RF Transistors Forum Discussions
I would like to ask, what is the difference between BFP840ESD and BFP840FESD? What does an F mean?
There is only a difference in the conversion frequency and noise coefficient between the two on the data sheet, and the packaging is different. What are the other differences
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Show LessI wanted to check what suffix H6327 stand for in part number BAT6405W H6327
and if there is any link to this in the Infineon website for future reference, Thank you
Show LessHello everyone,
I am working on my master thesis project developing a high frequency (<3 GHz) photodiode amplifier, and was wondering if someone could supply me with the PCB design files of any of the BFP dev boards. Unfortunately, distributors don't seem to have them in-stock, and I am planning to use it as a template to give me a head start and save me some time.
Best regards!
Show LessHow can I increase the RF communication distance without an amplifier? What parameters can improve its communication distance?
Hey everyone! I've run into a bit of a snag while working with the BFP620F transistor. The package didn't have any markings as indicated in the attached pic, not in line with the details mentioned in the datasheet about a marked footprint. This makes it a bit tricky to figure out which pin is the base or collector.
Also, during measurements, I noticed the collector current bouncing between 0 to 30 mA, even with the base current correctly set. Has anyone else faced a similar issue?
Would appreciate any insights or advice!
Show LessHello,
I'm not very experienced with RF frequencies. Need to design a single-transistor buffer. Input signal will be from an oscillator (NOT a 50 Ohm device - impedance not precisely known but assumed high), frequency will vary from a few MHz to ~1-2 GHz. Precise oscillator amplitude currently unknown but likely ~40mV to ~1V. Buffer output will route to a 50 Ohm measurement device. VCC likely small, either ~1.5V or ~3V. I was thinking of using the BFR340F. If anyone with experience can comment on this choice, or perhaps suggest something better, I would appreciate it. I am assuming that if I lay out a standard emitter-follower type circuit it will be a reasonable choice (input signal routes to base via capacitor to AC couple; voltage divider placeholder(s) to set DC voltage at base; optional resistor from VCC to collector; optional capacitor to ground from collector; resistor from emitter to ground, output through a capacitor from emitter).
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BAT6405E6327HTSA1
BAS7007E6327HTSA1
I need Rn, Fmin, N and gamma opt values at Ic 8.33mA and Vce 2.24V.
Current datasheet Dont have Rn values, and other 3 values are given for other Ic and Vce.
Any suggestion how to find or calculate these values?
I want to draw constant NF circles at smith chart.
Show LessI am using an RF rectifier circuit that operates in the 2.4GHz ISM band. The ADS model number for the BAT15-03W can be found on the website [ https://www.infineon.com/cms/de/product/rf/rf-diode/rf-mixer-and- detector-schottky-diode/bat15-03w /?redirId =193197] .
If you try to add this model as a library as before, it will fail and display the following warning:
Seems like my ADS 2022 version doesn't support that file? Or is there another way to import a diode model into an ADS schematic? Thank you for your answer!
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