D61 Series. 32-Pin DIP 4 - Pole Filters Hz to 1.00 Hz Fixed Frequency
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1 D61 Series 0.02 Hz to 0 Hz Fixed Frequency 32-Pin DIP 4 - Pole Filters Description The D61 Series of small 4-pole fixed-frequency, precision active filters provide high performance linear active filtering in a compact 32-pin DIP package, with a broad range of corner frequencies and a choice of transfer functions. Individual D61 filters can serve in low-pass or highpass applications or be combined to create custom band-pass or band reject filters. These fully selfcontained units require no external components or adjustments. Each model comes factory tuned to a user-specified corner frequency between 0.02 Hz and 0 Hz and operate with low total harmonic distortion over a wide dynamic input voltage range from non-critical +/-5V to +/-18V power supplies. Features/Benefits: Low harmonic distortion and wide signal-to-noise ratio Compact 1.8"L x 0.8"W x 0.5"H minimizes board space requirements. Plug-in ready-to-use, reducing engineering design and manufacturing cycle time. Factory tuned, no external clocks or adjustments needed Broad range of transfer characteristics and corner frequencies to meet a wide range of applications. Applications Anti-alias filtering Data acquisition systems Communication systems and electronics Medical electronics equipment and research Aerospace, navigation and sonar applications Sound and vibration testing Acoustic and vibration analysis and control Noise elimination Signal reconstruction Available Low-Pass Models: Page D61L4B 4-pole Butterworth D61L4L 4-pole Bessel Available High-Pass Models: D61H4B 4-pole Butterworth General Specifications: Pin-out/package data & ordering information sales@freqdev.com Web Address:
2 D61 Series Fixed Frequency Low-Pass Filters Model D61L4B D61L4L Model D61H4B Product Specifications Low-Pass Low-Pass High-Pass Transfer Function, Butterworth, Bessel Transfer Function, Butterworth Size 1.8 x 0.8 x x 0.8 x 0.5 Size 1.8 x 0.8 x 0.5 Range fc Range fc D Hz to 0 Hz 0.02 Hz to 0 Hz D Hz to 0 Hz Theoretical Transfer Appendix A Appendix A Theoretical Transfer Appendix A Characteristics Page 7 Page 2 Characteristics Page 27 Passband Ripple 0.0 db 0.0 db Passband Ripple 0.0 db (theoretical) (theoretical) DC Voltage Gain 0 ± 0.1 db max. 0 ± 0.1 db max. Voltage Gain 0 ± 0.2 db to 100 khz (non-inverting) 0 ± 0.05 db typ. 0 ± 0.05 db typ. (non-inverting) 0 ± 0.5 db to 120 khz Power Bandwidth Small Signal Bandwidth 120 khz (-6dB) 1 MHz Stopband Stopband Attenuation Rate 24 db/octave 24 db/octave Attenuation Rate 24 db/octave Cutoff Frequency fc ± 2% max. fc ± 2% max. Cutoff Frequency fc ± 2% max. Stability ± 0.01% / C ± 0.01% / C Stability ± 0.01% / C Amplitude -3dB -3dB Amplitude -3dB Phase Phase -180 Filter Attenuation 0.67 db 0.80 fc 1.86 db 0.80 fc Filter Attenuation 40 db 0.31 fc (theoretical) 3.01 db 0 fc 3.01 db 0 fc (theoretical) 30 db 0.42 fc 30.0 db 2.37 fc 30.0 db 3.50 fc 3.01 db 0 fc 40.0 db 3.16 fc 40.0 db 4.72 fc 0.02 db 2.00 fc Phase Match fc ± 2 max. 0 - fc ± 2 max. Phase Match khz ± 3 max. ± 1 typ. ± 1 typ. ± 1.5 typ. 0.8 fc - fc ± 3 max. ± 1.5 typ. Amplitude Accuracy fc ± 0.2 db max. 0 - fc ± 0.2 db max. Amplitude Accuracy fc ± 0.30 db max. (theoretical) ± 0.1 db typ. ± 0.1 db typ. (theoretical) ± 0.15 db typ. 0.8 fc - fc ± 0.3 db max fc -100 khz ± 0.20 db max. ± 0.15 db typ. ± 0.10 db typ. Wide Band Noise 200 mvrms typ. 200 mvrms typ. Wide Band Noise 400 mvrms typ. (5 Hz - 2 MHz) (5 Hz - 2 MHz) Narrow Band Noise 50 mvrms typ. 50 mvrms typ. Narrow Band Noise 100 mvrms typ. (20 Hz khz) (20 Hz khz) Filter Mounting Filter Mounting Assembly FMA-01A FMA-01A Assembly FMA-01A 1. Unit to unit match for the same transfer function, set to the same frequency and operating configuration, and from the same manufacturing lot. 2 sales@freqdev.com Web Address:
