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Part Number: LMH32401-Q1 Other Parts Discussed in Thread: OPA859 , OPA855 , ADC3244 , LM5158-Q1 , THS4541-Q1 , OPA859-Q1 , OPA855-Q1 , THS7530-Q1 Tool/software: Hi Team,
Customer is looking for automotive LiDAR configuration with TIA, ADC, APD driver, and power…
Part Number: LMH32401-Q1 Hi All,
I have some confusion as to the EMI filter upon entering.
The datasheet states the following:
Positive power supply for the differential amplifier stage. Tie VDD1 and VDD2 to the same power supply with independent power…
Part Number: LMH32401-Q1 Hi
Looking through the datasheet of LMH32401-Q1, I can't find any info related to linearity metrics: HD2, HD3, THD, IM3, etc.
Only linear input range is mentioned, yet it's not enough for analog design
Why is it so?
Can…
Part Number: LMH32401-Q1 Hi
Looking through the datasheet of LMH32401-Q1, I can't find any info related to linearity metrics: HD2, HD3, THD, IM3, etc.
Only linear input range is mentioned, yet it's not enough for analog design
Why is it so?
Can…
Part Number: LMH32401-Q1 Hi
Many parameters in the datasheet have quite high variation between min and max value.
For example,
Small transimpedance gain varies from 1.75KΩ to 2.25KΩ.
Differential output offset voltage varies from -12mV to +12mV
…
Part Number: LMH32401 Other Parts Discussed in Thread: LMH34400 , OPA858-Q1
Hi Team, seeking for a suggestion
looking for transimpedance amplifier with a high bandwidth to receive and amplify signals comprising frequencies between 1 kHz and 20 MHz obtained…
Hello Archie B,
This part is still in preview, but you should be able to use the LMH32401 datasheet figures at 20k gain and its sim model (set the gain to 20k). The difference between the two parts is that LMH32401 is a single channel and non-automotive…
