with bench equipment, especially intermittent issues like this.
I gave each of the regulator sections a nice dose of freeze
spray, without any revealing results, except for the one
drawback of such techniques, namely the condensation that can
result after cooling the boards, which in this case would throw
the regulators off until they'd dried off. Ordinarily, I avoid
freezing entire sections of a circuit at once, preferring to
freeze each component separately with a nice steady and directed
drip from the freeze can. This not only helps eliminate the
condensation issue, but saves on the freeze spray, which is not
inconsequentially pricy. Unfortunately, without any extender
cards, it's nearly impossible to just freeze a specific
component at a time, so, firehose freeze spray it is! Anyway, it
didn't expose any temperature sensitive issues on the regulator
cards.
@George: I definitely plan to re-flow all of the TO3
connections, and clean the sockets and pins. Even if it doesn't
fix this issue, it's good hardware hygiene in any case. I'll put
all of the power transistors on a curve tracer too, and run them
through a wide temperature sweep. None of them generated any
notable heat while in circuit, but a flakey P/N junction can
decide to fail at relative room temperatures. I will say, the
day this failed, the temperature in my shop (uninsulated barn
actually) was probably in the mid 40°s, F. Admittedly a silly
temperature to be aligning a receiver, but it was intended to be
a rough alignment. I was bored, what can I say?
@Dave: As long as I've had this 8640, is has always been
positioned horizontally, so I would hope this would preclude the
possibility of the lubricant creeping into the electronics. I do
agree that the behavior of the 44.6V supply floating high when
the oscillation stops, seems like the regulator's reaction to
being underloaded, perhaps when the circuits it supplies, take a
nap. Thanks for the tips on where these los might reside.?
I really need to make or buy some 15 pin extender cards.
Troubleshooting such circuits without, is like trying to fish
coins out of a storm drain. Anyone know a good source of such,
that aren't priced by concert scalpers?
|
Re: HP8640B RF Fails Several Seconds After Power Up
Say, anybody know any disadvantages of using freeze spray as a duster or a duster as freeze spray?? Turn one upside-down to make it work as the other, of course.? TIA.
Jim Ford
Sent from my T-Mobile 4G LTE Device
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Show quoted text
-------- Original message -------- From: Flannel Tuba <flanneltuba@...> Date: 3/1/22 12:12 PM (GMT-08:00) Subject: Re: [HP-Agilent-Keysight-equipment] HP8640B RF Fails Several Seconds After Power Up
@Jim: I too am a big fan of freeze spray. It can really root out faults that would otherwise be very difficult to diagnose with bench equipment, especially intermittent issues like this. I gave each of the regulator sections a nice dose of freeze spray, without any revealing results, except for the one drawback of such techniques, namely the condensation that can result after cooling the boards, which in this case would throw the regulators off until they'd dried off. Ordinarily, I avoid freezing entire sections of a circuit at once, preferring to freeze each component separately with a nice steady and directed drip from the freeze can. This not only helps eliminate the condensation issue, but saves on the freeze spray, which is not inconsequentially pricy. Unfortunately, without any extender cards, it's nearly impossible to just freeze a specific component at a time, so, firehose freeze spray it is! Anyway, it didn't expose any temperature sensitive issues on the regulator cards.
@George: I definitely plan to re-flow all of the TO3 connections, and clean the sockets and pins. Even if it doesn't fix this issue, it's good hardware hygiene in any case. I'll put all of the power transistors on a curve tracer too, and run them through a wide temperature sweep. None of them generated any notable heat while in circuit, but a flakey P/N junction can decide to fail at relative room temperatures. I will say, the day this failed, the temperature in my shop (uninsulated barn actually) was probably in the mid 40°s, F. Admittedly a silly temperature to be aligning a receiver, but it was intended to be a rough alignment. I was bored, what can I say?
@Dave: As long as I've had this 8640, is has always been positioned horizontally, so I would hope this would preclude the possibility of the lubricant creeping into the electronics. I do agree that the behavior of the 44.6V supply floating high when the oscillation stops, seems like the regulator's reaction to being underloaded, perhaps when the circuits it supplies, take a nap. Thanks for the tips on where these los might reside.?
