Catalog Categories Part Numbers Manufacturers Search

ADC1175-50EVALP

ADC1175-50EVALP Description

ADC1175-50EVALP Manufacturer

ADC1175-50EVALP Datasheet (PDF)

ADC1175-50EVALP Datasheet

ADC1175-50EVALP Price & Availability


Check ADC1175-50EVALP Price & Availability at Canics

ADC1175-50EVALP Features

  • Internal Track-and-Hold function
  • Single +5V operation
  • Internal reference bias resistors
  • Industry standard pinout
  • Power-down mode (<5 mW)

ADC1175-50EVALP Description

    The ADC1175-50 is a low power, 50 MSPS analog-to-digital converter that digitizes signals to 8 bits while consuming just 125 mW (typ). The ADC1175-50 uses a unique architecture that achieves 6.8 Effective Bits at 25 MHz input and 50 MHz clock frequency. Output formatting is straight binary coding.

    The excellent DC and AC characteristics of this device, together with its low power consumption and +5V single supply operation, make it ideally suited for many video and imaging applications, including use in portable equipment. Furthermore, the ADC1175-50 is resistant to latch-up and the outputs are short-circuit proof. The top and bottom of the ADC1175-50's reference ladder is available for connections, enabling a wide range of input possibilities. The low input capacitance (7 pF, typical) makes this device easier to drive than conventional flash converters and the power down mode reduces power consumption to less than 5 mW.

    The ADC1175-50 is offered in SOIC (EIAJ), TSSOP and LLP (a molded lead frame-based chip-scale package.) It is designed to operate over the commercial temperature range of -20°C to +75°C.

    ADC1175-50EVALP Parameters

    Products Similar to ADC1175-50EVALP


     

    Other Components
    C1206C122G5GACTU
    SQT-137-01-L-D-RA
    MB2061SB1W01
    284742-1
    RG1005P-1332-D-T10
    Keywords
    ADC1175-50EVALP Data Sheet ADC1175-50EVALP Spec ADC1175-50EVALP Application Notes ADC1175-50EVALP Distributor
    ADC1175-50EVALP Circuit ADC1175-50EVALP Reference ADC1175-50EVALP PDF ADC1175-50EVALP RoHS