Part Number: DRV8835 Other Parts Discussed in Thread: DRV8838 , , DRV8838EVM , Tool/software: Hi, in our application we are driving a resistive load, approx. 8-25 Ohm (screenshots below are 8 Ohm). VM is adjustable between 0 and 8V. We did tests with…
Part Number: DRV8835 Tool/software: Hi,
I plan to use drv8835 to drive magnetic latching relays.
I have some questions:
Can one channel of DRV8835 (max current 1.5A) drive 16 relays like G6KU-2F-Y-TR-5VDC (current 21.1mA)?
Does the circuit need…
Part Number: DRV8835 Tool/software: Hello friends!
We are planning to use the DRV8835 to drive latching RF relays for a sensitive analog testing scheme.
The device has an "OSC" block inside, which I assume is used for the internal charge pump or other…
Part Number: DRV8835 Hi TI Technical Support Team,
I have designed a board to control 2xDC motor (3-6V hobby DC motor, each motor draws 150 - 200mA at max) using DRV8835. The board is powered from 3.7V 1000mAh LiPo battery and I am using buck and boost…
Part Number: DRV8835 Other Parts Discussed in Thread: DRV8837 , e2e,
Would you please provide TINA TI or SPICE model, whatever is available?
Thank you,
Adam
Part Number: DRV8835 Hi,
When motor brake suddenly and have a big reverse voltage. will this damage our DRV8835?
about this kind of situation, do we have any solution to fix it?
thanks in advanced for your help.
Part Number: DRV8835 Hi
Is there any guide document/TRM or demo code about DRV8835,we want to know the DRV8835 Working principle as well as the drive instruction and Motor displacement relationship.
Datasheet shows less information, thanks!
Part Number: DRV8835
Hello,
In the datasheet the interface schemes PHASE/ENABLE , IN/IN are said to be common. But I doubt if they are common by that name as a google search does not return relevant information.
Can you provide more information…
Part Number: DRV8835 Hi TI Team,
We are planning to use two DRV8835 Motor driver for Auto focus Lens. VCC and VM is given as 3.3V. My Processor does not have 8 GPIO with 3V3 IO Level to drive both the motor driver, so i have used 2 GPIO with 3V3 IO…