TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 0

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 1

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 2

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 3

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 4

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 5

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 6

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 7

TTC / Acterna T-Berd 211 T1 Carrier Analyzer, US $450.00 – Picture 8

Ttc / Acterna T-berd 211 T1 Carrier Analyzer

US $450.00

Mustang, Oklahoma, United States
Jan 29th

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Acterna / TTC T-Berd 211/1/2 T-Carrier T1 Analyzer Comes with 30-day warranty and a Manual. Options 1: G.821 Analysis Option Options 2: Spectral Analysis Option - Isolateds network jitter problems. T-Berd T-Carrier Analyzer Features:Automatic configuration and results summary Automated sequences of test patterns for one-step circuit qualification and stress tests Pulse shape analysis, signal level and frequency, simplex current, and wander measurements Out-of-band ESF loop codes standard Wideband and high band jitter measurement Specifications:Operating Modes: Self Test, Automatic Configuration, T1 Unframed, T1 D4 Framed, T1 ESF Framed, T1 SLC Framed. T1C Test Loopback, Auxiliary Patterns: All Ones, 1:1, 1:7, 2 in 8, 3 in 23, QRSS (T1 and T1C), 2^15 -1, 2^20 -1, 2^23 -1, User Pattern 1 (3-24 bits), User Pattern 2 (3-24 bits), BRIDGTAP(tm) Pattern Sequence, MULTIPAT(tm) Pattern Sequence, All Zeros Input and Output Connectors: Bantam, WECO 310, 15-pin D, BNC Input Impedance: Bridge: > 1000 ohms with ALBO Term: 100 ohms with ALBO DSX-MON: 100 ohms with AGC Receive Level: Bridge or term: +6 dBdsx to -35 dBdsx (T1), +3 dBdsx to -6 dBdsx (T1C) DSX-MON: +6 dBdsx to -24 dBdsx (T1), +3 dBdsx to -24 dBdsx (T1C) Level Measurement: +6 dBdsx to -40 dBdsx; +6 to -6, 0.1 dB resolution; -6 to -40, 0.5 dB resolution Frequency Measurement: 1 Hz resolutions; 5 ppm accuracy Transmit Timing Sources: Internal Clock, External Clock, Reference Clock, Recovered Clock Line Codes: AMI, B8ZS Loopback Codes: CSU, CSU Line (ESF), CSU Payload (ESF), NIU (FAC1, FAC2, FAC3), NIU Network (ESF), Programmable (3 to 8 bits) Jitter Measurement: Wideband: >/= 32 UI, 10 Hz to 40 kHz Highband: >/= 32 UI, 8 kHz to 40 kHz Spectral Analysis: >/= 32 UI, 10 Hz to 40 kHz Jitter Masks: CCITT O.171, PUB 41451, PUB 62411-1983, PUB 62411-1985, PUB 43801 Pulse Masks: CB 119 (ANSI T1.102), ANSI T1.403-1989 Wander Measurement: +99999 UI, 1 UI resolution Power Requirements: 115 VAC ±10%, 50 to 60 HzKey Features and Benefits:Jitter Alarm and Trigger: Front panel indicator provides fast indentification of jitter problems. Isolate multiplexer and channel bank clock recovery problems with jitter measurements across the full 10 Hz to 40 kHz range. In-Band/Out-of-Band ESF Loopback Codes: Emulate and loopback network devices which accept either in-band or ESF out-of-band (datalink) loopback codes with ESF framing. B8ZS Detection ALL ZEROS Stress Pattern: Front panel indicator provides fast identifications of B8ZS encoded data. The ALL ZERO stress pattern identifies circuits not configured for or incompatible with B8ZS encoded data. Automated Pattern Testing: Detect elusive bridge taps with the BRIDGTAP(tm) automated stress pattern sequence. Perform qualification tests with the user-configurable MULTIPLAT(tm) stress pattern sequence. Pulse Shape Analysis: Evaluate customer premise and network equipment adherence to transmit signal pulse shape specifications. CSU / NIU Emulation: Isolate customer premise and network equipment from the circuit during installation and maintenance. Ease of Use: Auto configuration and results summary provide immediate indentification of framing, pattern, and error status without any required set-up. The vacuum fluorescent display is ideally suited for dimly lit testing environments.