CLKIN = 4.9152 MHz in CLKOR mode; 1kHz Input Sinewave; with 1.2 k

Ω, .01 µF antialiasing filter.)

Parameter*

Min

Typ

Max

Units

Specified Temperature Range

0 to 70

°C

Resolution

16

-

-

Bits

Dynamic Performance

Dynamic Rnage

(Note 1)

78

84

-

dB

Total Harmonic Distortion

72

80

-

dB

Signal to Intermodulation Distorition

-

84

-

dB

dc Accuracy

Differential Nonlinearity

(Note2)

-

±0.4

-LSB

Positive Full-Scale Error

-

±150

-mV

Positive Full-Scale Drift

-

±500

-

µV/°C

Bipolar Offset Error

-

±10

-mV

Bipolar Offset Drift

-

±50

-

µV/°C

Filter Characteristics

Absolute Group Delay

(Note 3)

78.125

-

-

µs

Passband Frequency

(Note 4)

-

5

-

kHz

Input Characteristics

AC Input Impedance

(1kHz)

-

80

-

k

Ω

Analog Input Full Scale Signal Level

±2.75

--

V

Power Supplies

Power Dissipation

(Note5)

-

220

300

mW

Notes:

1. Measured over the full 0 to 9.6kHz band with a -20dB input and extrapolated to full-scale. Since this

includes energy in the stopband above 5kHz, additional post-filtering at the CS5317’s output can

typically achieve 88dB dynamic range by improving rejection above 5kHz. This can be increased to

90dB by bandlimiting the output to 2.5kHz.

2. No missing codes is guaranteed by design.

3. Group delay is constant with respect to input analog frequency; that is, the digital FIR filter has

192/CLKOUT in any mode.

4. The digital filter’s frequency response scales with the master clock. Its -3dB point is determined by

5. All outputs unloaded. All inputs CMOS levels.

* Refer to the

CS5317

2

DS27F4