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What is the preferred connection for 4 corner pads?

2024-05-25 -  Technical Q&A 4 corner pads are shorted to EXP-PAD internally. It is recommended to solder such corner pads to ground.

What is the preferred connection for 4 corner pads? To connect to ground or not?

2024-05-25 -  Technical Q&A 4 corner pads are shorted to EXP-PAD internally. It is recommended to solder such corner pads to ground.

What is the preferred connection for 4 corner pads? To connect to ground or not?

2024-06-28 -  Technical Q&A 4 corner pads are shorted to EXP-PAD internally. It is recommended to solder such corner pads to ground.

What is the preferred connection for 4 corner pads? To connect to ground or not?

2024-05-25 -  Technical Q&A 4 corner pads are shorted to EXP-PAD internally. It is recommended to solder such corner pads to ground.

A 1uF capacitor connection is recommended for the ML62Q1000 series VDDL pins. What are your concerns if you change to 0.1uF or 0.01uF?

2024-08-30 -  Technical Q&A VDDL is the power supply for the logic circuit inside the LSI, CPU, ROM, RAM, oscillation circuit, etc. If the VDDL capacitor is made smaller, there is a concern that the VDDL will drop due to the load of the internal circuit. In that case, it may cause a malfunction. In addition, there is a concern that VDDL will become unstable and the accuracy of the oscillation frequency of the built-in oscillator will deteriorate. Connect 1uF to the VDDL capacitor. Related Products: ML62Q12xx, ML62Q13xx, ML62Q14xx, ML62Q15xx/ML62Q18xx, ML62Q16xx, ML62Q17xx

What are the recommended storage conditions for a Pellistor sensor?

2024-07-30 -  Technical Q&A Sensors are not sensitive to storage temperature. See individual datasheets.

What are the recommended storage conditions for a Metal Oxide Semiconductor sensor?

2024-07-30 -  Technical Q&A Sensors are not sensitive to storage temperature. See individual datasheets.

What are the recommended power requirements for a Metal Oxide Semiconductor sensor?

2024-07-30 -  Technical Q&A See individual datasheets. The sensors are run in a simple circuit at constant voltage.

What is the recommended re-calibration period when Metal Oxide Semiconductor sensors are used in an ?

2024-07-30 -  Technical Q&A The time period between calibration will be dependant upon the environment in which the sensor will be operating and the required accuracy. A three month calibration period for sensors operating in “normal” conditions could be used. For environments where poisons or inhibitors are likely to be present, the instruments should ideally be “bump tested” before every use, to ensure the sensor has not become poisoned.

What are the recommended storage conditions for a Infrared sensor?

2024-07-30 -  Technical Q&A Sensors are not sensitive to storage temperature. See individual datasheets.

What is the recommended re-calibration period when Electrochemical sensors are used in an instrument?

2024-07-30 -  Technical Q&A The time period between calibration will be dependant upon the environment in which the sensor will be operating and the required accuracy. Typically, a three to six month recalibration period would be used.

What are the recommended storage conditions for an Electrochemical sensor?

2024-07-30 -  Technical Q&A Sensors are not sensitive to storage in normal temperatures-however prolonged exposure to high temperatures should be avoided.

What are the recommended power requirements for a Pellistor sensor?

2024-07-30 -  Technical Q&A See individual datasheets. The sensors are run in a Wheatstone bridge circuit either in constant voltage or current mode.

What is the recommended re-calibration period when Pellistor sensors are used in an instrument?

2024-07-30 -  Technical Q&A The time period between calibration will be dependant upon the environment in which the sensor will be operating and the required accuracy. A three month calibration period for sensors operating in “normal” conditions could be used. For environments where poisons or inhibitors are likely to be present, the instruments should ideally be “bump tested” before every use, to ensure the sensor has not become poisoned.

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