Part Number: PGA308 Other Parts Discussed in Thread: PGA309 , TINA-TI In various applications in the user's guide, the value of CL is listed as 10nF, but is it safe to implement a capacitor with a capacitance of more than 10nF?
Part Number: PGA308 Hi,
In the User's Guide (Literature Number: SBOU069B) about PGA308, Complete Scaling Example is shown on 3.3.1.
There are Step1 - 13 for the scaling. Do you have any idea about we don't use this step.
For example, skip the…
Part Number: PGA308 Other Parts Discussed in Thread: TINA-TI Section 3.10 of the user's guide describes the capacitors connected to VIN1 and VIN2.
I have a question about the following.
・It is stated that the source resistance is 10kΩ or more, but…
Part Number: PGA308 Good day,
I am running into a problem with PGA308 when programming OTP memory. All OTP registers return 0xFF. The system is powered off of 5V power supply the entire time.
Here are my calibration steps:
1) Run calibration loop…
Part Number: PGA308 Hi there,
I am using the TI USB DAQ and PGA308EVM software to program our PGA308 on our own PCBA. I am able to program our PGA308 using the GUI and verify that the RAM values change but the Vout values remain negative regardless…
Part Number: PGA308 Hello, I want to set PGA308 using one wire (1W pin) through my arduino controller, is there any library available or can i find the example code?
Part Number: PGA308 Please tell me about the operation when used in software lock mode.
After "Run from RAM", "DIS OUT=1 CFG2 Register[D13] is executed. Is this loop processing performed by an external command? Or is it performing loop processing periodically…
Part Number: PGA308EVM Hi there, I am currently using the PGA308EVM and am trying to test several gain values but am running into a problem where the Set Vin value is not being read properly by the software and USB DAQ. For example, I have Auto Vin Vdif…
Part Number: PGA308
Hi，
I have a related question for operating current. PGA308 working in ONEWRIE mode,but it's working current of the chip about 40mA, Sensor and LDO consume 3mA.
VS= +5V ,VREF=2.5V, Wheatstone sensor with the same 2.5V supply…
