Part Number: LF353-N Other Parts Discussed in Thread: LF353 hi,
what is the recommended operation Vcc range? From Figure.5 in datasheet, does it mean that the VCC range +-5Vmin----+-18Vmax?
Part Number: LF353-N Hi Ron
I am sorry I am late a little bit (Nearly 4 months)
Although my education is about electronics I am not proffesional at electronics. I am working as a DPO (Data protection officer)
Actually this my hobby. If I learn some thing…
Part Number: LF353-N Other Parts Discussed in Thread: TL441
Hi all
I am an electrical engineer from Turkey
I have a 600 RPM revolving laser 630nM red
I made a receiver including BPW34 photodiode with LF353N opamp with an PIC16F877A Microprocessor
At…
Part Number: LF353-N Hi Team,
my customer plan use LF353-N with single power supply Vcc : +24 and Vee : GND.
Can LF353-N support single power supply more than +18V? and what is output current source and sink at that condition?
Thanks & Regards
Eddi…
Part Number: LF353-N Other Parts Discussed in Thread: LF347-N , LF347 , LF353 Can you tell me the value of the input capacitance for the LF353-N?
Thanks for your help with this!
Richard Elmquist
The LF353-N (i.e., LF353M/NOPB) is the same device as the old LF353 from National Semiconductor. In theory, it should have the same properties, including the offset voltage distribution. In practice, only the min/max datasheet limits are guaranteed, and…
Hello Mikyung,
It is similar, but input capacitance for the TL082/TL084 is a little higher than the LF347-N or LF353-N (the -N matters here)
Cp = 5.5pF (non inverting pin to ground)
Cn = 7pF (inverting pin to ground)
Cd = 4pF (inverting to non-inverting…
Part Number: OPA2197 Other Parts Discussed in Thread: OPA197 , LF353 I'm using the OPA2197 dual opamp in an inverting opamp summing junction with 3 input signals. The device is powered from +/-12Vdc. Each input signal consists of an 25Khz to 60Khz 2Vpp…
Hi Richard,
this does no harm. But keep in mind, that the input voltages should never exceed the negative rail. In the datasheet of LF353-N you will find the following phrase:
"However, neither of the input voltages should be allowed to exceed the negative…
