Great little clocks those Omnixie Plus especially the IN-18 version! No cheap but you kinda get what you pay for with these I think. I'm always interested in small nixie power supplies.
Bill On Friday, October 9, 2020 at 10:16:11 PM UTC-7 严泽远 wrote: > In addition, I just want to add that, the circuit of NCH6300HV was > actually tested and has been used in our Omnixie Plus > <https://omnixie.com/products/omnixie-plus-wifi-smart-nixie-tube-clock> > clocks. So the risk of potential issues will be very low ;) > > [image: Omnixie and Omnixie plus.jpg] > > 在2020年10月10日星期六 UTC+8 下午1:02:01<严泽远> 写道： > >> Thanks all for your support, to the upcoming KS campaign, as well as the >> continued support over the years. >> >> Aiden is my long-time business partner in the US, and we have been >> collaborating seamlessly on new product developments, technical support, >> sales and marketing etc. Recently we have been working closely on the KS >> campaign of NCH6300HV, as well as making YouTube videos. >> >> Thank you, blkadder, Bill and Richard. We will be more than happy to keep >> everyone posted. >> >> Yan. >> >> 在2020年10月10日星期六 UTC+8 下午12:24:55<Richard Scales> 写道： >> >>> I'm in - keep us posted please. >>> - Richard >>> >>> >>> On Friday, 9 October 2020 20:48:14 UTC+1, Aiden Fang wrote: >>>> >>>> Dear all, >>>> >>>> 8 years ago in Aug 2012, Zeyuan Yan designed and released his first >>>> DC-DC boost converter, NCH6100HV. >>>> It has been so popular in the community, thanks to all supporters >>>> including (almost, if not all) everyone here in this group. It got too >>>> popular that there have been a few dozens of counterfeit products (with >>>> poor quality components) on eBay and AliExpress. >>>> >>>> NCH6100HV is measured only at 1.77*1.46*0.7in (45*37*18mm) but is >>>> capable of powering *TWELVE* IN-18 tubes at once! This could have not >>>> been achieved without the premium components we picked from TDK, On Semi, >>>> SANYO, Bourns, nichicon, Vishay, Sumida etc. >>>> Together with the gold-plated PCB board and the carefully-thought-out >>>> layout, the NCH6100HV is capable of providing 55-60mA at 170V without >>>> voltage drop! >>>> >>>> With 10V-24Vdc as input, the output ranges from 85V to 235V, adjustable >>>> by tuning a pot on board. >>>> >>>> As a safety measure, a "shutdown" pin is provided so that the output >>>> voltage can be completely turned off when you need to, simply by pulling >>>> the "shutdown" pin to Vin or High. Both wire terminals and 0.1" pitch >>>> pins are included for more versatile applications. >>>> >>>> >>>> Long story short, 8 years later today, it is time to update the popular >>>> NCH6100HV to a new model, *NCH6300HV*. >>>> >>>> With the suggestions from our customers over the years in mind, we made >>>> a complete redesign of this converter module, and here is a glimpse of the >>>> updated features of this brand new NCH6300HV. >>>> >>>> * Input Voltage now starts from *3.7V* (Yes to LiIon batteries!) to >>>> 15V. >>>> * Output Voltage 100-230V, at *100mA* Max!!! (@Vin=12V, Vout=170V) >>>> * Conversion efficiency increases from 83% to whopping *92%* >>>> * 0.28"(7mm) shorter at 1.77**1.18**0.7in (45**30**18mm), compared to >>>> NCH6100HV at 1.77**1.46**0.7in (45**37**18mm) >>>> >>>> We are preparing a Kickstarter Campaign for this coming NCH6300HV. >>>> This will be our first time on KS, so we would like your suggestions >>>> and comments. Pledge options, add-ons, target, anything you'd like to >>>> input. Your insights are highly appreciated. >>>> >>>> The campaign is preliminarily planned to launch in a few weeks, by the >>>> end of October. If everything goes well, we will be able to ship these new >>>> converters in late Nov to early Dec, just in time to catch Santa's sleigh >>>> ;-) >>>> >>>> Thank you all for your time and support! Cheers! >>>> >>>> Warm regards, >>>> Aiden >>>> California >>>> [image: ks.jpg] >>>> >>>> >>>> >>>> -- You received this message because you are subscribed to the Google Groups "neonixie-l" group. To unsubscribe from this group and stop receiving emails from it, send an email to neonixie-l+unsubscr...@googlegroups.com. To view this discussion on the web, visit https://groups.google.com/d/msgid/neonixie-l/3846e48e-cc75-438f-90f3-7d1eca209c44n%40googlegroups.com.
