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MAXIM ICM7240IWE+ product image
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MAXIM ICM7240IWE+

Manufacturer
MPN
ICM7240IWE+
LCSC Part #
C7454455
Packaging
SOIC-16-300mil
Customer #
Key Attributes
15MHz SOIC-16-300mil Programmable Timers and Oscillators RoHS
DatasheetMAXIM ICM7240IWE+
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1+$ 12.9652$ 12.97
184+$ 5.1735$ 951.92
506+$ 5.0017$ 2530.86
1,012+$ 4.9159$ 4974.89
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Products Specifications

All
TypeDescription
CategoryIntegrated Circuits (ICs)/Clock/Timing/Programmable Timers and Oscillators
ManufacturerMAXIM
PackagingSOIC-16-300mil
Supply Current700uA
Quiescent Current10uA
FeaturesProgrammable time-base frequency division network
Operating Temperature-20℃~+85℃
Frequency15MHz
Voltage - Supply2V~16V

Introduction

AI Translation

The Maxim ICM7240/50/60 are programmable timer/counters and the Maxim ICM7242 is a fixed timer/counter. They require only 120μA of supply current, while generating delays from microseconds to days. Each device combines a counter with an internal oscillator whose period is controlled by an external resistor and capacitor. The oscillator can be inhibited and an external clock applied to the TB/O terminal. The programmable counters in the ICM7240/50/60 can be programmed using thumbwheel switches, jumpers, and analog switches. The ICM7240 has an 8 bit programmable counter and can generate time delays from 1 to 255 RC time constants. The ICM7250 has a two digit programmable BCD counter and can generate time delays from 1 to 99 RC time constants. The ICM7260 is used for "real time" applications and has a modulo 60 programmable divider, producing time delays from 1 to 59 RC time constants. The ICM7242 has an 8 bit fixed counter and can generate a time delay of 1 and 128 RC time constants. These four devices are easily cascaded and can operate in either a stable or monostable configurations, using the on-chip control flip-flop with Trigger and Reset inputs.

Features

AI Translation
  • Low Supply Current: 120μA
  • Timing from μs to Days
  • Shutdown Current less than 10μA
  • Programmable Fixed Count
  • Cascadable for Long Range Timing
  • Monostable or Astable Operation
  • Low Power CMos
  • Synchronous High Speed Operation
  • No False Clocking
  • Increased Toggle Rate
  • Supply Current Guaranteed Over Temperature
  • Standby Current Less Than 10μA
  • Significantly Improved ESD Protection

Applications

AI Translation
  • ON/OFF Delay Timers
  • Batch Timer/Sequencers
  • Cycle Timers
  • Programmable Timers
  • Frequency Synthesizers
  • Ultra-Long Time Delay Generators