ADC Single Flash 12-Bit Parallel 44-Pin PLCC, ADC12662CIV, Texas Instruments

Using an innovative multistep conversion technique, the 12-bit ADC12662 CMOS analog-to-digital converter digitizes signals at a 1.5 MHz sampling rate while consuming a maximum of only 200 mW on a single +5V supply. The ADC12662 performs a 12-bit conversion in three lower-resolution “flash” conversions, yielding a fast A/D without the cost and power dissipation associated with true flash approaches.The analog input voltage to the ADC12662 is tracked and held by an internal sampling circuit, allowing high frequency input signals to be accurately digitized without the need for an external sample-and-hold circuit. The ADC12662 features two sample-and-hold/flash comparator sections which allow the converter to acquire one sample while converting the previous. This pipelining technique increases conversion speed without sacrificing performance. The multiplexer output is available to the user in order to perform additional external signal processing before the signal is digitized.When the converter is not digitizing signals, it can be placed in the Standby mode; typical power consumption in this mode is 250 µW.

  • Built-In Sample-and-Hold
  • Single +5V Supply
  • Single Channel or 2 Channel Multiplexer Operation
  • Low Power Standby Mode

Характеристики

Volt_supply_source

Analog, Digital

Operating_temp

-40 to 85 °C

Number_of_adcs

1

Operating_supply_volt

4.75, 5 V, 5.25

Polarity_of_input_volt

Bipolar

Supplier_package

PLCC

Specifications

https://4donline.ihs.com/images/VipMasterIC/IC/TXII/TXIIS172101/TXIIS173286-1.pdf?hkey=52A5661711E402568146F3353EA87419

Screening_level

Industrial

Schedule_b

8542390000

Product_dimensions

16.51 x 16.51 x 4.06(Max)

Pin_count

44

Mounting

Surface Mount

Number_of_analog_inputs

1

Max_power_dissipation

875 mW

Htsn

8542390001

Eccn

EAR99

Country_of_origin

United States

Бренд

Input_signal_type

Differential

Input_type

Voltage

Signal_to_noise_ratio

70 dB

Differential_nonlinearity

0.4(Typ) LSB

Volt_reference

Internal

Digital_interface_type

Parallel

Артикул: ADC12662CIV

Описание

Using an innovative multistep conversion technique, the 12-bit ADC12662 CMOS analog-to-digital converter digitizes signals at a 1.5 MHz sampling rate while consuming a maximum of only 200 mW on a single +5V supply. The ADC12662 performs a 12-bit conversion in three lower-resolution “flash” conversions, yielding a fast A/D without the cost and power dissipation associated with true flash approaches.The analog input voltage to the ADC12662 is tracked and held by an internal sampling circuit, allowing high frequency input signals to be accurately digitized without the need for an external sample-and-hold circuit. The ADC12662 features two sample-and-hold/flash comparator sections which allow the converter to acquire one sample while converting the previous. This pipelining technique increases conversion speed without sacrificing performance. The multiplexer output is available to the user in order to perform additional external signal processing before the signal is digitized.When the converter is not digitizing signals, it can be placed in the Standby mode; typical power consumption in this mode is 250 µW.

  • Built-In Sample-and-Hold
  • Single +5V Supply
  • Single Channel or 2 Channel Multiplexer Operation
  • Low Power Standby Mode

Детали

Volt_supply_source

Analog, Digital

Operating_temp

-40 to 85 °C

Number_of_adcs

1

Operating_supply_volt

4.75, 5 V, 5.25

Polarity_of_input_volt

Bipolar

Supplier_package

PLCC

Specifications

https://4donline.ihs.com/images/VipMasterIC/IC/TXII/TXIIS172101/TXIIS173286-1.pdf?hkey=52A5661711E402568146F3353EA87419

Screening_level

Industrial

Schedule_b

8542390000

Product_dimensions

16.51 x 16.51 x 4.06(Max)

Pin_count

44

Mounting

Surface Mount

Number_of_analog_inputs

1

Max_power_dissipation

875 mW

Htsn

8542390001

Eccn

EAR99

Country_of_origin

United States

Бренд

Input_signal_type

Differential

Input_type

Voltage

Signal_to_noise_ratio

70 dB

Differential_nonlinearity

0.4(Typ) LSB

Volt_reference

Internal

Digital_interface_type

Parallel