Part Number: LM384 Hi TI Team,
Thank you for your support.
*Does this part ROHS3 compliant?
I think all suffix NOPB parts are ROHS compliant.
But thing is there is no material information for this part.
Could you give some advice?
Thank you so much…
Part Number: LM384 Hi.
I confirmed the Max Power Dissipation is 1.67W in the data sheet.
But Looking at Fig.10, the Device Dissipation is larger than 1.67W.
Are Max Power Dissipation and Device Dissipation(Fig.10) different parameters?
The LM384 is…
Part Number: LM384 Hi Team,
My customer is evaluating the LM384 audio power amp application, and they have output oscillation phenomenon. Could you advise what they should do to solve that output oscillation phenomenon?
Their LM384 schematic is as attached…
Part Number: LM384 Hi, Team,
My customer met some issue for LM384, could you help check it?
They found the noise was very big by using LM384, which cover the original audio signal . If we remove the LM384, the audio signal is clean. We try to use the…
Other Parts Discussed in Thread: LM384 We have designed an audio amplifier circuit using the application circuit given in LM384 datsheet.But once the power is on ,it is getting overheated suddenly.
Other Parts Discussed in Thread: LM384 Hi,
We are using LM384 audio power amplifier to drive the distributed speaker system of 25Vrms voltage. The speakers are inbult with step down transformers to meet the power requirement of upto 2W. To match the impedance…
Hello Ivan,
Thank you very much for your reply.
Could I ask you a few additional questions as the following?
1. Could you tell me how to calculate the R and C placed between OUTPUT and GND?
2. Is any pop noise not generated from LM384 at LM384 power up…
Part Number: LM386 Other Parts Discussed in Thread: LM384 Hello guys,
One of my customers is evaluation LM386 with Figure 14. LM386 with Gain = 50 in the device datasheet with no parts between No.1(GAIN)-No.8(GAIN) pin because NJC LM384 is going to be…