Part Number: TMP1827 Dear Technical Support Team,
Could you inform us of materials and explanations on the following two questions for TMP1827?
①Principle of Measurement (Semiconductor Temperature Sensor? Thermocouple? Resistance thermometer?) ②Traceability…
Part Number: TMP1827 Other Parts Discussed in Thread: TMP1826 , We have the EVM of the TMP1827, and that does give us a value, but when using the TMP1827 without the USB MPU but an Arduino or like the TMP1827 does not reply correctly ??? We also tried a…
Part Number: TMP1827 Tool/software: Hi Team,
The customer is proceeding with the design with reference to Table 9-5.
They are considering using it with the following contents.
- Continuous conversion mode in VDD power supply mode, one conversion every…
Part Number: TMP1827 Hi Team,
1) Please tell me advantage and disadvantage each of Standard mode and Overdrive mode, except for speed. 2) Is Standard mode more resistant to noise than Overdrive mode?
Best regards,
Part Number: TMP1827 Hi Team,
I have some question about TMP1827.
<Device Configuration-1 Register (Scratchpad-1 offset = 04h) [reset = 70h]> Bit-3: AVG_SEL Conversion averaging selection 0b = No averaging 1b = Averaging of 8 back-to-back conversions…
Part Number: TMP1827 Hi Team,
In Table 9-5, the flows after "Device sends status register" are optional. And 9.5.1 section says below. "the host may optionally stop the read after the device transmits the first two bytes by performing a bus reset…
Part Number: TMP1827 Dears,
If a customer needs to program the TMP1827 samples, do we have a recommended programmer? Is the burner equipped with the EVM OK to be used? Are there any commonly used mass production tools to program the TMP1827 that you…
Part Number: TMP1827 Hi all,
I'm working with a TMP1827NNGRR. I'm accessing the one-wire bus through UART with a STM32G0B1. So far, everything is working great. I'm able to read temperature, configure the chip via Scratchpad-1, read/write to EEPROM withot…
Part Number: TMP1827 Hey Team! First page of datasheet makes me think yes, I can power from SDQ with a 1.8V pulled up.
Typical application equations make me think no, we need >= 2.0V pulled up into SDQ
Thanks!
Cameron Wutzke