DSX Program List

1651-04: Transmit Forced Clear Signal Timer

1651-05: Transmit Seize Signal (BZL) Timer

1651-06: Transmit Double Answer (BZL) Timer

1652-RX (Receive Timers)

1652-01: Receive Minimum Seize Acknowledge Timer

1652-02: Receive Maximum Seize Acknowledge Timer

1652-03: Receive Minimum Digit Acknowledge Timer

1652-04: Receive Maximum Digit Acknowledge Timer

1652-05: Receive Minimum Answer Timer

1652-06: Receive Maximum Answer Timer

1652-07: Receive Minimum Meter Pulse Timer

1652-08: Receive Maximum Meter Pulse Timer

1652-09: Receive Minimum Double Answer (BZL) Timer

1652-10: Receive Maximum Double Answer (BZL) Timer

1652-11: Receive Minimum Line Block Timer

1652-12: Receive Line Block Recover Timer

1653-MFC Incoming Timers

1653-01: GI Signal Timer

1653-02: GI Tone Complete Timer

1653-03: GII Signal Timer

1653-04: GA Pulse Response Timer

1654-MFC Outgoing Timers

1654-01: GA Response Timer

1654-02: GA Tone Complete Timer

1654-03: GB Response Timer

1654-04: GB Tone Complete Timer

1654-05: GC Response Timer

1654-06: GC Tone Complete Timer

17xx-Speed Dial (System)

170x-Setup

1701-Format

1701-01: Number of System Speed Dial Bins

1702-Assignment (System Speed Dial Assignment) 1702-[001-999]: Select System Speed Dial Bin to Program 1702-[001-999]: System Speed Dial Bin Type 1702-[001-999]: System Speed Dial Bin Line

1702-[001-999]: System Speed Dial Bin Group

1702-[001-999]: System Speed Dial Bin Number

1702-[001-999]: System Speed Dial Bin Name

DSX Program List

935

Page 965
Image 965
NEC P, N 1093100 software manual 17xx-Speed Dial System, 170x-Setup

P, N 1093100 specifications

The NEC P,N 1093092,1093092 is a high-performance electronic component renowned for its versatility and advanced technology. As part of NEC's extensive portfolio, this component is designed to meet the demanding requirements of various industries, including telecommunications, automotive, and consumer electronics.

One of the main features of the NEC P,N 1093092,1093092 is its impressive operational efficiency. This component offers low power consumption without compromising performance, making it an ideal choice for battery-operated devices and energy-sensitive applications. Its ability to function effectively at low voltage levels further enhances its appeal, allowing manufacturers to design smaller, more efficient products.

Another key characteristic of the NEC P,N 1093092,1093092 is its robust reliability and durability. With a temperature range that can withstand extreme conditions, the component ensures consistent performance even in harsh environments. This reliability is critical for applications in sectors like automotive, where components are often subject to vibrations, temperature fluctuations, and other stress factors.

Moreover, the NEC P,N 1093092,1093092 integrates advanced semiconductor technology that enables high frequency and high-speed processing capabilities. This feature makes it suitable for applications requiring fast data transmission, such as in telecommunications infrastructure and data centre operations. As technology continues to evolve, the demand for components that can handle high data rates becomes increasingly important, and the NEC P,N 1093092,1093092 is well-equipped to meet these needs.

In terms of design, the component boasts a compact form factor, which facilitates integration into various hardware configurations. This flexibility allows engineers and designers to utilize the NEC P,N 1093092,1093092 in diverse applications while maintaining space efficiency in device design.

Finally, the NEC P,N 1093092,1093092 complies with international standards, ensuring that it meets the stringent quality requirements set forth for electronic components. This compliance not only enhances the component's reliability but also simplifies the certification process for manufacturers, making it a strategic choice for projects that require adherence to industry regulations.

In summary, the NEC P,N 1093092,1093092 stands out as a cutting-edge electronic component characterized by its operational efficiency, reliability, processing capabilities, compact design, and compliance with quality standards. Its advanced features make it an essential component for modern electronic applications across various industries.