用SWD引脚和调试器解决深睡眠电流问题

我有一个定制的板使用cyble-212019-00 proc模块连接到一对夫妇的传感器使用SPI传输稳定。董事会通过电缆连接到编程和调试cy8ckit-042-ble（引脚0.6-0.7之间为SWD XRES，3.3V和地面连接。）硬件的编程和调试工作；下一步是尝试深度睡眠模式。
经过一些工作，并使用代码类似于an92584在、我可以去深睡眠而连接调试器。BLE作品。平均电流与SPI和ADC关闭约1.8 Ma在调试模式。允许约1.5 Ma的调试器（从其他来源）这说我画了几百微安，这是现在。
问题是，当我尝试断开调试器（设置串口线调试引脚GPIO），而不是目前的下降，增加了波动在6到10 mA的范围内。
我曾规划在释放模式，以及给我的板完全分别用3.3V到董事会。同样的波动大电流。
做XRES或SWD引脚需要拉到一定的水平？
我正在使用PSoC创建者4.1更新1。
谢谢你的建议。
兰迪
                    
                    
               
                                                                                      以下为原文
                                            I have a custom board using a CYBLE-212019-00 PRoC module connected to a couple of sensors using SPI and transmitting over BLE. The board is connected through a custom cable to the CY8CKIT-042-BLE for programming and debugging (pins 0.6 and 0.7 for SWD, Xres, 3.3V, and ground are connected.) The hardware all works for programming and debugging; next step was to try deep sleep mode.
After some work, and using code similar to AN92584 on BLE, I can get it to go to deep sleep while connected to the debugger. BLE works. Average current with SPI and ADC shut down is about 1.8 mA in debug mode. Allowing for about 1.5 mA for debugger (from other sources) this says I am drawing a few hundred uA, which is okay for now.
Problem is, when I try to disconnect the debugger (set the serial wire debugger pins to GPIO), instead of the current dropping, it increases and fluctuates in the 6 to 10 mA range.
I have tried programming in Release mode, and powering my board completely separately with just 3.3V to the board. Still same fluctuating high current.
Do Xres or the SWD pins need to be pulled to a certain level?

I am using PSoC Creator 4.1 Update 1.

Thanks for any suggestions.

Randy