MAX35101 - Time-to-Digital Converter

Maxim Integrated

The MAX35101 by Maxim Integrated is a Time-to-Digital Converter. Below is the official datasheet preview.

📥 Download Datasheet

MAX35101 Time-to-Digital Converter by Maxim Integrated - Datasheet Preview — Official preview page of the **MAX35101** Time-to-Digital Converter datasheet (Maxim Integrated).

Datasheet Details

Part number	MAX35101
Manufacturer	Maxim Integrated
File Size	1.44 MB
Description	Time-to-Digital Converter
Datasheet	MAX35101-MaximIntegrated.pdf
Additional preview pages of the MAX35101 datasheet.

MAX35101 Product details

Description

The MAX35101 is a time-to-digital converter with built-in amplifier and comparator targeted as a complete analog front-end (AFE) solution for the ultrasonic heat meter and flow meter markets.

Features

High Accuracy Flow Measurement for Billing and Leak Detection.
Time-to-Digital Accuracy Down to 20ps.
Measurement Range Up to 8ms.
Two Channels: Single-Stop Channel.
High Accuracy Temperature Measurement for Precise Heat and Flow Calculations.
Up to Four (4) 2-Wire Sensors.
PT1000 and PT500 RTD Support.
Maximizes Battery Life with Low Device and Overall System Power.
Low 10μA ToF measurement and < 125nA Du.

📁 MAX35101 Similar Datasheet

MAX3510 - Upstream CATV Amplifier (Maxim)
MAX351 - Precision / Quad / SPST Analog Switches (Maxim)
MAX3514 - Upstream CATV Amplifiers (Maxim)
MAX350 - Serially Controlled / Low-Voltage / 8-Channel/Dual 4-Channel Multiplexers (Maxim)
MAX3507 - Upstream CATV Amplifier with On-Chip Anti-Alias Filter (Maxim)
MAX3509 - Upstream CATV Amplifier (Maxim)
MAX352 - Precision / Quad / SPST Analog Switches (Maxim)
MAX353 - Precision / Quad / SPST Analog Switches (Maxim)

Other Datasheets by Maxim Integrated

MAX3516 - Upstream CATV Amplifiers
MAX3517 - Upstream CATV Amplifiers
MAX3523 - Low-Power DOCSIS 3.1 Programmable-Gain Amplifier
MAX3543 - Multiband Analog and Digital Television Tuner
MAX30001 - Single-Channel Integrated Biopotential and Bioimpedance AFE
MAX30002 - Single-Channel Integrated Bioimpedance AFE

Published: Oct 31, 2019 |