xortel es 203 021 17772updates.xorcom.com/certs/xortel_es 203 021_17772.pdf · 2008-09-23 ·...

Hermon Laboratories Ltd. P.O.Box 23, Binyamina 30550, Israel Tel. +972-4-6288001 Fax. +972-4-6288277 E-mail: [email protected]

Page 1 of 70 Report ID: XORTEL_ES 203 021_17772.doc Date of Issue: 9/23/2008

839.01

TEST REPORT

ACCORDING TO: ETSI ES 203 021-2 V2.1.2 (2006-01) ETSI ES 203 021-3 V2.1.2 (2006-01) Access and Terminals (AT);

Harmonized basic attachment requirements for Terminals for connection to analogue interfaces of the Telephone Networks; Update of the technical contents of TBR 021, EN 301 437, TBR 015, TBR 017;

FOR: Xorcom Ltd. EQUIPMENT UNDER TEST:

Astribank FXO module

This report is in conformity with ISO/ IEC 17025. The "A2LA Accredited" symbol endorsement applies only to the tests and calibrations that are listed in the scope of Hermon Laboratories accreditation. The test results relate only to the items tested.

This test report shall not be reproduced in any form except in full with the written approval of Hermon Laboratories Ltd.

Report ID: XORTEL_ES 203 021_17772.doc Date of Issue: 9/23/2008

Project: 17772, Xorcom Ltd., Astribank FXO module Page 2 of 70

Table of contents

1� Client information ........................................................................................................................................................... 3�

2� Equipment Under Test ................................................................................................................................................... 3�

3� Manufacturer information ............................................................................................................................................... 3�

4� Test project performance ............................................................................................................................................... 3�

5� Test report summary ...................................................................................................................................................... 4�

6� EUT description ............................................................................................................................................................. 5�

7� Test laboratory description ............................................................................................................................................. 5�

8� Test equipment used ..................................................................................................................................................... 5�

9� Requirement conditions table ......................................................................................................................................... 6�

10� Equipment Photographs ................................................................................................................................................ 7�

11� Test results summary ................................................................................................................................................... 10�

12� Detailed test results ..................................................................................................................................................... 12�



1 Client information

Client name: Xorcom Ltd.

Address: Teradion Industrial Park, Misgav, 20179, Israel

Telephone: 04-9990285

Fax: 04-9990285

E-mail: [email protected]

Contact name: Izzy Gal

2 Equipment Under Test

Product name: Astribank FXO module Product type: FXO module for Astribank and XR series IP-PBX

Model(s): 8 FXO module

Serial number: n/a

Receipt date 9/14/2008

3 Manufacturer information

Manufacturer name: Xorcom Ltd.

Address: Teradion Industrial Park, Misgav, 20179, Israel

Telephone: 04-9990285

Fax: 04-9990285

E-Mail: [email protected]

Contact name: Izzy Gal

4 Test project performance

Project ID: 17772

Location: Hermon Laboratories Ltd. P.O.Box 23, Binyamina 30550, Israel

Test started: 9/14/2008 11:00:00 AM

Test completed: 9/23/2008

Test specification(s): ETSI ES 203 021-2 V2.1.2 (2006-01)

ETSI ES 203 021-3 V2.1.2 (2006-01)

Access and Terminals (AT);

Harmonized basic attachment requirements for Terminals for connection to analogue interfaces of the Telephone Networks;

Update of the technical contents of TBR 021, EN 301 437, TBR 015, TBR 017;

Test suite: ETSI ES 203 021 (Analog TE) (6/11/2008 3:00:48 PM, modified)



5 Test report summary

Testing was completed against all relevant requirements of the test standard. The results obtained indicate that the product under test complies in full with the requirements tested.

The test results relate only to the items tested.

A summary of the test status of the product under test with respect to each test requirement of the standard is provided in section 11 on page 10 of this report.

Detailed test results are presented in section 12 following page 12 of this report.

Name and Title Date Signature

Tested by: E.Roizman, test engineer 23-Sep-2008

Reviewed by: E.Korsunsky, test engineer 23-Sep-2008

Approved by: A.Usoskin, QA manager 23-Sep-2008



6 EUT description

FXO module for Astribank and XR series IP-PBX. Up to 8 ports per module. This module is designed to work with Asterisk GPL IP-PBX and other GPL packages.

It is manufacturer responsibility to implement the changes in the production version of the EUT. In any case the test report applies to the tested item only.

