Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

Monitoring technique

[E. DOLD] Asymmetry relay BA 9040, MK 9040N varimeter • According to IEC 255, EN 60 255, VDE 0435 part 303 • Recognition of - voltage asymmetry - phase failure - voltage feedback - optionally with phase sequence recognition • Optionally with adjustable response delay • Ins

INSULATED PC SPACERS/SUPPORTS

INSULATED PC SPACERS / SUPPORTS • Board will be electrically insulated, eliminates need for insulating washers • Easy snap-in assembly • No tool required for installation • Designed for .062(1.57) thick boards • One piece design eliminates the need for additional screws and nuts • Slim desig

Audio Processor Advance Information

ACE9040 provides all the speech signal processing and data/SAT tone filtering needed for AMPS or TACS analog cellular telephones. Transmit voice channel functions comprise a microphone amplifier, soft limiter, bandpass filter, compressor, hard limiter, lowpass filter and a gain controlled amplifi

Radio Interface and Twin Synthesiser

ACE9030 is a combined radio interface circuit and twin synthesiser, intended for use in a cellular telephone. The radio interface section contains circuits to monitor and control levels such as transmit power in the telephone, circuits to demodulate the frequency modulated signal to audio, and a

Snap Rivets

文件：152.09 Kbytes Page：2 Pages

Snap Rivets

文件：152.09 Kbytes Page：2 Pages