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KAD2708C 8-Bit, 275MSPS Analog-to-Digital Converter
Rev 1.1 Page 12 of 17
Functional Description
The KAD2708 is based upon a eight bit, 275MSPS A/D
converter in a pipelined architecture. The input volt-
age is captured by a sample & hold circuit and con-
verted to a unit of charge. Proprietary charge do-
main techniques are used to compare the input to a
series of reference charges. These comparisons de-
termine the digital code for each input value. The
converter pipeline requires 24 sample clocks to pro-
duce a result. Digital error correction is also applied,
resulting in a total latency of 28 clock cycles. This is
evident to the user as a latency between the start of
a conversion and the data being available on the
digital outputs.
At start-up, a self-calibration is performed to minimize
gain and offset errors. The reset pin (RST) is initially
held low internally at power-up and will remain in
that state until the calibration is complete. The clock
frequency should remain fixed during this time.
Calibration accuracy is maintained for the sample
rate at which it is performed, and therefore should be
repeated if the clock frequency is changed by more
than 10%. Recalibration can be initiated via the RST
pin, or power cycling, at any time.
Reset
The KAD2708C resets and calibrates automatically on
power-up. To force a reset and initiate recalibration
of the ADC after power-up, connect an open-drain
output device to drive pin 28 (RST) and pull low for at
least ten sample clock periods. Do not use a device
with a pull-up on the reset pin, as it may prevent the
KAD2708 from properly executing the power-on reset.
Voltage Reference
The VREF pin is the full-scale reference, which sets the
full-scale input voltage for the chip and requires a
bypass capacitor of 0.1uF or larger. An internally
generated reference voltage is provided from a
bandgap voltage buffer. This buffer can sink or
source up to 50µA externally.
An external voltage may be applied to this pin to
provide a more accurate reference than the inter-
nally generated bandgap voltage or to match the
full-scale reference among a system of KAD2708C
chips. One option in the latter configuration is to use
one KAD2708C's internally generated reference as
the external reference voltage for the other chips in
the system. Additionally, an externally provided refer-
ence can be changed from the nominal value to
adjust the full-scale input voltage within a limited
range.
To select whether the full-scale reference is internally
generated or externally provided, the digital input
port VREFSEL should be set appropriately, low for in-
ternal or high for external. This pin also has an internal
18k pull-up resistor. To use the internally generated
reference VREFSEL can be tied directly to AVSS, and
to use an external reference VREFSEL can be allowed
to float.
Analog Input
The fully differential ADC input (INP/INN) connects to
the sample and hold circuit. The ideal full-scale input
voltage is 1.5VPP, centered at the VCM voltage of
0.86V as shown in Figure 18.
Figure 18. Analog Input Range
Best performance is obtained when the analog in-
puts are driven differentially in an ac-coupled con-
figuration. The common mode output voltage, VCM,
should be used to properly bias each input as shown
in Figures 19 and 20. An RF transformer will give the
best noise and distortion performance for wideband
and/or high intermediate frequency (IF) inputs. The
recommended biasing is shown in Figure 19.
Figure 19. Transformer Input