7 Test laboratory description

Tests were performed at Hermon Laboratories Ltd., which is a fully independent, private, EMC, safety, environmental and telecommunication testing facility. Hermon Laboratories is listed by the Federal Communications Commission (USA) for all parts of Code of Federal Regulations 47 (CFR 47) and by Industry Canada for electromagnetic emissions (file numbers IC 2186-1 for OATS and IC 2186-2 for anechoic chamber), certified by VCCI, Japan (the registration numbers are R-808 for OATS, R-1082 for anechoic chamber, C-845 for conducted emissions site), assessed by TNO Certification EP&S (Netherlands) for a number of EMC, telecommunications, environmental, safety standards, and by AMTAC (UK) for safety of medical devices. The laboratory is accredited by American Association for Laboratory Accreditation (USA) according to ISO/IEC 17025 for electromagnetic compatibility, product safety, telecommunications testing and environmental simulation (for exact scope please refer to Certificate No. 839.01) and approved by Israel Ministry of environmental protection, radiation hazards department (Permit number 1158).

Address: P.O. Box 23, Binyamina 30500, Israel.

Telephone: +972 4628 8001

Fax: +972 4628 8277

e-mail: [email protected]

website: www.hermonlabs.com

Person for contact: Mr. Alex Usoskin, QA manager.

8 Test equipment used

Description Model S/N Hardware Rev. Software Rev. Last Calibration

Telecom Conformance Analyzer

Hermon Laboratories TCA 8200

8733 A4.05 2.4.0 06/19/2008



9 Requirement conditions table

Condition Applies

Is the TE intended the connection to the PSTN? Yes

Is the TE intended to have a connection to earth? Yes

Is the TE intended to be connected as a single terminal? No

Is the TE intended to be in loop state? Yes

Is the TE intended for call answer? Yes

Is the TE intended for call set-up? Yes

Is the TE intended for dialling with DTMF? Yes

Is the TE intended for automatic dialling without dial tone detection? Yes

Is the TE intended for automatic dialling with dial tone detection? No

Is the TE intended for use in receiving mode? Yes

Is the TE intended for use in transmitting mode? Yes

Is the TE only intended to function on lines that provide more than 18mA of line current? No

Is the TE intended for making internally generated automatically repeated call attempts? No

Is the TE intended for automatically controlled signalling tone duration? Yes

Is the TE intended for automatically controlled signalling pause duration? Yes

Is the TE intended for Pulse Dialing? No

Is the TE intended for Register Recall? No

Is the TE able to go off-hook during a ringing pulse? Yes

Is the TE intended to interwork on a low voltage line? Yes

Is the TE intended 67% break period for Pulse Dialling? No

Is the TE intended 60% break period for Pulse Dialling? No

Is the TE able to go off-hook during a ringing pulse without DC? Yes



10 Equipment Photographs

Photograph 1

Astribank, general view

Photograph 2

Astribank, rear view



Photograph 3

Astribank, internal view



Photograph 4

8 FXO module PCB, top view

Photograph 5

8 FXO module PCB, bottom view



11 Test results summary

Test Status

ETSI ES 203 021-2 V2.1.2 (2006-01)

4.1 Impedance unbalance about earth

4.1.1 Quiescent state Pass

4.1.2 Loop steady state

4.1.2.1 Longitudinal conversion loss Pass

4.1.2.1 Longitudinal conversion loss (loop current > 18 mA) Not required

4.1.2.2 Output signal balance Pass

4.1.2.2 Output signal balance (loop current > 18 mA) Not required

4.2 Sending level limitations

4.2.1 Mean sending level Pass

4.2.1 Mean sending level (loop current > 18 mA) Not required

4.2.2 Instantaneous voltage Pass

4.2.2 Instantaneous voltage (loop current > 18 mA) Not required

4.2.3 Sending level in a 10 Hz bandwidth Pass

4.2.3 Sending level in a 10 Hz bandwidth (loop current > 18 mA) Not required

4.2.4 Sending level between 4,3 kHz and 200 KHz

4.2.4.1 Sending level between 4,3 kHz and 200 KHz during DTMF dialling Pass

4.2.4.1 Sending level between 4,3 kHz and 200 KHz during DTMF dialling (loop current > 18 mA)

Not required

4.2.4.2 Sending level between 4,3 kHz and 200 KHz during communication Pass

4.2.4.2 Sending level between 4,3 kHz and 200 KHz during communication (loop current > 18 mA)

Not required

4.2.5 Sending level from 200 kHz to 30 MHz

4.2.5 Sending level from 200 kHz to 3 MHz Pass

4.2.5 Sending level from 200 kHz to 3 MHz (loop current > 18 mA) Not required

4.2.5 Sending level from 3 MHz to 30 MHz Pass

4.2.5 Sending level from 3 MHz to 30 MHz (loop current > 18 mA) Not required

4.3 Power feeding limitation Pass

4.4 Automatically repeated call attempts Not required

ETSI ES 203 021-3 V2.1.2 (2006-01)

