Part Number: LM95071 Other Parts Discussed in Thread: TMP117 , TMP116 , TMP112 , TMP107 Hi Team,
My customer is surveying SPI interface temperature sensor and the accuracy requirement is ±0.5°C. Can you suggest a solution which accuracy is better than LM95071…
Part Number: LM95071 Hi, Recommended circuit has been changed due to revision of the data sheet. 10kΩ resistor connection pin has been changed from UCxSOMI to UCxSIMO. Which circuit is correct? And Could you tell me the reason for the change? Regards…
Part Number: LM95071 Hi, CDM specs on the data sheet has been changed. Is this change due to material changes? Or is this change that reflects the retest results? Could you tell me about the background of this change. Regards, Yusuke
Part Number: LM95071 Dear Sir,
The temperature sensor LM95071 is used, but In rare cases, a value higher than the specified temperature data may be read. ※ 1550 data is read out. The next read will be normal data, but Please let me know if any cause is considered…
Part Number: TMP451-Q1 Other Parts Discussed in Thread: TMP127-Q1 , TMP126-Q1 , LM95071-Q1 , LM71-Q1 Hi, do you have such component but with SPI interface (not I2C)?
Ariel Greenbaum
Part Number: LM95071 On page one of the LM95071 datasheet (SNIS137F, revised May 2019), there is a 10K resistor shown connected between UCxSOMI (slave out master in) on the microcontroller and SI/O on the LM95071. Shouldn't this resistor be place between…
Part Number: LM95071 Hi, Could you tell me about CDM spec? The following contents are described in the data sheet. This should be ±250V not ±200V, shouldn't it? Best Regards, Yusuke
Part Number: LM95071 Other Parts Discussed in Thread: LM71 , LM71-Q1
Hi,
The expected accuracy cannot be obtained due to the temperature transition when using the power supply at 3.3 V, so could you please tell me the root cause ?
Best regards, Kato
Part Number: LM95071
Hi,
For the serial clock period, there is mentioned in LM95071 data sheet that that "the serial clock period is able to be applied from 0.16us to dc" as below. Although it isn't common sense, is my understanding correct…
Part Number: LM95071 Hi,
The graph for "typical output noise at 30℃" is mentioned in LM95071 data sheet, so could you please tell me the serial clock period and the sample number per second for these data ?
Best regards, Kato
