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| Just launched my Electronic Components Store and need the Communities Guidance |
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| cjuried:
Hello Community, I just launched my Electronic Components Store, Juried Engineering and need the Communities Guidance on Shipping. When a customer views a component in the store, currently the component is priced to include the cost of shipping. Should I price the components without shipping and have shipping calculated at checkout? What do you feel is more appealing? Thank you for you thoughts! Sincerely, Teresa www.JuriedEngineering.com |
| coppercone2:
I think you should put a few precise parts in the AtD and Amplifiers section, because what you have there is not appealing enough over using the internal components of an arduino. You covered the massively parallel data but not the precise data that way, it seems you only focused on parts good for making like a DAQ. There are some 12, 16 and beyond DIP AD converters that are easy to use. I would add 2 op amps, one that has high impedance, and one that has low noise. |
| cjuried:
--- Quote from: coppercone2 on October 16, 2020, 09:43:03 pm ---I think you should put a few precise parts in the AtD and Amplifiers section, because what you have there is not appealing enough over using the internal components of an arduino. You can cover the massively parallel data and precise data that way, it seems you only focused on parts good for making like a DAQ. There are some 12, 16 and beyond DIP AD converters that are easy to use. --- End quote --- ??? I am adding thousands of components, to include various AD converters. My question is in regards on pricing structure. Should I include the price of shipping with the component, or keep them seperate. For instance should I have a BZX79C3V9 for $0.10 + Shipping OR $5.29 Including Shipping. https://juriedengineering.com/collections/diodes/products/copy-of-bzx79c15-bzx79-c15-industrial-grade-15v-zener-diode-500-mw-do-35-case-5-tolerance-2-pins-200-c-max-operating-temperature |
| coppercone2:
you have a 10 bit AD converter, the same as internal to most micros. Put a 12 or 16 bit converter there so people can experiment with high resolution data capture. Then anyone with an ardunio can get a 'upgrade' instead of thinking 'well its on my chip already, I don't need more channels right now'. 24 bits is hard and specialized, but 16 is achievable and mostly unavailable. I think you need to figure out why people would buy those parts instead of onboard peripherals. 8 bit internal ADC is starting to get old, most stuff is getting 10 or 12 bits now, so that 10 bit chip is no longer a good upgrade that offers appealing capabilities to build a circuit with a external 10 bit ADC. Having tons of I/O is not that common, I think alot of people only want to play with one sensor. Almost everyone is going to be playing with arduinos. It's like hotrodding IMO. |
| cjuried:
--- Quote from: coppercone2 on October 16, 2020, 09:47:14 pm ---you have a 10 bit AD converter, the same as internal to most micros. Put a 12 or 16 bit converter there so people can experiment with high resolution data capture. Then anyone with an ardunio can get a 'upgrade' instead of thinking 'well its on my chip already, I don't need more channels right now'. 24 bits is hard and specialized, but 16 is achievable and mostly unavailable. I think you need to figure out why people would buy those parts instead of onboard peripherals. 8 bit internal ADC is starting to get old, most stuff is getting 10 or 12 bits now, so its not longer a good upgrade that offers appealing capabilities to build a circuit with a external 10 bit ADC. Almost everyone is going to be playing with arduinos. --- End quote --- I am adding thousands of components, to include various AD converters. My question is in regards to pricing structure. Should I include the price of shipping with the component, or keep them seperate. For instance should I have a BZX79C3V9 for $0.10 + Shipping OR $5.29 Including Shipping. https://juriedengineering.com/collections/diodes/products/copy-of-bzx79c15-bzx79-c15-industrial-grade-15v-zener-diode-500-mw-do-35-case-5-tolerance-2-pins-200-c-max-operating-temperature |
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