4.4 General requirements in quiescent state

4.4.1 DC Resistance Pass

4.4.1 DC Resistance (single terminal) Not required

4.4.2 Characteristics of TE for ringing signals

4.4.2.1 Impedance Pass

4.4.2.1 Impedance (single terminal) Not required

4.4.2.2 Transient response Pass

4.4.2.3 DC current Pass

4.4.3 Resistance to earth Pass

4.4.3 Resistance to earth (single terminal) Not required

4.4.4 Impedance Pass



4.5 Ringing signal detector sensitivity Pass

4.6 Transition from quiescent to loop state

4.6.1 Acceptance of breaks in the loop in a call attempt Pass

4.6.2 Loop current characteristics Pass

4.6.2 Loop current characteristics (loop current > 18 mA) Not required

4.6.3 Ring trip Pass

4.6.4 On-Hook to Off-Hook transition with ringing without DC Pass

4.6.4 On-Hook to Off-Hook transition with ringing without DC (loop current > 18 mA) Not required

4.7 General loop steady state requirements

4.7.1 DC characteristics Pass

4.7.1 DC characteristics (loop current > 18 mA) Not required

4.7.2 Impedance Pass

4.7.2 Reactive component of the impedance Pass

4.7.2 Impedance (loop current > 18 mA) Not required

4.7.2 Reactive component of the impedance (loop current > 18 mA) Not required

4.7.3 Resistance to earth Pass

4.8 Call attempt

4.8.1 Automatic dialling

4.8.1.1 Dialling without dial tone detection Pass

4.8.1.2 Dialling with dial tone detection Not required

4.8.2 DTMF signalling

4.8.2.1 Frequency combinations. 4.8.2.4 Tone duration. 4.8.2.5 Pause duration Pass

4.8.2.2 Signalling levels. 4.8.2.3 Unwanted frequency components Pass

4.8.2.2 Signalling levels. 4.8.2.3 Unwanted frequency components (loop current > 18 mA)

Not required

4.8.3 Loop disconnect dialling

4.8.3.1 Timing for TE with break period 67% Not required

4.8.3.1 Timing for TE with break period 60% Not required

4.8.3.2 Make period current Not required

4.8.3.3 Break period current Not required

4.8.4 Register recall

4.8.4.1 Break period duration (90-120 ms) Not required

4.8.4.1 Break period duration (220-300 ms) Not required

4.8.4.2 Break period current Not required

4.8.5 Call attempt on a low voltage line Pass

4.9 Transition from loop to quiescent state Pass



12 Detailed test results

Report ID: XORTEL_ES 203 021_17772.doc

Date of Issue: 9/23/2008

Test specification: 4.1.1 Quiescent state

Test purpose: To ensure that the impedance unbalance about earth, expressed as Longitudinal Conversion Loss, meets the requirements.

Test mode: Compliance Verdict: PASS

Date & Time: 9/14/2008 12:50:03 PM

Temperature: 23.3 °C Air Pressure: 1008 hPa Relative Humidity: 478 % Mains Power Supply: 230 VAC, 50 Hz

Remarks: Port 15


Measurement uncertainty

Expanded uncertainty, k=2 (95% confidence):

In range 0 to 40 dB ±0.97 dB


General parameters

Parameter Value

Series resistance 400 Ohm

Feed voltage 50 V

Stimulus level 775 mV

Longitudinal conversion loss, conditions 1 to 2

LCL

(dB

)

100 1000

40.00

45.00

50.00

55.00

60.00

65.00

70.00

75.00

Frequency (Hz)

