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Renesas Electronics Corporation
Dual 10-Bit, 60MSPS A/D Converter with CMOS Outputs

Package Information

CAD Model:View CAD Model
Pkg. Type:MQFP
Pkg. Code:QAP
Lead Count (#):44
Pkg. Dimensions (mm):10.0 x 10.0 x 2.02
Pitch (mm):0.8

Environmental & Export Classifications

Pb (Lead) FreeNo
ECCN (US)EAR99
HTS (US)8542.39.0030
Moisture Sensitivity Level (MSL)

Product Attributes

Lead Count (#)44
Carrier TypeTray
Pb (Lead) FreeNo
Temp. Range (°C)-40 to +85°C
Channels (#)2
Conversion Rate (Max) (kSPS)60000
Differential NonLinearity LSB1
Digital Supply Voltage (V)3 - 3
Input BW (MHz)250
Input VIN ((VPP, differential))1
Integral NonLinearity LSB2
InterfaceCMOS
Length (mm)10
MOQ96
Pitch (mm)0.8
Pkg. Dimensions (mm)10.0 x 10.0 x 2.02
Pkg. TypeMQFP
Power Consumption (mW)650
Qualification LevelStandard
Resolution (bits)10
SFDR (dB) (dB)70
SNR (dbFS)54.7
Supply Voltage (V)5 - 5
Thickness (mm)2.02
Width (mm)10

Description

Support is limited to customers who have already adopted these products.

The HI5762 is a monolithic, dual 10-bit, 60MSPS analog-to-digital converter fabricated in an advanced CMOS process. It is designed for high speed applications where integration, bandwidth and accuracy are essential. Built by combining two cores of the HI5767 single channel 10-bit 60MSPS analog-to-digital converter, the HI5762 reaches a new level of multi-channel integration. The fully pipeline architecture and an innovative input stage enable the HI5762 to accept a variety of input configurations, single-ended or fully differential. Only one external clock is necessary to drive both converters and an internal band-gap voltage reference is provided. This allows the system designer to realize an increased level of system integration resulting in decreased cost and power dissipation. The HI5762 has excellent dynamic performance while consuming only 650mW of power at 60MSPS. The A/D only requires a single +5V power supply and encode clock. Data output latches are provided which present valid data to the output bus with a latency of 6 clock cycles. For those customers needing dual channel 8-bit resolution, please refer to the HI5662. For single channel 10-bit applications, please refer to the HI5767.