VM312H Search Results

Contextual Info: vC^VTCInc YJEc— » VM312H 14-CHANNEL, HIGH-PERFORMANCE, THIN-FILM HEAD, READ/WRITE PREAMPLIFIER _ July, 1993 FE A T U R E S TWO/THREE TERMINAL & SERVO PREAMPLIFIERS • • • • • • • • • High Performance:

Contextual Info: ♦T* VM 312H W 14-CHANNEL, HIGH-PERFORMANCE, THIN-FILM HEAD, READ/WRITE PREAMPLIFIER Ju ly , 1992 FEATURES DESCRIPTION The VM312H is a high-performance, low-power, high-gain, bipolar monolithic read / write preamplifier designed for use with two-terminal thin-film recording heads. It provides write

Contextual Info: y y V T C In c. Value the Custom er VM312H 14-CHANNEL, HIGH-PERFORMANCE, THIN-FILM HEAD, READ/WRITE PREAMPLIFIER PRELIMINARY F E A TU R ES CONNECTION DIAGRAMS • High Performance: - Read mode gain = 250V/V CZ] CZ m| CZ H 13X H 13Y HOX HOY H1X nz H1Y n

HD13X

Abstract: MAX4727 HD10X
Contextual Info: VM 312H August, 1995 FEATURES • • • • • • • • • CO N N EC TIO N DIAGRAM S High Performance: - Read Mode Gain = 250 V/V - Low Input Noise = 0.8nV/VFiz Maximum - Input C apacitance = 25 pF Maximum - W rite C urrent Range = 10 mA to 40 mA - Head Inductance Range = 200 nH to 5 ^iH

VM312

Abstract: DIODE H5y VM312-8PMJ VM3128
Contextual Info: V T C In c. V a lu e th e C u s to m e r VM312 10-CHANNEL, HIGH-PERFORMANCE, THIN-FILM HEAD, READ/WRITE PREAMPLIFIER July, 1992 TWO-TERMINAL READ/WRITE PR E A M PS FEATURES • High Performance: - Read mode gain = 150V/V - Low input noise = 0.8nVA/Hz maximum

VM312

Contextual Info: 4H l V M 3 1 2 10-CHANNEL, HIGH PERFORMANCE, THIN-FILM HEAD, READ/WRITE PREAMPLIFIER July, 1991 TWO-TERMINAL READ/WRITE PREAMPS F E A TU R ES CONNECTION DIAGRAMS • High Performance: - Read mode gain = 150V/V - Low input noise = 0.8nV/VHz maximum - Input capacitance = 30pF maximum

Contextual Info: V M W X IS J S S j- 3 1 2 H 14-CHANNEL, h ig h - p e r f o r m a n c e , THIN-FILM HEAD, READ/WRITE PREAMPLIFIER August, 1994 CO N N EC TIO N DIAGRAM S TWO-TERMINAL PREAMPLIFIERS FE A T U R E S • High Performance: - Read Mode Gain = 250 V/V - Low Input Noise = 0.8nV/VHz Maximum