Part Number: LMH6702QML-SP Tool/software: Hi, I'm coming back with a quetsion concerning the noise graph showned in the LMH6702QML-SP datasheet:
The LMH6702QML-SP indicates: Low noise 1.83nV/√Hz. An excel file and plot for f going from 1Hz to 10MHz…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: LMH6702 , OPA695 , TINA-TI Tool/software: Now I would like to calculate for my circuitry the total noise. I use for that the TIA NOISE CALCULATOR . The given excel indicate in the last Tab -…
Part Number: LMH6702QML-SP Tool/software: HI,
Using the following bias circuitry:
If I look for the DC Transfer function, I obtained the following graph:
I expected 5*10k/(10k+240k)=5*10k/250k =0.2V at x=0. Am I missing something? Thanks for your…
Part Number: LMH6702QML-SP Tool/software: The simulation of a TIA + Photodiode with the PHOTODIODE DESIGN TOOL v1.0.1 doesn't propose any more as in version 1.0.0 the LMH6702QML-SP. Why? I'm looking for a SPACE OPAMP. Photodiode 0-40mA / Capacitor=10pF…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: LMH6629 Tool/software: I need to design a SPACE Transimpedance amplifier:
Bandwidth (−3 dB) : DC - 450 MHz (FST) DC - 500 MHz (FC)
Transimpedance Gain: 1.0 k V/A
Gain stage: x10
Conversion…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: THS4304-SP Tool/software: I need to make a noise analysis for my application using the LMH6702QML-SP . I know that the total noise will the sum of the:
Voltage noise: The amplifier’s input…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: TLV3801 , SN55LVCP22-SP , LMH5401-SP , THS4304-SP , LMH5401 Tool/software: Hello,
My name is Pablo and I need to convert a highspeed 500MHz triagular signal into a 500MHz squared signal. I…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: LM7171 , LM6172 Tool/software: Hello! : )
I'm using your radiation tolerant LMH6702QML, LM6172QMGWRLQV andLM7171AMGFQMLV in a design. All these use the NAC packages.
The package drawings…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: LMH6702 I have a question about the supply voltages for this space qualified IC.
The data sheet specifies +Vcc as + 5V and -Vcc as - 5V.
Is it possible to operate the opamp with +Vcc = +10…
