ADC3664-SP中文资料德州仪器数据手册PDF规格书

1 Features

• Screening and radiation performance

– QMLV screening and reliability assurance

– Total ionizing dose (TID): 300krad (Si)

– Single event latch-up (SEL): 75MeV-cm2/mg

• Ambient temperature range: -55°C to 105°C

• Dual Channel ADC

• 14-bit 125MSPS

• Noise floor: -156.9dBFS/Hz

• Low power consumption: 100mW/ch

• Latency: 2 clock cycles

• Clock rate versus voltage reference:

– External reference: 1MSPS to 125MSPS

– Internal reference: 100MSPS to 125MSPS

• 14-Bit, no missing codes

• Input bandwidth: 200MHz (-3dB)

• INL: ±2.6LSB; DNL: ±0.9LSB

• Optional digital down converter (DDC):

– Real or complex decimation

– Decimation by 2, 4, 8, 16, and 32

– 32-bit NCO

• Serial LVDS (SLVDS) interface (2-, 1-, and

1/2-wire)

• Spectral performance (FIN = 5MHz):

– SNR: 77.5dBFS

– SFDR: 84dBc HD2, HD3

– Non HD23: 91dBc

2 Applications

• Optical imaging payload

• Radar imaging payload

• Satellite communication payloads

3 Description

The ADC3664-SP is a low latency, low noise, and

ultra low power, 14-bit, 125MSPS, high-speed dual

channel ADC. Designed for best noise performance,

the device delivers a noise spectral density of –

156.9dBFS/Hz combined with excellent linearity and

dynamic range. The ADC3664-SP offers DC precision

together with IF sampling support to enable the

design of a wide range of applications. The low

latency architecture (as low as 1 clock cycle latency)

and high sample rate also enable high speed

control loops. The ADC consumes only 100mW/ch

at 125MSPS and the power consumption scales well

with sampling rate.

The device uses a serial LVDS (SLVDS) interface to

output the data which minimizes the number of digital

interconnects. The device also integrates a digital

down converter (DDC) to help reduce the data rate

and lower system power consumption. The device

is pin-to-pin compatible with the 18-bit, 65MSPS

ADC3683-SP. It comes in a 64-pin CFP package

(10.9mm x 10.9mm) and supports a temperature

range from –55°C to +105°C.