Part Number: LM2917-N Other Parts Discussed in Thread: LM331 , VFC32 Hi,
Please suggest a frequency to voltage converter that ll work with 10mv/Hz resolution.
Typical Application: Automotive
1. Based On hall sensor Input Reference(frequency range…
Part Number: LM2917-N Other Parts Discussed in Thread: TMAG5111 , OPA191 Hi,
Any design suggestions to determine the acceleration out of the LM2917? Basically a tachometer, a hall affect sensor (TMAG5111) input to the LM2917, input frequency range from…
Part Number: LM2917-N Other Parts Discussed in Thread: LM2907-N Hi team,
I have a question about Figure 15. (Minimum Component Tachometer Diagram) of the datasheet. www.ti.com.cn/.../lm2917-n.pdf
If I change the VCC from 15V to 5V，Can I use formula…
Part Number: LM2917-N Other Parts Discussed in Thread: LM2907-N Hi Team, May we know the rated max junction temperature for LM2917-N ? Thanks in advance! Kind Regards, Jejomar
Hello NWT,
I have not seen an application before where three LM2917-N emitter outputs are being OR'd together. More information is needed to make that determination what may ne happening in the circuit.
Please explain what you mean by ". . . does…
Part Number: LM2917-N Hello, ti expert
There are the following problems about the application of lm2917-n:
My input signal is PWM 0~1khz, and the output expectation is 0~5v.How do I adjust the recommended application circuit of 10.2.2.7 in datasheet…
Part Number: LM2917-N Other Parts Discussed in Thread: LM2907-N Hello,
Could anyone provide the tolerance of LM2917-N internal Zener diode?
My customer using 12V supply and 470ohm resistor. However the regulated voltage is around 7.9V at room temperature…
Part Number: LM2917-N Hi team,
I was wondering why a customer might prefer the 14 pin version of this part compared to the 8, given the 14 pin has 4 NC pins. Other than size or cost. Is it a simpler design with more pins? Are there any other benefits…
Part Number: LM2907-N Hi
I'm using the LM2907 14 pins. In page 4 of AN162 it says: "The voltage appearing at pin 2 will swing between two values which are approximately 1/4 (VCC) - VBE and 3/4 (VCC) - VBE" my first question is how can I figure out VBE…
