PSoC™ 4 Forum Discussions
Hello!
I have a CY8CKIT-059 and would like to know if its programmer part may be used to program a CYBLE-022001-00 PRoC BLE module.
Page 5 of http://www.cypress.com/file/157966/download lists the PRoC BLE as a programable device, so I assume it is possible?
Thank you,
Lars
Hi
Next paring pattern is exist in BLUETOOTH SPECIFICATION Version 4.2
2.3.5.2 LE Legacy Pairing - Just Works
2.3.5.3 LE Legacy Pairing - Passkey Entry
2.3.5.4 Out of Band
Please tell me how to setting at PSoC Creator3.3 in each case.?
Best regards, Yoshizu
Show Less1/ I plan to use the above BLE microcontroller in a battery powered application, connecting to a cell phone.
2/ I intend to put the micro into DEEP-SLEEP to save as much power as possible.
3/ Will I have to periodically 'wake up' my application and advertise ? or is there a 'broadcast type' message sent out by my cell phone,
which my application recognizes and 'wakes up ' ?
4/ Will I have to turn on the Receive side of the BLE to recognize a 'broadcast type message' ?
or will I have to use an external chip to monitor the frequencies & interrupt the micro ?
Show Lessif i want to make universal thermocouple sensing device than is that thermocouple component do that??
because i believe there is no API for change thermocouple type in run time application.
Show LessHi,
I would like to use the PSoC 4100S-Family. But I have some requirements acc. the ADC Module
- sample and conversion time: min. 7µs
- external reference voltage input for ADC
switches between 1.3V and 2.5V
no internal connection to VDDA
- differential ADC measuring
1 channel
programmable gain amplifier (gain: 4)
down to -0.7V input voltage at one input pins
My question is, how can I measured down to the - 0,7 V on the ADC input? Is it possible?
BR
Show LessHello Experts!
I have been using the kit CY8CKIT-049 for quite some time now and have delivered a few successful tasks.
However, there has been a problem with the kits that they can not be acquired by MiniProg3.
I have 7 such kits now - 3 of them just out of the pack - that can not be recognized by MiniProg3 - with Creator and with Programmer.
The MiniProg3 seems Ok because I can still program some older kits.
This is now a real problem, and any help would be highly appreciated
Thanks!
Prerak Sheth
Additional Info: Log from psoc programmer
Program Finished at 4:58:17 PM |
| FAILED! PSoC device is not acquired! Check connection of the chip to the programmer
Please, check the following items:
- the connection between the programmer and the PSoC;
- the correct programming protocol is selected;
- the correct connector option is selected.
Program Requested at 4:58:13 PM |
Successfully Connected to MiniProg3/1506DD0002EC at 4:58:07 PM | MiniProg3 version 2.05 [3.08/2.08]
Opening Port at 4:58:06 PM |
Device set to CY8C4245AXI-483 at 4:58:05 PM | 32768 FLASH bytes
Device Family set to CY8C4xxx at 4:58:05 PM |
Active HEX file set at 4:58:05 PM | C:\Users\prerak\Documents\Code\Integra GSM Alert\GSM_16Bit\GSM_16Bit.cydsn\CortexM0\ARM_GCC_493\Debug\GSM_16Bit.hex
|
| Users must be aware that the following PSoC device should not be powered or programmed at 5V. Doing so will cause damage to the device: CYRF89xxx
Session Started at 4:58:05 PM | PPCOM Version 20.0
I am new to the PSoC community and I just brought the Pioneer kit.
I want to program my PSoC as a Central device and want it to print out all the peripheral device's addresses. For this I wanted to make the CySmart Dongle as a peripheral device and make it advertise.
Is it possible to program the dongle? If yes, how and which codes should i refer? If no, how else can I do this?
Thank you.
Show LessI want to use the Stop mode of CYBLE-012011-00 in my project.
I know that only the pins XRES and WAKEUP (P2[2] for CYBLE-012011-00) can be used to wakeup the device from stop mode.
The question is whether if an external pull-up resistor is required on the WAKEUP pin.
I do have an example project that seems to work with a switch attached to P2[2], P2[2] set as resistive pull up and the polarity of the wakeup pin set to active low, but I just want to check before I design my custom PCB.
Thank you.
Jaemann
Show LessHi all,
In my project, I would like to monitor the battery voltage using a CYBLE-012011-00 module.
I currently have a BLE Pioneer Kit with an EZ-BLE PRoC Evaluation Board (CYBLE-012011-EVAL).
There seems to be several ways to achieve this, but I am interested in the method used in the 'BLE_Battery_Level' example project.
Also, I think the same approach is explained here (http://www.cypress.com/blog/psoc-hacker-blog/measuring-vdd-battery-volts-psoc4).
From what I understand, the method in the example project is as follows:
1. By setting the reference voltage of the ADC to internal 1.024V with bypass enabled, an external capacitor connected to VREF of the module is charged to 1.024V.
2. Then, the reference voltage of the ADC is swapped to the battery voltage, VDD, and the ADC value of the external capacitor is read.
3. The voltage of the battery is calculated accordingly.
One thing that I don't understand is why is it necessary to connect J2 pin P3[0] to J3 pin VREF. This is indicated in the documentation of the example project. Is there a capacitor connected to P3[0] on the Pioneer Kit? I cannot find any indication of a capacitor connected to P3[0] in the BLE Pioneer Kit Guide. On the other hand, is it necessary to connect an external capacitor to VREF since the module itself has a 1.0uF bypass capacitor connected to VREF?
I may have got the whole principle wrong. Any help is appreciated.
Thank you.
Jaemann
Show Less