3 D61 Series Specification (25 C and Vs ± 15 Vdc) Analog Input Characteristics 1 Impedance 10 kw min. Voltage Range ± 10 Vpeak Max. Safe Voltage ± Vs Analog Output Characteristics Impedance(Closed Loop) 1 W typ. 10 W max. Linear Operating Range ± 10 V Maximum Current 2 ±2 ma Offset Voltage 3 02 mv typ. 10 mv max. Offset Temp. Coeff. 50 mv / C Power Supply (±V) Rated Voltage Operating Range Maximum Safe Voltage Quiescent Current D61 ± 15 Vdc ± 5 to ± 18 Vdc ± 18 Vdc ± 12.5 ma typ. ± 20 ma max. Temperature Operating - 0 to + 70 C Storage - 25 to + 85 C Notes: 1. Input and output signal voltage referenced to supply common. 2. Output is short circuit protected to common. DO NOT CONNECT TO ±Vs. 3. Adjustable to zero Filter Type L - Low Pass H - High Pass Pin-Out and Package Data Ordering Information OUT GND +VS Side View dia Bottom View Ordering Information All dimensions are in inches All case dimensions ± 0.01" Front View VSOS 4 IN Filter Mounting Assembly-See FMA-01A 0.15 (min) Transfer Function B - Butterworth L - Bessel DC Offset Adjustment 20 k W (Cermet) ± Vs - Vs Do not connect if trim is not required. OS D61L4B-0.05 Hz 4. Units operate with or without offset pin connected. - 3 db Corner Frequency 5 e.g., 0.05 Hz 0.85 Hz 0 Hz 5. How to Specify Corner Frequency: Corner frequencies are specified by attaching a three digit frequency designator to the basic model number. Corner frequencies can range from 0.02 Hz to 0 Hz. We hope the information given here will be helpful. The information is based on data and our best knowledge, and we consider the information to be true and accurate. Please read all statements, recommendations or suggestions herein in conjunction with our conditions of sale which apply to all goods supplied by us. We assume no responsibility for the use of these statements, recommendations or suggestions, nor do we intend them as a recommendation for any use which would infringe any patent or copyright. IN-00D sales@freqdev.com Web Address:
4 Low-Pass Appendix A Bessel Theoretical Transfer Characteristics 1 f/fc Amp Phase Delay (Hz) (db) (deg) (sec) Normalized Group Delay: The above delay data is normalized to a corner frequency of Hz.The actual delay is the normalized delay divided by the actual corner frequency (fc). Normalized Delay Actual Delay = Actual Corner Frequency (fc) in Hz sales@freqdev.com Web Address: Amp (db) Delay (sec) Step Response (V/V) Frequency Response Delay (Normalized) Normalized Time (1/f sec) Step Response Normalized Time (1/f sec)
5 Low-Pass Appendix A Butterworth Theoretical Transfer Characteristics 1 f/fc Amp Phase Delay (Hz) (db) (deg) (sec) Normalized Group Delay: The above delay data is normalized to a corner frequency of Hz.The actual delay is the normalized delay divided by the actual corner frequency (fc). Normalized Delay Actual Delay = Actual Corner Frequency (fc) in Hz sales@freqdev.com Web Address: Amp (db) Delay (sec) Step Response (V/V) Frequency Response Delay (Normalized) Step Response Normalized Time (1/f sec)
6 High-Pass Appendix A Theoretical Transfer Characteristics 1 f/fc Amp Phase Delay (Hz) (db) (deg) (sec) Amp (db) Butterworth Frequency Response Normalized Group Delay: The above delay data is normalized to a corner frequency of Hz.The actual delay is the normalized delay divided by the actual corner frequency (fc). Normalized Delay Actual Delay = Actual Corner Frequency (fc) in Hz 27 sales@freqdev.com Web Address:
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Precision, 16 MHz CBFET Op Amp AD845
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120 khz Bandwidth, Low Distortion, Isolation Amplifier AD215
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Analog and Telecommunication Electronics
Politecnico di Torino - ICT School Analog and Telecommunication Electronics E1 - Filters type and design» Filter taxonomy and parameters» Design flow and tools» FilterCAD example» Basic II order cells
ASC-50. OPERATION MANUAL September 2001
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LF353 Wide Bandwidth Dual JFET Input Operational Amplifier
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Analog and Telecommunication Electronics
Politecnico di Torino - ICT School Analog and Telecommunication Electronics E1 - Filters type and design» Filter taxonomy and parameters» Design flow and tools» FilterCAD example» Basic II order cells
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