MAX436MJD Search Results

tuned amplifier

Abstract: 10M100 Maxim MAX436CPD MAX435CSD MAX436CPD MAX435 MAX435CPD MAX435EPD MAX435ESD MAX436
Contextual Info: 19-0042; Rev 1; 4/93 / M / I X I A 1 W ideband Transconductance A m plifiers The current output and the absence of negative feedback allow the differential output MAX435 to achieve a bandwidth of 275MHz, an 800V/ xs slew rate, and a 1% settling time of 18ns to a 0.5V step input. The single­

MAX435

Abstract: MAX436 MAX435CSD MAX435CPD MAX435EPD MAX435ESD
Contextual Info: 19-0042; Rev 1; 4/93 / M / I X I A 1 W ideband Transconductance A m plifiers The current output and the absence of negative feedback allow the differential output MAX435 to achieve a bandwidth of 275MHz, an 800V/ xs slew rate, and a 1% settling time of 18ns to a 0.5V step input. The single­

tuned amplifier

Abstract: MAX435 MAX435CPD MAX435CSD MAX435EPD MAX435ESD MAX436 MAX435/MAX436
Contextual Info: Not Recommended for New Designs This product was manufactured for Maxim by an outside wafer foundry using a process that is no longer available. It is not recommended for new designs. The data sheet remains available for existing users. A Maxim replacement or an industry second-source may be available.

Contextual Info: 19-0042; Rev 1; 4/93 W ideband Transconductance A m plifiers Description The current output and the absence of negative feedback allow the differential output MAX435 to achieve a bandwidth of 275MHz, an 800V/ns slew rate, and a 1% settling time of 18ns to a 0.5V step input. The single­

MAX435CPD

Contextual Info: ADVANCE INFORMATION All inform ation In this data sheet is prelim inary and subject to change. 6/92 250M H z W ideband Transconductance A m plifiers The absence of fe e db a ck allows a 250M Hz bandw idth that is independent of the circu it gain, a 700V/|is slew