The 3323 is a Filter from Krohn Hite. Electronic filters perform a variety of signal-processing functions with the purpose of removing a signal’s unwanted frequency components, enhance desired ones, or both. There are many types of electronic test equipment filters, including those that are passive, active, analog, digital, low pass, high pass, linear, and nonlinear. Linear filters are the most commonly used for most electronic equipment applications.
Additional Features:
Frequency Accuracy: ±2%
Pass Band Gain: 0 dB or 20 dB
Maximum Attenuation: 80 dB
Floating (ungrounded) Operation
Digitally tuned over the range from: 0.01 Hz to 99.9 kHz
High-Pass
Low-Pass
Band-Pass
Band-Reject mode
48 dB per octave in High-Pass or Low-Pass mode
24db per octave in Band-Pass or Band-Reject mode
The frequency response characteristic of the unit is a fourth-order Butterworth with maximum flatness for cleanest filtering in the frequency domain.
For pulse or transient signal filtering, a front panel switch is provided to change the frequency response to RC optimum for transient-free filtering on the Krohn Hite 3323 Filter.
The 3323 is a Filter from Krohn Hite. Electronic filters perform a variety of signal-processing functions with the purpose of removing a signal’s unwanted frequency components, enhance desired ones, or both. There are many types of electronic test equipment filters, including those that are passive, active, analog, digital, low pass, high pass, linear, and nonlinear. Linear filters are the most commonly used for most electronic equipment applications.
Additional Features:
- Frequency Accuracy: ±2%
- Pass Band Gain: 0 dB or 20 dB
- Maximum Attenuation: 80 dB
- Floating (ungrounded) Operation
- Digitally tuned over the range from: 0.01 Hz to 99.9 kHz
- High-Pass
- Low-Pass
- Band-Pass
- Band-Reject mode
- 48 dB per octave in High-Pass or Low-Pass mode
- 24db per octave in Band-Pass or Band-Reject mode
- The frequency response characteristic of the unit is a fourth-order Butterworth with maximum flatness for cleanest filtering in the frequency domain.
For pulse or transient signal filtering, a front panel switch is provided to change the frequency response to RC optimum for transient-free filtering on the Krohn Hite 3323 Filter.