I really need to make or buy some 15 pin extender cards. Troubleshooting such circuits without, is like trying to fish coins out of a storm drain. Anyone know a good source of such, that aren't priced by concert scalpers?
|
Re: HP8640B RF Fails Several Seconds After Power Up
@Jim: I too am a big fan of freeze spray. It can really root out faults that would otherwise be very difficult to diagnose with bench equipment, especially intermittent issues like this. I gave each of the regulator sections a nice dose of freeze spray, without any revealing results, except for the one drawback of such techniques, namely the condensation that can result after cooling the boards, which in this case would throw the regulators off until they'd dried off. Ordinarily, I avoid freezing entire sections of a circuit at once, preferring to freeze each component separately with a nice steady and directed drip from the freeze can. This not only helps eliminate the condensation issue, but saves on the freeze spray, which is not inconsequentially pricy. Unfortunately, without any extender cards, it's nearly impossible to just freeze a specific component at a time, so, firehose freeze spray it is! Anyway, it didn't expose any temperature sensitive issues on the regulator cards.
@George: I definitely plan to re-flow all of the TO3 connections, and clean the sockets and pins. Even if it doesn't fix this issue, it's good hardware hygiene in any case. I'll put all of the power transistors on a curve tracer too, and run them through a wide temperature sweep. None of them generated any notable heat while in circuit, but a flakey P/N junction can decide to fail at relative room temperatures. I will say, the day this failed, the temperature in my shop (uninsulated barn actually) was probably in the mid 40°s, F. Admittedly a silly temperature to be aligning a receiver, but it was intended to be a rough alignment. I was bored, what can I say?
@Dave: As long as I've had this 8640, is has always been positioned horizontally, so I would hope this would preclude the possibility of the lubricant creeping into the electronics. I do agree that the behavior of the 44.6V supply floating high when the oscillation stops, seems like the regulator's reaction to being underloaded, perhaps when the circuits it supplies, take a nap. Thanks for the tips on where these los might reside.?
I really need to make or buy some 15 pin extender cards. Troubleshooting such circuits without, is like trying to fish coins out of a storm drain. Anyone know a good source of such, that aren't priced by concert scalpers?
|
Re: OT: Help with Galep-5 problems
Can't beat that for service :-)
Robert G8RPI. (happy Galep 4 owner)
|
Re: Scoping the Power Rails [8566B]
Additional thoughts on the REF unlock - If it appears whenever the 8566 has been off long enought for the oven to cool down, that is an indication that either the 10 MHz Ref oscillator has drifted significantly and may need re adjustment to 10MHz, or the internal 100MHz reference (located next to the M/N section) needs adjustment - you should check both.
So try the following:
1) Confirm the 10Mhz reference is on frequency and adjust if necessary.
2) Once #1 is done, check the 100 MHz reference and adjust if necessary. Note that the adjustment process is complex but for these purposes, you only need to confirm that the loop is locked and the VCO control voltage is close to the specified lock voltage. Once you have solved the YO unlock issue, you can go back and do a through job.
Cheers!
Bruce
Quoting Matt Huszagh <huszaghmatt@...>:
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To add to Bruce's answer: the REF unlock can occur when the OCXO oven is
warming up. If the unit has been plugged in (doesn't need to be powered
on, since the oven supply is active anytime the instrument is connected
to mains) more than ~10min or so and the annunciator is still there,
that's an indication there's an issue. FYI although the oven supply is
always present when plugged in, the oscillator supply isn't. You'll need
to power on the unit to see the 10 MHz signal.
I would start by just checking to make sure this 10 MHz signal is
present. You don't need to open the instrument, it's available on the
back panel. Any oscilloscope should be able to tell you whether the
reference signal is present or not. I got a ref unlock on an 8340 (same
reference as the 8566) and it was caused by a dead reference.
If the reference is dead, you can test the rest of the instrument by
providing an external 10 MHz reference. Check the manual to ensure the
power level is appropriate. If you're not getting a 10 MHz signal,
before ultimately implicating the reference, you should ensure all
interface signals to the reference (including both the oven and
oscillator supplies) are correct.
If the reference is present but you still see the REF unlock that will
require some additional troubleshooting.
Good luck,
Matt
|
Re: Scoping the Power Rails [8566B]
Yes - Matt is correct - I forgot to advise about the warm up time - also there is o real problem about the battery - plan on replacing it but it will not cause YTO unlock.
Cheers!
