Thanks for watching! 😊❤

Thanks for that, glad to be of assistance! 😁

Thank you! 👍😊❤

Honestly, don't know (yet?)

LOL - KZfaq free music library - first is Marianas by Quincas Moreira, second is Cylinder Eight by Chris Zabriskie. HTH. 😁

Thanks!

Ta Phil. How you doing now?

Hi, it is 'Motorcycle Brake Pedal Cover CNC Pad For Harley Sportster XL 883 1200 V-Rod' - eBay number: 296268339338. Needs a bit of tweaking to make it fit, I built it up with small cut pieces of rubber sheet underneath and needed longer screws. Thanks for your interest. 👍😁

Many thanks for taking the time to reply! And it's good to know that I'm not the only one who finds the cadwell brake pedal just a bit too low!

Yes, and yes! 😄

Thanks for that! 👍❤😊

Hi Phil, glad you liked it thaks for posting.

Thanks for your interest! 😁❤

Yo Phil, thanks for watching, 👍 yep catch you at Owsters! 😁❤

Hi, had to find my notes, the 3 tracks are: Unicorn Heads - Lazy Boy Blues Noir Et Blanc Vie - Sweet Home Analoga Nat Keefe - Late Night Drive 😁

Hello, handbook says SAE 10W - 60 - JASO MA, MA2 - API SG, Gutsibits sell it as: ENI 528691 i-Ride moto GP 10W-60 (also Amazon), so that is what I use. (Gutsibits order code: OIA01051). 😊 I think 20-50 will be too thick when cold and not thick enough when hot.

Fab, wow that must have taken some organizing! 😁👍 Thanks for your interest. ❤

@@valvegeek If you only knew, and still cheaper than renting a bike for the same period of time... That is insane. Adventure starts in the AM.... and yeah, I do watch your videos, all of them... Sidecars going down the road is good for me...

Hi Phil, yes nearly back to normal! Thanks for your interest. 👍 😊

Thanks for your interest. Changing the pump is really quite straightforward, it's removing the tank that was the puzzler! Lke I said in video, best to cut the hose to the injector (but have a spare to put back on!) make sure the filter is removed from its bracket, then it should be on its way. New clamps on the new hose when you replace. The piece of hose I ordered from AJS web site fitted, the other hose that I had, that should have been identical, wouldn't.

You are welcome! 👍😊

Hi, thanks for your interest. 1. You seem not to have noticed that originally, before you modified it, by removing 2 resistors, the output is a pi attenuator, the arrangement of resistors is not a mistake. 2. The pi attenuator is provided for making very small amplitude signals, such as you would get from an aerial antenna. Therefore, the RF1 could be plugged directly into a sensitive receiver input without overloading it. 3. No, the RF1 was never high performance equipment, so it isn't perfect, but basically does the job. Better than none at all. 😊 4. For example, bear in mind resistor value tolerences, so it's quite possible that 680 Ohms measures as 620, if the value tolerance is 10% (I'm just guessing that it is). Also, if your meter is accurate... 5. Given that the output is a pi attenuator, and that the attenuated levels are very small, I don't see a problem. 6. There is no 6. 😁 Pretty sure I tried the lower output levels into my Tektronix 'scope and if memory serves there was some noise at the lowest setting, in other words the 'scope was also getting stray radio and EMF from local SMPS etc. Hope this helps!

@@valvegeek Thank you. Much appreciated. It isn't that I didn't notice it it's that I didn't know it. I'm just starting to learn. So the lower two coarse settings would work as designed in the right circumstances? In other words, were you able to get the Low and Middle coarse settings to work on your RF-1 for their intended use? I've pinned out the video until I understand this issue better. I removed only one of the resistors. EDIT: Wait, I see. You were able to read a signal on those settings on your Tektronix. Okay. I'll put the resistor back in and give it a try. I'll let you know... Thanks again.

@@pinballpsycho Hello again - no problem - I found a pi attenuator calculator on Internet, there are several. The RF1 has a 2-steps attenuator, and with the original resistor values, the calculator gives -30 dB reduction for each Middle and Low stage (they're identical). So, -60 dB after both at the Low setting, i.e. 1,000:1 reduction (20 dB = X10). So at the Low range, suppose the output from the pot was 1V, the output from the socket would be 1 mV. Also, each stage of the attenuator presents a source impedance of nearly 50 Ohms, (actually 42 or so), this is roughly compatible with coax cable such as is typically used for antenna feeds, which is useful. As I said I'm sure I got outputs from middle and low - in any case, the way the resistors are configured, it can't not work - unless there's a problem with the switch, e.g. dirty contacts - so then just depends how sensitive your equipment is. Hppe that helps. 👍😊

@@valvegeek Thanks again, very cool. I did finally find a clip where someone was using the middle setting. I;m not sure what the power level is but he is reading a distinct wave on his scope. I've sent out a question to see if he can tell me what he has. kzfaq.info/get/bejne/bZZ5mLFkmdLSaJ8.html

@@pinballpsycho I did some more research - so each stage of attenuation is -30 dB, this is the dBV scale, for Voltage levels. 30 dB is a ratio of 31.6:1. Two of those gives 1,000:1 (31.6 is sqr of 1,000). So if the fine control pot is set to output 1V, then Middle will give you 30 mV and Low will give you 1 mV. Hope that makes sense. 😊

Hi Phil, thanks, not yet! Didn't have too much time at that precise moment.

Only a fold-up bunk bed. They used to supply bedding, but not since Covid is around, so you have to bring your own. That was no problem I just used my camping stuff. 😁

@@valvegeek ok brilliant! Thanks for getting back to me, I have booked it 👍🏼

Thanks Phil, sorry to say no I haven't! But maybe should... 😁

Yes 40. Coningsby which is just a few miles up the road from me was highest at 40.3. It's the first time that the UK has been that hot, broke all records. 😲 Had to Google fugarwe ..... er ...

Hi Phil, thanks, nice to see you posting! 😁👍❤

So much is made in China now you can never be sure. Apparently Yamaha have their bikes made in the same factory, described as 'their partner in China' but can't remember the name. 😁

Thanks very much for that, although it does say in the description, "a very meandering route" - on purpose 😁 Great Hale another time! 👍