–––– Limit

–––– Result - Condition 1: Feed polarity: Normal

–––– Result - Condition 2: Feed polarity: Reverse

Longitudinal conversion loss

Frequency LCL Limit Verdict

Condition 1: Feed polarity: Normal Pass

50 Hz 65.45 dB 40 dB Pass



Test specification: 4.1.1 Quiescent state



Date & Time: 9/14/2008 12:50:03 PM


Remarks: Port 15





118 Hz 67.45 dB 40 dB Pass

156 Hz 68.64 dB 40 dB Pass

208 Hz 69.59 dB 40 dB Pass

277 Hz 70.34 dB 40 dB Pass

368 Hz 70.86 dB 40 dB Pass

490 Hz 71.22 dB 40 dB Pass

652 Hz 71.53 dB 46 dB Pass

867 Hz 71.56 dB 46 dB Pass

1152 Hz 71.68 dB 46 dB Pass

1534 Hz 71.87 dB 46 dB Pass

2041 Hz 71.75 dB 46 dB Pass

2717 Hz 71.41 dB 46 dB Pass

3623 Hz 70.67 dB 40 dB Pass

3817 Hz 70.47 dB - -

Condition 2: Feed polarity: Reverse Pass




118 Hz 67.60 dB 40 dB Pass

156 Hz 68.84 dB 40 dB Pass

208 Hz 69.81 dB 40 dB Pass

277 Hz 70.55 dB 40 dB Pass

368 Hz 71.11 dB 40 dB Pass

490 Hz 71.47 dB 40 dB Pass

652 Hz 71.80 dB 46 dB Pass

867 Hz 71.84 dB 46 dB Pass

1152 Hz 72.22 dB 46 dB Pass

1534 Hz 72.33 dB 46 dB Pass

2041 Hz 72.23 dB 46 dB Pass

2717 Hz 71.92 dB 46 dB Pass

3623 Hz 71.22 dB 40 dB Pass

3817 Hz 71.02 dB - -



Test specification: 4.1.2.1 Longitudinal conversion loss



Date & Time: 9/14/2008 2:20:04 PM


Remarks: Port 15






General parameters

Parameter Value

Feed voltage 50 V

Stimulus level 775 mV

Longitudinal conversion loss, conditions 1 to 4

LCL

(dB

)

100 1000

40.00

45.00

50.00

55.00

60.00

65.00

70.00

75.00

80.00

Frequency (Hz)

–––– Limit

–––– Result - Condition 1: Feed polarity: Normal, Series resistance: 400 Ohm

–––– Result - Condition 2: Feed polarity: Reverse, Series resistance: 850 Ohm

–––– Result - Condition 3: Feed polarity: Normal, Series resistance: 2.05 kOhm

–––– Result - Condition 4: Feed polarity: Reverse, Series resistance: 2.8 kOhm

Longitudinal conversion loss


Condition 1: Feed polarity: Normal, Series resistance: 400 Ohm Pass







Date & Time: 9/14/2008 2:20:04 PM


Remarks: Port 15





118 Hz 73.22 dB 40 dB Pass

156 Hz 70.19 dB 40 dB Pass

208 Hz 71.15 dB 40 dB Pass

277 Hz 71.45 dB 40 dB Pass

368 Hz 71.57 dB 40 dB Pass

490 Hz 71.11 dB 40 dB Pass

652 Hz 71.27 dB 46 dB Pass

867 Hz 71.72 dB 46 dB Pass

1152 Hz 71.42 dB 46 dB Pass

1534 Hz 72.05 dB 46 dB Pass

2041 Hz 71.73 dB 46 dB Pass

2717 Hz 71.63 dB 46 dB Pass

3623 Hz 71.71 dB 40 dB Pass

3817 Hz 71.78 dB 40 dB Pass

Condition 2: Feed polarity: Reverse, Series resistance: 850 Ohm Pass




118 Hz 72.38 dB 40 dB Pass

156 Hz 73.14 dB 40 dB Pass

208 Hz 73.07 dB 40 dB Pass

277 Hz 72.79 dB 40 dB Pass

368 Hz 72.69 dB 40 dB Pass

490 Hz 72.53 dB 40 dB Pass

652 Hz 72.31 dB 46 dB Pass

867 Hz 72.26 dB 46 dB Pass

1152 Hz 72.33 dB 46 dB Pass

1534 Hz 72.60 dB 46 dB Pass

2041 Hz 72.36 dB 46 dB Pass

2717 Hz 72.38 dB 46 dB Pass

3623 Hz 72.45 dB 40 dB Pass

3817 Hz 72.41 dB 40 dB Pass

Condition 3: Feed polarity: Normal, Series resistance: 2.05 kOhm Pass







Date & Time: 9/14/2008 2:20:04 PM


Remarks: Port 15





118 Hz 74.24 dB 40 dB Pass

156 Hz 74.17 dB 40 dB Pass

208 Hz 73.56 dB 40 dB Pass

277 Hz 73.11 dB 40 dB Pass

368 Hz 72.89 dB 40 dB Pass

490 Hz 72.60 dB 40 dB Pass

652 Hz 72.67 dB 46 dB Pass

867 Hz 72.44 dB 46 dB Pass

1152 Hz 72.70 dB 46 dB Pass

1534 Hz 72.56 dB 46 dB Pass

2041 Hz 72.63 dB 46 dB Pass

2717 Hz 72.55 dB 46 dB Pass

3623 Hz 72.46 dB 40 dB Pass

3817 Hz 72.41 dB 40 dB Pass

Condition 4: Feed polarity: Reverse, Series resistance: 2.8 kOhm Pass




118 Hz 75.02 dB 40 dB Pass

156 Hz 74.66 dB 40 dB Pass

208 Hz 74.09 dB 40 dB Pass

277 Hz 73.55 dB 40 dB Pass

368 Hz 73.02 dB 40 dB Pass

490 Hz 72.85 dB 40 dB Pass

652 Hz 72.56 dB 46 dB Pass

867 Hz 72.62 dB 46 dB Pass

1152 Hz 72.63 dB 46 dB Pass

1534 Hz 72.78 dB 46 dB Pass

2041 Hz 72.75 dB 46 dB Pass

2717 Hz 72.83 dB 46 dB Pass

3623 Hz 72.78 dB 40 dB Pass

3817 Hz 72.90 dB 40 dB Pass



Test specification: 4.1.2.2 Output signal balance

Test purpose: To ensure that the impedance unbalance about earth, expressed as output signal balance, meets the requirements.


