Apogee DX-1060 Manual

FEATURES
•
HIGH OUTPUT CAPABILITY
®
•
DDX Full-Bridge Mode:
DDX-1080: 1 x 90 / 80 W, 8Ω / 6Ω, < 10% THD
*
DDX-1060: 1 x 80 / 62 W, 8Ω / 6Ω, < 10% THD
*
DDX-1050: 1 x 65 / 50 W, 8Ω / 6Ω, < 10% THD
*
•
Binary Half-Bridge Mode:
* DDX-1080: 2 x 45 W, 4Ω, < 10% THD
* DDX-1060: 2 x 40 W, 4Ω, < 10% THD
* DDX-1050: 2 x 32 W, 4Ω, < 10% THD
•
SINGLE SUPPLY (+9V to +40V)
•
COMPACT SURFACE MOUNT PACKAGE
•
HIGH EFFICIENCY, > 90% @ 8 ohms
•
THERMAL OVERLOAD PROTECTION
•
SHORT CIRCUIT PROTECTION
BENEFITS
•
COMPLETE SURFACE MOUNT DESIGN
•
POWER SUPPLY SAVINGS
APPLICATIONS
•
DIGITAL POWERED SPEAKERS
•
PC SOUND CARDS
•
CAR AUDIO
•
SURROUND SOUND SYSTEMS
•
DIGITAL AUDIO COMPONENTS
CONFIG
PWRDN
FAULT
TRISTATE
TWARN
GNDREF
VREG2
VREG2
VREG1
VREG1
GNDR1
129 Morgan Drive, Norwood, MA 02062
CONTROLLED DOCUMENT: P_903-000044_Rev08 DDX-1080_60_50 Data Sheet.doc
All-Digital High Efficiency Power Amplifiers
BIAS
PROTECTIO
PROTECTION
N
AND
AND
DRIVER
DRIVER
LOGIC
LOGIC
INA
VSIG
REGULATORS
INB
Figure 1 - Block Diagram
Specifications are subject to change without notice.
voice: (781) 551-9450
DDX-1080/DDX-1060/DDX-1050

1.0 GENERAL DESCRIPTION

The DDX-1080, DDX-1060 and DDX-1050 power
devices are monolithic, single channel H-Bridges
that can provide audio power up to:
•
90 watts one channel @10%THD, 8Ω (DDX-1080)
•
80 watts one channel @10%THD, 8Ω (DDX-1060)
•
65 watts one channel @10%THD, 8Ω (DDX-1050)
at very high efficiency.
Each device contains a logic interface, integrated
bridge drivers, high efficiency MOSFET output
transistors and protection circuitry.
may be used in DDX® Mode as a single bridge or,
alternatively in Binary Mode, it may be configured
as either a single bridge or (at lower power output)
a dual half-bridge.
The benefits of the DDX® amplification system are:
an all-digital design that eliminates the need for a
digital to analog converter (DAC), and the high
efficiency operation derived from the use of
Apogee's patented damped ternary pulse width
modulation (PWM).
efficiency advantage over conventional PWM
designs of more than three times the efficiency of
typical Class A/B amplifiers with music input
signals.
FET
DRIVE
FET
DRIVE
fax: (781) 440-9528
Each device
This approach provides an
VCCP
OUTP
OUTP
PGNDP
VCCN
OUTN
OUTN
PGNDN
email: apogee@apogeeddx.com
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