Bruce
Quoting Matt Huszagh <huszaghmatt@...>:
toggle quoted message
Show quoted text
To add to Bruce's answer: the REF unlock can occur when the OCXO oven is
warming up. If the unit has been plugged in (doesn't need to be powered
on, since the oven supply is active anytime the instrument is connected
to mains) more than ~10min or so and the annunciator is still there,
that's an indication there's an issue. FYI although the oven supply is
always present when plugged in, the oscillator supply isn't. You'll need
to power on the unit to see the 10 MHz signal.
I would start by just checking to make sure this 10 MHz signal is
present. You don't need to open the instrument, it's available on the
back panel. Any oscilloscope should be able to tell you whether the
reference signal is present or not. I got a ref unlock on an 8340 (same
reference as the 8566) and it was caused by a dead reference.
If the reference is dead, you can test the rest of the instrument by
providing an external 10 MHz reference. Check the manual to ensure the
power level is appropriate. If you're not getting a 10 MHz signal,
before ultimately implicating the reference, you should ensure all
interface signals to the reference (including both the oven and
oscillator supplies) are correct.
If the reference is present but you still see the REF unlock that will
require some additional troubleshooting.
Good luck,
Matt
|
Re: HP 1727A CRO: Problem with the vertical output amplifier.
I think my best course of action is to make a replacement circuit on a drop-in PCB, I have the tools and skills to do so. The online store I contacted regarding a replacement IC did not have any.
Another thing I wanted to ask you people is how thick the trace should be. The best I can get mine is 1.5-2mm, is this normal?
|
Re: Scoping the Power Rails [8566B]
To add to Bruce's answer: the REF unlock can occur when the OCXO oven is
warming up. If the unit has been plugged in (doesn't need to be powered
on, since the oven supply is active anytime the instrument is connected
to mains) more than ~10min or so and the annunciator is still there,
that's an indication there's an issue. FYI although the oven supply is
always present when plugged in, the oscillator supply isn't. You'll need
to power on the unit to see the 10 MHz signal.
I would start by just checking to make sure this 10 MHz signal is
present. You don't need to open the instrument, it's available on the
back panel. Any oscilloscope should be able to tell you whether the
reference signal is present or not. I got a ref unlock on an 8340 (same
reference as the 8566) and it was caused by a dead reference.
If the reference is dead, you can test the rest of the instrument by
providing an external 10 MHz reference. Check the manual to ensure the
power level is appropriate. If you're not getting a 10 MHz signal,
before ultimately implicating the reference, you should ensure all
interface signals to the reference (including both the oven and
oscillator supplies) are correct.
If the reference is present but you still see the REF unlock that will
require some additional troubleshooting.
Good luck,
Matt
|
You're absolutely right about that.? I checked one of mine and OHMS/AMPS is, indeed, shielded.? Apologies for the misinformation.
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 12:52:45 PM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Just checked my HP 410C, and only Common is regular wire,? both Ohms/Amps and DCV are coax. Regards, Askild
Don't forget the resistor in the DC probe.
On Tuesday, March 1, 2022, 05:00:07 AM PST, n4buq < n4buq@...> wrote:
COMMON and OHMS/AMPS is regular probe wire.? DCV is shielded (coaxial).? ACV is shielded with two conductors (triaxial).
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 6:46:18 AM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer. Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
The 410C is different.? The 410B has regular wire for Ohms, Commnn, and (except for the resistor) DC.? Well the DC may be shielded (not coax).? The AC probe is fancier with filament voltage for the tube.
Bob
On Tuesday, March 1, 2022, 10:53:02 AM PST, Askild <megafluffy@...> wrote:
Hi,
Just checked my HP 410C, and only Common is regular wire,? both Ohms/Amps and DCV are coax.
Regards, Askild
Don't forget the resistor in the DC probe.
On Tuesday, March 1, 2022, 05:00:07 AM PST, n4buq < n4buq@...> wrote:
COMMON and OHMS/AMPS is regular probe wire.? DCV is shielded (coaxial).? ACV is shielded with two conductors (triaxial).