Date & Time: 9/14/2008 3:29:30 PM


Remarks: Port 15 Progress tone 1300 Hz




Output Signal Balance in range 0 to 40 dB ±0.49dB

Output Signal Balance in range 40 to 60 dB ±2.80dB

General parameters

Parameter Value

Feed voltage 50 V

Output signal balance vs frequency, conditions 1 to 4

Bal

ance

(dB

)

100 1000

0

10

20

30

40

50

60

70

80

Frequency (Hz)

–––– Limit

–––– Result - Condition 1: Series resistance: 400 Ohm, Feed polarity: Normal

–––– Result - Condition 2: Series resistance: 850 Ohm, Feed polarity: Reverse

–––– Result - Condition 3: Series resistance: 2.05 kOhm, Feed polarity: Normal

–––– Result - Condition 4: Series resistance: 2.8 kOhm, Feed polarity: Reverse



Test specification: 4.2.1 Mean sending level

Test purpose: To check that the mean sending level in the frequency range 200 Hz to 3 800 Hz over a one-minute period is not greater than -9.7 dBV. This requirement does not apply to DTMF signals.


Date & Time: 9/14/2008 3:34:00 PM






Signal power level (20Hz - 300kHz) ±0.1dB

Signal power level (300kHz - 30 MHz) ±2.52dB

Peak to peak voltage (frequency 10Hz - 5kHz) ±0.22%

General parameters

Parameter Value

EUT state Sending Data

Feed voltage 50 V

Test ranges

Frequency

Start Stop Acquisition settings Termination

200.00 Hz 3.80 kHz Acquisition time = 100 ms, Overall meas. time = 60 s

270 Ohm + 750 Ohm ll 0.15 uF VF

Voltage vs time, conditions 1 to 2

Vol

tage

(V)

0 2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m 20 m

-500 m

-400 m

-300 m

-200 m

-100 m

0

100 m

200 m

300 m

400 m

500 m

Time (s)





Test specification: 4.2.1 Mean sending level

Test purpose: To check that the mean sending level in the frequency range 200 Hz to 3 800 Hz over a one-minute period is not greater than -9.7 dBV. This requirement does not apply to DTMF signals.


Date & Time: 9/14/2008 3:34:00 PM




Average voltage spectrum, conditions 1 to 2

Vol

tage

(dB

V)

1.00 k

-120.00

-100.00

-80.00

-60.00

-40.00

-20.00

0.00

Frequency (Hz)



Average voltage

Average voltage Limit Verdict


-10.78 dBV -9.7 dBV Pass


-10.75 dBV -9.7 dBV Pass



Test specification: 4.2.2 Instantaneous voltage

Test purpose: To check that the peak to peak voltage of the TE shall not be greater than 5V.

Test mode: Evaluation Verdict: PASS

Date & Time: 9/14/2008 3:46:36 PM


Remarks: Port 15







General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency


200.00 Hz 3.80 kHz Acquisition time = 100 ms, Overall meas. time = 60 s

270 Ohm + 750 Ohm ll 0.15 uF VF


Vol

tage

(V)

0 10 m 20 m 30 m 40 m 50 m 60 m 70 m 80 m 90 m

-300 m

-200 m

-100 m

0

100 m

200 m

300 m

Time (s)





Test specification: 4.2.2 Instantaneous voltage

Test purpose: To check that the peak to peak voltage of the TE shall not be greater than 5V.


Date & Time: 9/14/2008 3:46:36 PM


Remarks: Port 15


Max peak to peak voltage

Peak to Peak Voltage Limit Verdict


0.54 V 5 V Pass


0.53 V 5 V Pass



Test specification: 4.2.3 Sending level in a 10 Hz bandwidth

Test purpose: To check that sending level within every 10 Hz bandwidth in the frequency range 30 Hz to 4300 Hz.

This requirement does not apply to DTMF signals and Voice TE.


