Part Number: DRV8706-Q1 Tool/software: We are using the DRV8706-Q1 in a safety-critical automotive ECU and are implementing a mechanism to detect slave device disconnection or SPI communication faults.
Our strategy involves periodically writing a known…
Part Number: DRV8706-Q1 Tool/software: Customer started to evaluate DRV8706S-Q1, and they would like to check whether they can start the test without SPI configurations to DRV8706S-Q1. Could you please help confirm it?
Part Number: DRV8706-Q1 Tool/software: Hi Expert,
Please help confirm two abnormal issue when DRV8706S-Q1 is powered on
1. there is a 4.5V/60ms pulse on the IN1/EN pin. Will this pulse cause any problems? nHIZ1 is a low level.
2. the pins GH1/2…
Part Number: DRV8706-Q1 Hi team,
Could you please help check below questions? Thank you!
When the DRV8706S-Q1 output type is a half bridge output, can the SCB and OL diagnostics be performed by simultaneously enabling the current source to pull…
Part Number: DRV8706-Q1 Tool/software: Currently trying to use the Current Sense Amplifier of the DRV8706S-Q1 for inline current measurement.
Are there any register settings that need to be done specifically for inline current sensing?
Part Number: DRV8706-Q1 Tool/software: How will I get to know that a fault is removed for example if PVDD_OV becomes to normal range after an OV fault has occurred, such that I can command the CLR_FLT bit
Part Number: DRV8706-Q1 Tool/software: Hello,
I'm using the DRV8706S to drive a brushed motor
Are there EMC testreports available for the DRV8706S or the EVM?
Part Number: DRV8706-Q1 Tool/software: Hi Would like to now some details regarding the DRV, CLR_FLT bit 1.Will it be set automatically or should it be set by us manually after the fault removal
Hi,
Thank you for your feedback, I would like to clarify our device line up here.
1) DRV8106S-Q1: 1 CH half bridge (1/2 H-bridge) gate driver with SPI interface/inline current sense x 1pcs
2) DRV8706S-Q1: 2 CH half bridge (1 H-bridge) gate driver…
Part Number: DRV8706-Q1 Tool/software: Thank you for your reply.
From our design we do not have SH2 connected to the High or Low MOSFET.
I believe this means we can not use the VDS Overcurrent test as we do not have that physical connection in place…