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 6:46:18 AM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer. Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
Re: Scoping the Power Rails [8566B]
So the REF unlock will be a major problem - you need to fix that before addressing the YTO unlock. Be sure the internal REF (10 MHz) oscillator is on frequency and that the INT/EXT switch is set properly and there as a good BNC connection between the INT and EXT reference BNCs (this assumes you are using the internal reference. I thought there was an LED for the M/N section (I'll have to check - don't have the cover off an 8566 right now) - or you could post a close up of the REF + M/N modules - As I remember, there is at least one LED there. The REF unlock is much more likely the problem than any power supply noise. Cheers! Bruce Quoting Jinxie <paul666@...>:
@Bruce
I only had very little time this evening to investigate further, I'm afraid. Not even enough time to try shortening the ground clip lead! I will try out everyone's suggestions in due course, however.
As things stand, I was able to observe that the screen is showing three errors in all now: Battery, YTO Unlock and REF Unlock. I don't recall that last one being there previously. There are three LEDs lit on the stack of modules criss-crossed by the press-on patch leads. I think these are the ones you were referring to:
ON=PLL3 Lock
ON=PLL1 Lock
ON=HET
As I say, all three are lit. Can't see any LED for PLL2, though!
After trying everyone's suggestions I plan to work through the steps suggested in the troubleshooting & diagnostics manual. It's probably going to be above my pay-grade, but nothing to lose by at least trying I guess.
|
Hi,
Just checked my HP 410C, and only Common is regular wire,? both Ohms/Amps and DCV are coax.
Regards, Askild
Don't forget the resistor in the DC probe.
On Tuesday, March 1, 2022, 05:00:07 AM PST, n4buq < n4buq@...> wrote:
COMMON and OHMS/AMPS is regular probe wire.? DCV is shielded (coaxial).? ACV is shielded with two conductors (triaxial).
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 6:46:18 AM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer. Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
Re: Scoping the Power Rails [8566B]
@Bruce
I only had very little time this evening to investigate further, I'm afraid. Not even enough time to try shortening the ground clip lead! I will try out everyone's suggestions in due course, however.
As things stand, I was able to observe that the screen is showing three errors in all now: Battery, YTO Unlock and REF Unlock. I don't recall that last one being there previously. There are three LEDs lit on the stack of modules criss-crossed by the press-on patch leads. I think these are the ones you were referring to:
ON=PLL3 Lock
ON=PLL1 Lock
ON=HET
As I say, all three are lit. Can't see any LED for PLL2, though!
After trying everyone's suggestions I plan to work through the steps suggested in the troubleshooting & diagnostics manual. It's probably going to be above my pay-grade, but nothing to lose by at least trying I guess.
|
Don't forget the resistor in the DC probe.
On Tuesday, March 1, 2022, 05:00:07 AM PST, n4buq <n4buq@...> wrote:
COMMON and OHMS/AMPS is regular probe wire.? DCV is shielded (coaxial).? ACV is shielded with two conductors (triaxial).
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 6:46:18 AM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer. Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
Re: HP8640B RF Fails Several Seconds After Power Up
If you are working from a scan of 08640-90017 that doesn’t have schematics, you can find those same schematics in military manual “TM 9-4935-601-14-7&P”.
It is written for serial number prefix 1324A, the same as 08640-90017.
?
Study of the Service Sheets reveals that the +44.6V rail is used by:
- The FM Amplifier board A9 (Service? Sheet 6)
- The RF Power Amplifier IC A26U1 (SS13)
?
A9 drives the FM varactor diode in the oscillator.? If the diode is inadvertently forward-biased, the increased loss may cause the oscillator to stop.? Meanwhile, depending on details inside A26U1, it might stop drawing power when its input
disappears, causing the +44.6V rail to lose most of its load and overshoot.? This is speculation on my part.
?
An oscillator problem the 8640 is well known for is that if the instrument was stored facing down, lubricant at the back of the oscillator migrates forward, fouling the electrical connection of the cavity plug.? Treatment consists of storing
the instrument for a while facing up.
?
HTH,
Dave Wise
?
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Show quoted text
From: [email protected] < [email protected]>
On Behalf Of Flannel Tuba via groups.io
Sent: Monday, February 28, 2022 7:22 PM
To: [email protected]
Subject: Re: [HP-Agilent-Keysight-equipment] HP8640B RF Fails Several Seconds After Power Up
?
I have not checked for bad solder joints on the pass transistor. I will give all of them a close inspection tomorrow afternoon.?