Date & Time: 9/14/2008 3:49:32 PM









General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency


30.00 Hz

4.30 kHz

Resolution bandwidth = 10.00 Hz, Averaging interval = 100.00 ms, Overall meas. time = 30 s

270 Ohm + 750 Ohm ll 0.15 uF VF


Vol

tage

(V

)

0 2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m 20 m

-500 m

-400 m

-300 m

-200 m

-100 m

0

100 m

200 m

300 m

400 m

500 m

Time (s)





Test specification: 4.2.3 Sending level in a 10 Hz bandwidth

Test purpose: To check that sending level within every 10 Hz bandwidth in the frequency range 30 Hz to 4300 Hz.

This requirement does not apply to DTMF signals and Voice TE.


Date & Time: 9/14/2008 3:49:32 PM




Max voltage spectrum, conditions 1 to 2

Vol

tage

(dB

V)

100.00 1.00 k

-120.00

-100.00

-80.00

-60.00

-40.00

-20.00

0.00

Frequency (Hz)

–––– Limit





Test specification: 4.2.4.1 Sending level between 4,3 kHz and 200 KHz during DTMF dialling

Test purpose: To check that the sending level in frequency range 4.3 kHz to 200 kHz during DTMF signaling is not greater than allowed.


Date & Time: 9/14/2008 3:52:18 PM


Remarks: Port 15







General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency


4.30 kHz 12.00 kHz Resolution bandwidth = 300.00 Hz, Averaging interval = 100.00 ms, Overall meas. time = 20 s

270 Ohm + 750 Ohm ll 0.15 uF VF

12.00 kHz 200.00 kHz Resolution bandwidth = 1.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 20 s

270 Ohm + 750 Ohm ll 0.15 uF VF



Test specification: 4.2.4.1 Sending level between 4,3 kHz and 200 KHz during DTMF dialling

Test purpose: To check that the sending level in frequency range 4.3 kHz to 200 kHz during DTMF signaling is not greater than allowed.


Date & Time: 9/14/2008 3:52:18 PM


Remarks: Port 15



Vol

tage

(V

)

0 500 u 1 m 1.5 m 2 m 2.5 m

-300 m

-200 m

-100 m

0

100 m

200 m

300 m

Time (s)




Vol

tage

(dB

V)

10.00 k 100.00 k

-100.00

-90.00

-80.00

-70.00

-60.00

-50.00

-40.00

-30.00

Frequency (Hz)

–––– Limit





Test specification: 4.2.4.2 Sending level between 4,3 kHz and 200 KHz during communication

Test purpose: To check that the sending level in frequency range 4.3 kHz to 200 kHz during communication is not greater than allowed.


Date & Time: 9/14/2008 3:54:36 PM









General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency


4.30 kHz 12.00 kHz Resolution bandwidth = 300.00 Hz, Averaging interval = 100.00 ms, Overall meas. time = 20 s

270 Ohm + 750 Ohm ll 0.15 uF VF


270 Ohm + 750 Ohm ll 0.15 uF VF



Test specification: 4.2.4.2 Sending level between 4,3 kHz and 200 KHz during communication

Test purpose: To check that the sending level in frequency range 4.3 kHz to 200 kHz during communication is not greater than allowed.


Date & Time: 9/14/2008 3:54:36 PM





Vol

tage

(dB

V)

10.00 k 100.00 k

-100.00

-90.00

-80.00

-70.00

-60.00

-50.00

-40.00

-30.00

-20.00

-10.00

Frequency (Hz)

–––– Limit





Test specification: 4.2.5 Sending level from 200 kHz to 3 MHz

Test purpose: To check that the total voltage level in a bandwidth, defined in table 1, wholly contained within the frequency range 200 kHz to 3 MHz, arising from normal operation of the TE and when terminated with ZRHF, not exceed the limits shown in table 1 and figure 1.


Date & Time: 9/14/2008 3:57:04 PM








General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency



Zref.HF-ETSI

500.00 kHz 2.50 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI

2.50 MHz 3.00 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI






Date & Time: 9/14/2008 3:57:04 PM




Max voltage spectrum density, conditions 1 to 2

Vol

tage

den

sity

(dB

V/s

qrt(H

z))

1.00 M

-140

-135

-130

-125

-120

-115

-110

-105

-100

Frequency (Hz)

–––– Limit








Date & Time: 9/14/2008 4:00:37 PM


Remarks: Port 15 DTMF






General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency



Zref.HF-ETSI

500.00 kHz 2.50 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI

2.50 MHz 3.00 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI






Date & Time: 9/14/2008 4:00:37 PM





Vol

tage

den

sity

(dB

V/s

qrt(H

z))

1.00 M

-140

-135

-130

-125

-120

-115

-110

-105

-100

Frequency (Hz)

–––– Limit





Test specification: 4.2.5 Sending level from 3 MHz to 30 MHz

Test purpose: To check that the total voltage level in a bandwidth, defined in table 1, wholly contained within the frequency range 3 MHz to 30 MHz, arising from normal operation of the TE and when terminated with ZRHF, not exceed the limits shown in table 1 and figure 1.


