Part Number: DRV2510-Q1 Tool/software: Hello, we have an application that the DRV2510-Q1 is perfect for; however, I noticed the minimum load impedance under recommended operating conditions is listed as 1.5 Ohms. Can you please explain what happens if…
Part Number: DRV2510-Q1 Tool/software: Hi team,
For this calculation, does the Lx stand for single L1 inductance? Does the CF stand for single C7 capacitance?
Part Number: DRV2510-Q1 Tool/software: Hello,E2E
link the related question How to configure the output sine wave
We rea d the EVM user guide.
At the same time, We have made changes to the LPF.
We plan to input a 180Hz PWM signal, and get a sine wave as…
Part Number: DRV2510-Q1 Hi E2E,
We want to design a vibration motor application.
The motor requires a sine wave control signal of 160~200Hz 12Vrms.
Our schematic diagram is as follows:
We tried to configure 0x03 00h(20dB 400KHz) mode, but failed. …
Part Number: DRV2510-Q1 Dears,
The customer has been using DRV2510 to drive Handeli's motor and has been experiencing some abnormal noise. They would like to consult with you on the usage of DRV2510. The peripheral circuit is as follows, thank you!…
Part Number: DRV2510-Q1 Hi Expert,
My customer is selecting DRV2510-q1 as a haptic driver for vibrator.
The vibrator parameters are shown below:
The main concern from customer is that if drv2510 could output same drive curve under different input voltage…
Part Number: DRV2510-Q1 Hi Expert,
My customer is using DRV2510-Q1 as the vibration feedback driver in their new project. They met one question and need your help to support.
Below is the actual output waveform from the MCU. After connect with IN+/IN…
Part Number: DRV2510-Q1 Hello,
Our customer is investigating DRV2510Q1 or DRV2511Q1 for solenoid haptics driver.
Back EMF current is generated when turn off the power supply.
We understood, in this case internal Diode will activate to bypath the revers…
Part Number: DRV2510-Q1
Is there any precautions for this chip when it is used in BD modulation mode? In addition, if the output current waveform is close to a smooth curve, how to achieve it
