High-Speed Four Channel MOSFET Driver From Supertex Delivers Sharper Images for
Medical Ultrasound Applications
MD1823 Features a Clock Input Pin to Help Realign the Input Control
Pins to a Master Clock Signal, Minimizing Delay Time Errors and Clock
SUNNYVALE, CA -- (Marketwired) -- 11/05/13 -- Supertex (NASDAQ:
SUPX), a recognized leader in high voltage analog and mixed signal
integrated circuits (ICs), today introduced the MD1823, a high-speed
four channel MOSFET driver designed to drive high voltage N- and
P-channel MOSFETs for medical ultrasound imaging applications and
other applications requiring a high output current for a capacitive
The MD1823 features a clock input pin to help realign the input
control pins to a master clock signal. This will help minimize delay
time errors and clock jitter. A logic input pin, BPS, can be tied
high for users not wanting to use the clock realignment feature (if
BPS = 1, the clock and registers are ignored). Additionally, MD1823
only uses two input pins for the three level RTZ ultrasound pulser
MOSFET gate driver. This feature reduces the FPGA I/O requirement,
which simplifies the PCB layout.
"The MD1823 MOSFET driver allows for a much improved discrete
ultrasound pulser design," states Jimes Lei, Director of Applications
Engineer for Supertex. "The added clock input will minimize time
delay errors and jitter to achieve a sharper image."
The MD1823 is available in a lead(Pb)-free/RoHS compliant 16-lead 3x3
QFN package (MD1823K6-G). Samples are available from stock. Lead-time
for production quantities is 4-6 weeks, ARO. Pricing is US$1.17 each
in 1K quantities.
Supertex, Inc. is a publicly held mixed signal
semiconductor manufacturer, focused in high voltage interface
products for use in the telecommunications, networking systems, flat
panel displays, medical and industrial electronics industries.
Supertex product, corporate and financial information is readily
available at www.supertex.com.
Marketing Communications Manager
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