PCM1750P datasheet(2/21 Pages) TI

2 / 21 page

PCM1750

SPECIFICATIONS

ELECTRICAL

At 25

°C, and ±V

A = ±5.0V; +VD = +5.0V, unless otherwise noted. Where relevant, specifications apply to both left and right input/output channels.

NOTES: (1) Binary Two’s Complement coding. (2) The PCM1750 is tested and guaranteed at 5.2

µs, however it will operate at 4.5µs. The dynamic performance is not

guaranteed or tested at this conversion rate. (3) Ratio of SignalRMS / (DistortionRMS + NoiseRMS). (4) A/D converter sample frequency (4 x 48kHz; 4X oversampling per

channel). (5) A/D converter input frequency (signal level). (6) Referred to input signal level. (7) Ratio of (DistortionRMS + NoiseRMS) / SignalRMS. (8) Externally adjustable

to zero error. (9) Differential non-linearity error at bipolar major carry input code. Externally adjustable to zero error. (10) Full scale range (5.50V). (11) Refer to equivalent

circuit in Figure 1. (12) Worst case operating condition. Refer to typical performance curves.

PCM1750P, U

PARAMETER

CONDITIONS

MIN

TYP

MAX

UNITS

RESOLUTION

Bits

DYNAMIC RANGE

THD + N at –60dB Referred to Full Scale

+88

+90

ANALOG INPUT

Input Range

±2.75

Input Capacitance

Aperture Delay

Aperture Uncertainty (Jitter)

psrms

Full Power Input Bandwidth

500

kHz

DIGITAL INPUT/OUTPUT

Logic Family

CMOS Compatible

Logic Level: VIH

IIH = ±5µA

+3.5

+VD + 0.3

VIL

IIL = ±5µA

–0.3

+1.5

VOH

ISOURCE = 1.0mA

+2.7

+4.7

VOL

ISINK = 3.2mA

+0.2

+0.4

Output Data Format

Serial, MSB First, BTC(1)

Convert Command

Positive Edge

Convert Command Pulse Width

Conversion Time

Throughput Including Sample/Hold(2)

4.5

5.2

20.8

µs

DYNAMIC CHARACTERISTICS (20Hz to 24kHz; 4X data decimated to 1X)

Signal-to-Noise Ratio(3)

fs = 192kHz(4); fIN = 1kHz (0dB)(5)

+88

+90

dB(6)

Total Harmonic Distortion + N(7)

Without External Adjustments

fIN = 1kHz (0dB)

fs = 192kHz

–90

–88

fIN = 1kHz (–20dB)

fs = 192kHz

–70

–68

fIN = 1kHz (–60dB)

fs = 192kHz

–30

–28

Channel Separation

fs = 192kHz; fIN = 1kHz (0dB) and 0V

+96

+108

ACCURACY

Gain Error

±2

±5%

Gain Mismatch

Channel to Channel

±0.5

±2.0

BPZ (Bipolar Zero) Error(8)

±2mV

BPZ Error Mismatch

Channel to Channel

±3mV

BPZ Differential Linearity Error(9)

±0.002

% of FSR(10)

Linearity Error

±0.003

% of FSR

Warm-up Time

1ms

DRIFT (With Internal Reference)

Gain

°C to 70°C

±50

ppm/

°C

Bipolar Zero

°C to 70°C

±10

ppm of FSR/

°C

DRIFT (Exclusive of Internal Reference)

Gain

°C to 70°C

±10

ppm/

°C

Bipolar Zero

°C to 70°C

±3

ppm of FSR/

°C

REFERENCE

VREF Output (Pins 19, 24):

Voltage

+2.75

Current

±100

µA

Impedance

0.2

Ω

Accuracy

±25

Drift

°C to 70°C

±50

ppm/

°C

VREF Input (Pins 18, P25):

Impedance(11)

363 || 120

Ω || pF

POWER SUPPLY REJECTION

% of VIN / % of VSUPPLY (12)

0.03

% / %

POWER SUPPLY REQUIREMENTS

±V

Supply Voltage Range

±4.75

±5.00

±5.25

+VD Supply Voltage Range

+4.75

+5.00

+5.25

+IA; +ID Combined Supply Current

+VA; +VD = +5.0V

+28

–IA Supply Current

–VA = –5.0V

–13

Power Dissipation

±V

A = ±5.0V; +VD = +5.0V

210

300

TEMPERATURE RANGE

Specification

+70

°C

Operating

–40

+85

°C

Storage

–60

+100

°C

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