Part Number: DRV8876-Q1 Other Parts Discussed in Thread: DRV8876 Hi team,
could you help to answer the following questions on DS? thanks
1. IMODE configuration has 4 ways, Level 4 is the most suitable for customer application (ordinary DC motor running…
Part Number: DRV8876 Other Parts Discussed in Thread: DRV8874 e2e,
Can you recommend some motor drivers for this Faulhaber motor: 1524E006SRIEH2-4096+15/5 11.8:1+MG05. The 6V motor option is the one we are leaning toward. The expected speed and torque…
Part Number: DRV8876-Q1 Hi,all
We are very sorry to bother you. In our project, the electronic lock chip DRV8876QPWPRQ1 was damaged, which was all caused by short circuit in the power part of the chip. Could you please provide the circuit diagram inside…
Part Number: DRV8876 The datasheet says this about the IPROPI Clamp.
The DRV887x devices implements an internal IPROPI voltage clamp circuit to limit VIPROPI with respect to VVREF.
I need to know how precise the IPROPI Clamp is.
Does it limit the IPROPI…
Hi Pablo,
Pablo Armet said: The portion of the app-note you attached is referring to the DRV8714-Q1 and DRV8718-Q1. This is a feature that those drivers have. The DRV8876 does not.
Man! I wish DRV8876 had that feature as well.
Mahboob Khan Mohammed said…
Part Number: DRV8876 Hi
I want to operate 2 motors at Independent Half-Bridge connection:
1. I'd like to know If can connect IN1 and IN2 to IMX6 and operate them with 3.3V IO. (without pwm)
2. I'd like to know if can I left unconnected pins VREF, I…
Part Number: DRV8876 Hello everyone,
I'm using the drv8876 stand-alone in following configuration of PH/EN Control mode:
in the follwiing schematics I show you my design:
The DRV8876 should work from "power on" in PH/EN Mode. I use the…
Part Number: DRV8876 Hi Team,
Regarding to the datasheet, This device has SSC function. however I cannot find the detail of it.This function is spread as a percentage of the external PWM clock freqency in PWM mode? Am I understanding correct?
Thanks…
Part Number: DRV8876
Hi Team,
The input voltage range of DRV8876 is 4.5V-37V. Could you please tell me how to determine 4.5V and 37V? Is there any theoretical basis for the calculation? Or is it measured through experiments? What is the test method…