Datasheet HMC900LP5E (Analog Devices) - 2

ManufacturerAnalog Devices
Description50 MHz Dual Baseband Programmable Low Pass Filter
Pages / Page26 / 2 — HMC900LP5E. 50 MHz DUAL PROGRAMMABLE. LOW PASS FILTER with DRIVER. Table …
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HMC900LP5E. 50 MHz DUAL PROGRAMMABLE. LOW PASS FILTER with DRIVER. Table 1. Electrical Specifications. Analog Performance. 3 - 2

HMC900LP5E 50 MHz DUAL PROGRAMMABLE LOW PASS FILTER with DRIVER Table 1 Electrical Specifications Analog Performance 3 - 2

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HMC900LP5E
v04.0811
50 MHz DUAL PROGRAMMABLE LOW PASS FILTER with DRIVER Table 1. Electrical Specifications
T = +25°C, VDDI, VDDQ, VDDCal, VDDBg, DVDD = 5V +/-5%, gND = 0V, 400 Ω load unless otherwise stated. a Parameter Conditions Min. Typ. Max. Units
Analog Performance
0 dB Passband gain [1] min gain setting max gain setting 10 dB 3dB corner frequency (fc) [1] 3.5 50 MHz Programmable to any frequency in this range Bypass mode 75 100 MHz uncalibrated ± 20 % 3dB corner frequency variation calibrated ±2.5 ± 3.5 % 3dB corner frequency variation vs temperature over -40°C to +85°C ±0.03 % / °C Max passband gain error[2] vs ideal 6th order lPF H(s) ±0.5 dB Max passband group delay variation at 0.1dB BW (~0.73 fc) 0.250 (group delay * 3dB frequency fc ) at 0.5dB BW (~0.83 fc) 0.350 e.g. for 1.0 dB BW of 40 MHz (fc ~ 44.9 MHz): at 1.0dB BW (~ 0.89 fc) 0.400 3 max group delay variation = 0.400/ 44.9 MHz = 8.9 ns at 3.0dB BW (at fc) 0.400 min gain, fc = 3.5 MHz 22 nV/rtHz min gain, fc = 28 MHz 22 nV/rtHz Output Noise (f = 1 MHz) g max gain fc = 3.5 MHz 25 nV/rtHz max gain, fc = 28 MHz 25 nV/rtHz IN min gain, fc = 3.5 MHz 8 nV/rtHz s max gain, fc = 3.5 MHz 8 nV/rtHz s Output noise (f > 10*fc) min gain fc = 28 MHz 8 nV/rtHz e max gain, fc = 28 MHz 8 nV/rtHz C min gain 25 dB Noise Figure (100 Ω source) O max gain 17 dB R min gain 19 dB Noise Figure (1 kΩ source) max gain 12 dB half scale tones at 0.8fc and l P 0.6fc Input referred Passband IM3 a fc = 20 MHz -60 dBc fc = 50 MHz[2] -50 dBc N half scale tones at 1.2fc and Ig 1.6fc. IM3 product at 0.8fc Input referred Out of Band IM3 fc = 20 MHz -60 dBc s fc = 50 MHz [2] -50 dBc half scale tones at 2fc and 3fc. D IM3 product at 0.5fc N Input referred Out of Band IM3 fc = 20 MHz -50 dBc a fc = 50 MHz [2] -45 dBc B half scale tones at 0.8fc and 0.6fc e Output IP3 (inband) fc = 20 MHz 25 30 dBm s fc = 50 MHz 17 20 dBm a half scale tones at 1.2fc and 1.6fc. IM3 product at 0.8fc Output IP3 (out of band) fc = 20 MHz 25 30 dBm fc = 50 MHz [2] 17 20 dBm IF / B half scale tones at 2fc and 3fc. IM3 product at fc Output IP3 (out of band) fc = 20 MHz 25 30 dBm fc = 50 MHz[2] 17 20 dBm half scale tones at 0.8fc and 0.6fc IM2 product at 0.2fc Output IP2 (inband) fc = 20 MHz 55 60 dBm fc = 50 MHz [2] 55 60 dBm Information furnish F e o d r b y pArnic alo e g , D d evi ecleis vie s rby eli, ea ve n d d to tbo e apl cc a ur c at e e ao n r d d releiars ble ,. p Ho le we a vesr, en c o For price, delivery, and to place orders: Analog Devices, Inc., responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other ontact Hittite Microwave Corporation: One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106 2 Elizabeth Drive, Chelmsford, MA 01824 Phon rights of third parties that may result from its use. Specifications subject to change without notice. No e: 9 Ph 7 o 8 n - e 2 : 750 81- - 3 3 2 3 9- 4 4 3 7 0 Fax 0 • O : rd 9 e 7 r o8 nl-i2 n 50 e at -33 ww 7 w. 3 license is granted by implication or otherwise under any patent or patent rights of Analog Devices. analog.com
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