One thing I did notice today, is that along with the odd 44.6V behavior, the -20v directly at the connection on the RF oscillator drops significantly at the same time the RF fails. So this is a new clue. Not sure how this would also affect the 44.6V supply,
but it seems this would likely cause the oscillator to fail. Perhaps there's a bypass capacitor failing somewhere on the rail. Time to take a closer look at the smaller electrolytics scattered around on the various boards.? Perhaps a marginal edge connector
somewhere.?
I guess I have reason to hope the main RF oscillator is not at fault, unless there's a faulty component drawing the rail down within that circuit. I did not notice any excessive heat forming in that area, so I suspect not.?
The search continues.?
Scott
|
Among the many defects of the 8596E that I am trying to repair there is also this one, performed the autocal frequency freezes on the amplitude, could you identify the probable causes? 
|
COMMON and OHMS/AMPS is regular probe wire.? DCV is shielded (coaxial).? ACV is shielded with two conductors (triaxial).
Thanks,
Barry - N4BUQ
From: "Askild" <megafluffy@...>
To: "HP-Agilent-Keysight-equipment" <[email protected]>
Sent: Tuesday, March 1, 2022 6:46:18 AM
Subject: Re: [HP-Agilent-Keysight-equipment] HP 410B probe wire
Hi, Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer. Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
Hi,
Some of these are screened?
(caoaxial)??wires, but the screen is only connected inside the instrument, and not connected on the probe. So please check how many of them are coaxial.? Or maybe someone else has the correct answer.
Regards, Askild
On Tue, Mar 1, 2022 at 3:39 AM saipan59 (Pete) < saipan1959@...> wrote: I believe the most important feature of "probe wire" is that it have very fine strands, so that it doesn't break internally with a lot of flexing.
And of course, the insulation needs to be appropriate to the peak voltage levels.
Pete
|
Re: 8350B *restoration adventure?*
Yves, that data is very helpful, thank you so much! Helps a lot indeed ;)
Giving a first sight to your numbers, I noticed in AC current measurement, that my figures are similar to yours except for the white-white/red-white. I have the plugin connected draw figures without any plugin. So weird. Remember the old transformer was destroyed by melted and shorted secondarys. That said, I have the power for two hours last time and no hot heat sink or malfunction of the logic circuitry. The filter caps was tested OK. I bought new extrafine test probes, so next step is measure the DC current using fuse sockets.?
To be continued...
?
PD Lothar, I always look for 'best offer' auctions on eBay, but the shipment and customs still very heavy. It's a disadvantage to live in Europe for this hobby :D
Regards,
Ruben
|
Re: OT: Help with Galep-5 problems
Conitec got in touch with me and guided me through some things to try. ? Switching to different USB port solved the problem! ? Thanks David ?
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From: [email protected] <[email protected]> On Behalf Of Kuba Ober via groups.io
Sent: 28 February 2022 05:47
To: [email protected]
Subject: Re: [HP-Agilent-Keysight-equipment] OT: Help with Galep-5 problems? I have that programmer. Chips on order from a reliable source. Will report as soon as I get them. ? I’m still hoping someone will be able do this test for me.?? I’m trying to establish if this just my Galep-5 or if others have the same issue. ? Why?? Because this is the 2nd. Galep-5 I’ve had in my hands and both behaved in exactly the same way when trying to read M27C4001. ? David ? ? Sorry I have just read it again , I only had a problem with programming, I do not have this programmer ? Hi folks,
I just bought a Galep-5 and it is failing to read or verify M27C4001 EPROMS.
This is the second Galep-5 I've bought and the first one also refused to
work with M27C4001 EPROMS (and had some other issues so it went back).
So if you have a Galep-5 and some M27C4001 EPROMs, please could I ask you
try to get it to read or verify them for me and let me know what happens.
I get "Error !" and "Verify failure !" for verify
For a read I get this if the continuity test is enabled:
? ? ? ? Doing Continuity Test
? ? ? ? Galep disconnect dectected.
? ? ? ? ==> cAlgoModManager::PostActionFkt():Error #1
? ? ? ? ==> cAlgoModManager::PostActionFkt():Error #2
? ? ? ? Error: Algo Data read back #1
? ? ? ? Action aborted!
or this if the continuity test is disabled:
? ? ? ? Continuity Test disabled
? ? ? ? Load FPGA(s) with HDW OK.
? ? ? ? Error !
? ? ? ? Read failed !
Cheers, David
|
Flannel Tuba
Alex_03
Jinxie
RubenRubio
David C. Partridge