Product Overview: Tescom Halcyon 764a
Tescom Halcyon 764a Features:
- Rugged, Lightweight & Hand-Held Integrated T1/FT1 Test Set
- Full function T1, FT1 & DS0
- Monitors Signaling Bits on all 24 Channels
- DS0 Drop for Optional DDS and “Packet Mode” Stress Testing
- Remote PC Control through GUI Interface
- One keystroke setup for T1/FT1 Line Monitoring
- Automatic Configuration & Pattern Recognition
- Measures T1 Level, Frequency and Clock Slips
- CSU, ESF, NIU, V.54 & High bit-rate Digital Subscriber Line (HDSL) ADTRAN/PairGain Loop Codes with Automatic Arming
- Supports SF/ESF/SLC Framing with AMI/B8ZS Line Coding
Tescom Halcyon 764a Specifications
INTERFACES: Dual Bantam and RJ-48C. Two receivers for timing slip testing.
IMPEDANCES: 100 Ohms Terminated, Monitor and Bridged.
PHYSICAL
• Dimensions (L x W x H): 9.5-in x 6.33-in x 1.7-in
• Weight: 2 lbs.
• Power Requirements: 4 Watts at 115 VAC, 60Hz nominal; Output
9 VDC external Power supply. Internal 7.2 VDC NiMH pack
TRANSMITTER
• T1 Interface: SIDE A – Bantam Transmit and Receive in parallel w/ RJ-45
SIDE B – (Reference Input) Bantam jacks
• T1 Signal Format: DS1 PCM, 1.544MHz ±50Hz
• Operating Modes: Full T1 or Fractional T1 Nx56/64 DS0 DS1 Signal
• Waveshape: Meets T1.403 specifications
• DS1 Line Level: 0 ±0.2dBdsx (6.0 V p-p)
• Line Codes: AMI, B8ZS
• Clocksource: Recovered from Receiver or internally generated 1.544MHz ±30Hz
• Framing: SF, ESF, SLC-96, Unframed
• FT1 Fill Date: Idle code (7F) sent in unused DS9 time slots
• Test Patterns: QRSS, 2047, 215-1, 220-1 , 223-1, 3 in 24, All 1s, All 0s, Alt 1/0, 2 in 8, 1:7, 63 and 511
• Error Injection: Single bit or streamed BER at 1e-3, 1e-4, 1e-5, 1e-6, or 1e-7
• Line Build Out: 0, -7.5, -15, 22.5dB
• DSX Pre-Equalizer: 5 steps for cable lengths to 655 feet
ANALYSIS MODES
• BERT Analysis: Bit Errors (BE), Errored Seconds (ES), Bit >Error Rate (BER) , %Error Free Seconds (%EFS), Severely Errored Seconds (SES), %Severely Errored Seconds (%SES), Elapsed time
• LINE Analysis: T1 level, frequency, Frame Slips, Clock Slips, Framing Errors, Bipolar Violations (BPV), CRC Event Counts CRCs)
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