Date & Time: 9/14/2008 4:02:06 PM








General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency

Start Stop RMS bandwidth

Acquisition settings Termination

3.00 MHz

30.10 MHz

1 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI


Vol

tage

den

sity

(dB

V/s

qrt(H

z))

10.00 M

-140

-138

-136

-134

-132

-130

-128

-126

-124

-122

-120

Frequency (Hz)

–––– Limit





Test specification: 4.2.5 Sending level from 3 MHz to 30 MHz

Test purpose: To check that the total voltage level in a bandwidth, defined in table 1, wholly contained within the frequency range 3 MHz to 30 MHz, arising from normal operation of the TE and when terminated with ZRHF, not exceed the limits shown in table 1 and figure 1.


Date & Time: 9/14/2008 4:03:27 PM








General parameters

Parameter Value

Feed voltage 50 V

Test ranges

Frequency

Start Stop RMS bandwidth

Acquisition settings Termination

3.00 MHz

30.10 MHz

1 MHz Resolution bandwidth = 10.00 kHz, Averaging interval = 100.00 ms, Overall meas. time = 10 s

Zref.HF-ETSI


Vol

tage

den

sity

(dB

V/s

qrt(H

z))

10.00 M

-140

-138

-136

-134

-132

-130

-128

-126

-124

-122

-120

Frequency (Hz)

–––– Limit





Test specification: 4.3 Power feeding limitation

Test purpose: To verify that the TE does not feed the TN interface.


Date & Time: 9/14/2008 4:04:22 PM


Remarks: Port 15




Current ±1.23%

Voltage ±1.1%

General parameters

Parameter Value

Delay before meas. 5s

Line resistance 300 Ohm

Max voltage, Max current

Max Voltage Max Current Limit Verdict

Pass

0.00 V 2.44 uA 1 mA Pass



Test specification: 4.4.1 DC Resistance

Test purpose: To check whether the TE presents a resistance of at least 4 MOhm at 25, 50 and 100 VDC in quiescent state.


Date & Time: 9/14/2008 12:35:51 PM


Remarks: Port 15




Tip-Ring, Test voltage 1-200V

Resistance in range 30 kohm - 10 Mohm ±0.8 %

Resistance in range 10- 30 Mohm ±2.5%

Tip, Ring to Ground, Test voltage 5-500V

Resistance in range 30 kohm - 1 Mohm ±1%

Resistance in range 1 Mohm - 10 Mohm ±2%


Resistance vs voltage

Voltage Resistance Limit Verdict

Condition 1: Test polarity: Normal Pass

25 V 19.36 MOhm 4 MOhm Pass



Condition 2: Test polarity: Reverse Pass






Test specification: 4.4.2.1 Impedance

Test purpose: To determine whether the TE presents impedance in the quiescent state during ringing equal to or greater than 16 KOhm.


Date & Time: 9/14/2008 12:37:22 PM


Remarks: Port 15




DC current ±2.6%

AC current ±0.72%

Phase ±0.43%

Impedance ±1.69%

General parameters

Parameter Value

Series resistance 2.05 kOhm

Ring level 30.00 Vrms

AC Current, Impedance

Current Impedance Limit Verdict

Condition 1: Feed voltage: 0 V, Ring frequency: 25.00 Hz Pass

< 50.00 uA > 600.00 kOhm 16 kOhm Pass


< 50.00 uA > 600.00 kOhm 16 kOhm Pass


< 50.00 uA > 600.00 kOhm 16 kOhm Pass


< 50.00 uA > 600.00 kOhm 16 kOhm Pass



Test specification: 4.4.2.2 Transient response

Test purpose: To check the transient current characteristics of the TE in quiescent state. The current shall be equal to or less than 25 mA, 1 ms after commencement of the excitation, and equal to or less than 10 mA 6 ms after commencement.


Date & Time: 9/14/2008 12:39:58 PM


Remarks: Port 15




Current ±1.4%

Timing ±0.1ms

General parameters

Parameter Value


Feed voltage 60 V

Current vs time, conditions 1 to 2

Cur

rent

(A)

0 2 m 4 m 6 m 8 m 10 m 12 m 14 m 16 m 18 m 20 m

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

Time (s)

–––– Limit





Test specification: 4.4.2.3 DC current

Test purpose: To determine whether the DC component of the ringing current exceeds 0.6 mA


Date & Time: 9/14/2008 12:41:25 PM


Remarks: Port 15




DC current ±2.6%

AC current ±0.72%

Phase ±0.43%

Impedance ±1.69%

General parameters

Parameter Value


Meas. configuration Tip - Ring

Ringing signal level 90.00 Vrms

DC Current

Current Limit Verdict

Condition 1: Feed polarity: Normal, Feed voltage: 60 V, Ringing frequency: 25.00 Hz Pass

