SL2524B MITEL [Mitel Networks Corporation], SL2524B Datasheet
SL2524B
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SL2524B Summary of contents
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The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate loga- rithmic signal compression over ...
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SL2524 Fig.2 Circuit diagram of single stage A - (stage B pin Nos bracketed) 2 Fig.3 Pad map for SL2524 naked die ...
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... ELECTRICAL CHARACTERISTICS - SL2524B Guaranteed at the following test conditions unless otherwise stated Frequency = 200MHz +25 C, Input power = -30dBm, V amb Load impedance = 50 , Test Circuit = Fig Characteristic Supply current Small signal gain (dual stage, single ended) Detected output current (max) Detected output current ...
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SL2524 ELECTRICAL CHARACTERISTICS - SL2524C Guaranteed at the following test conditions unless otherwise stated Frequency = 200MHz +25 C, Input power = -30dBm, V amb Load impedance = 50 , Test Circuit = Fig Characteristic Supply ...
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GENERAL DESCRIPTION The SL2524 is primarily intended for use in Radar and EW receivers. Six stages (3 chip carriers) can be cascaded to form a very wideband logarithmic ampifier offering >65dB of input dynamic range, with pulse handling of better ...
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SL2524 Fig.6 Circuit diagram for 6-log strip (results shown in figs were achieved with this circuit) Typical characteristics for a dual - stage amplifier (i.e. One SL2524) 6 Fig.7 IF Gain vs frequency of 2 amplifiers (One ...
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Typical characteristics for a dual - stage amplifier (i.e. One SL2524) cont. Fig.8 Normalised phase vs CW input level at 50, 250 and 450MHz for 50 O/P termination (25 C) Fig.9 Detector current 200MHz (25 C) SET ...
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SL2524 Typical characteristics for a dual - stage amplifier (i.e. One SL2524) cont. Fig.10 Detector current vs frequency at RSET = 200 and 500 (25 C) Typical characteristics for a six stage strip, using detected output (Ref. figs 5 & ...
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Typical characteristics for a six stage strip, using detected output (Ref. figs 5 & 6) cont. 0 Fig.12 Detected O input at 60, 125, 450 and 600MHz Fig.13 Detected O input level and ...
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SL2524 Typical characteristics for a six stage strip, using detected output (Ref. figs 5 & 6) cont. Fig.14 Detected O input level at 450MHz across temperature Fig.15 Typical log linearity of detected output measured at 450MHz (25 C) ...
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Typical characteristics for a six stage strip as a low phase shift wideband limiter (Ref. figs 5 & 6) Fig.16 IF limiting characteristics at 60MHz and 500MHz (25 C) Fig.17 IF limiting characteristic at 60MHz across temperature SL2524 11 ...
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SL2524 Typical characteristics for a six stage strip as a low phase shift wideband limiter (Ref. figs 5 & 6) Fig.18 IF limiting characteristic at 500MHz across temperature 12 Fig.19 Small signal gain vs frequency across temperature ...
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Typical characteristics for a six stage strip as a low phase shift wideband limiter (Ref. figs 5 & 6) Fig.20 Phase deviation vs CW input level (normalised at -30dBm Fig.21 Phase deviation vs CW input level (normalised ...
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SL2524 Typical characteristics for a six stage strip as a low phase shift wideband limiter (Ref. figs 5 & 6) Fig.22 Phase deviation vs CW input level (normalised at -30dBm) at 450MHz Fig.23 Peak phase deviation over -65dBm 14 across ...
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North America Tel: +1 (770) 486 0194 Fax: +1 (770) 631 8213 Information relating to products and services furnished herein by Mitel Corporation or its subsidiaries (collectively “Mitel”) is believed to be reliable. However, Mitel assumes no liability for errors ...