Features: • Precise detection of call progress tones• Linear (analog) input• Digital (CMOS compatible), tri-state outputs• 22-pin DIP and 20-pin SOIC• Single supply 3 to 5 volt (low power CMOS)• Inexpensive 3.58 MHz crystal time base• Wide dynamic range (3...
M-985-01: Features: • Precise detection of call progress tones• Linear (analog) input• Digital (CMOS compatible), tri-state outputs• 22-pin DIP and 20-pin SOIC• Single supply 3 t...
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• Precise detection of call progress tones
• Linear (analog) input
• Digital (CMOS compatible), tri-state outputs
• 22-pin DIP and 20-pin SOIC
• Single supply 3 to 5 volt (low power CMOS)
• Inexpensive 3.58 MHz crystal time base
• Wide dynamic range (30 dB)
• Lower power consumption (power-down mode)
• 425 Hz detection
• Special Information Tone (SIT) Detection
Storage Temperature | -40 to 150 |
Operating Ambient Temperature | -40 to 85 |
VDD | 7V |
Input Voltage on SIGIN | VSS - 6.5 to VDD + 0.3V |
Input Voltages (except SIGIN) | VSS - 0.3 to VDD + 0.3 V |
Lead Soldering Temperature | 260 for 5 seconds |
The M-985-01 is an integrated circuit precise tone detector for call progress and special information tones (SIT), as defined by CCITT.
The use of integrated circuit techniques allows the M-985-01 to pack the eight filters for call progress detection into a single 22-pin DIP or a 20-pin SOIC. A 3.58 MHz crystal-controlled time base guarantees accuracy and repeatability.
The M-985-01 combines the call progress detection of the M-982-02 and the SIT detection of the M-984-02. It has an operating voltage range down to 3V. It has low power consumption under normal operating conditions. A power down (PD) feature is provided to further reduce power consumption when inactive.