< 50.00 uA 600 uA Pass


< 50.00 uA 600 uA Pass

Condition 3: Feed polarity: Reverse, Feed voltage: 60 V, Ringing frequency: 25.00 Hz Pass

< 50.00 uA 600 uA Pass

Condition 4: Feed polarity: Reverse, Feed voltage: 60 V, Ringing frequency: 50.00 Hz Pass

< 50.00 uA 600 uA Pass


< 50.00 uA 600 uA Pass


< 50.00 uA 600 uA Pass



Test specification: 4.4.3 Resistance to earth

Test purpose: To check whether the TE in the quiescent state presents a resistance to earth of at least 40 Mohm when tested at 100 VDC.


Date & Time: 9/14/2008 12:46:44 PM


Remarks: Port 15













Condition 1: Test polarity: Normal, Meas. configuration: Tip - Ground Pass

100 V > 100 MOhm 40 MOhm Pass

Condition 2: Test polarity: Reverse, Meas. configuration: Tip - Ground Pass


Condition 3: Test polarity: Normal, Meas. configuration: Ring - Ground Pass


Condition 4: Test polarity: Reverse, Meas. configuration: Ring - Ground Pass




Test specification: 4.4.4 Impedance

Test purpose: To check whether the TE presents an impedance at least 40 KOhm between 200 Hz and 4300 Hz and at least 5 KOhm at 12 kHz and 16 kHz when tested at 1 Vrms in the quiescent state.


Date & Time: 9/14/2008 12:47:08 PM


Remarks: Port 15




Impedance ±3.6%

General parameters

Parameter Value

Feed voltage 9 V

Stimulus level 1 V

Impedance vs frequency

Impe

danc

e (O

hm)

1.00 k 10.00 k

0.00

20.00 k

40.00 k

60.00 k

80.00 k

100.00 k

120.00 k

140.00 k

160.00 k

Frequency (Hz)

–––– Limit –––– Result

Impedance vs frequency

Frequency Impedance Limit Verdict

Pass

200.00 Hz > 150.00 kOhm 40 kOhm Pass

4.30 kHz 71.68 kOhm 5 kOhm Pass





Test specification: 4.5 Ringing signal detector sensitivity

Test purpose: To determine the ability of the TE to respond as stated by the supplier to ringing signals


Date & Time: 9/14/2008 1:57:42 PM


Remarks: Port 15




Ringing voltage ±1.6%

Ringing frequency ±0.01%

Timing ±37ms

General parameters

Parameter Value


Adjust ring level No


Vol

tage

(V

)

0 1 2 3 4 5 6 7 8

0

10

20

30

40

50

60

70

80

90

100

Time (s)

–––– Result - Condition 1: Feed voltage: 50 V, Ring signal: Ring signal 25Hz/30V 1.0/5.0

–––– Result - Condition 2: Feed voltage: 50 V, Ring signal: Ring signal 50Hz/30V 1.0/5.0

Response time, Sensitivity

Time Sensitivity Limit Verdict

Condition 1: Feed voltage: 50 V, Ring signal: Ring signal 25Hz/30V 1.0/5.0 Pass

7.22 s Sensitive Sensitive Pass

Condition 2: Feed voltage: 50 V, Ring signal: Ring signal 50Hz/30V 1.0/5.0 Pass

7.28 s Sensitive Sensitive Pass



Test specification: 4.6.1 Acceptance of breaks in the loop in a call attempt

Test purpose: To check the ability of the TE to accept breaks in the loop current during establishment of loop state


Date & Time: 9/14/2008 1:13:46 PM


Remarks: Port 15




Measured Current ±1.2%

Measured Timing ±2%

General parameters

Parameter Value


Feed voltage 50 V

Off-hook current 0.0128A

Break Loop Duration 400.00 ms


Cur

rent

(A

)

-5 0 5 10 15 20 25 30

-10 m

0

10 m

20 m

30 m

40 m

50 m

Time (s)

–––– Result - Condition 1: Feed polarity: Normal, Delay before Break: 30.00 ms

–––– Result - Condition 2: Feed polarity: Reverse, Delay before Break: 30.00 ms



Test specification: 4.6.1 Acceptance of breaks in the loop in a call attempt

Test purpose: To check the ability of the TE to accept breaks in the loop current during establishment of loop state


Date & Time: 9/14/2008 1:13:46 PM


Remarks: Port 15



Cur

rent

(A)

-5 0 5 10 15 20 25 30

-10 m

0

10 m

20 m

30 m

40 m

50 m

Time (s)

–––– Result - Condition 3: Feed polarity: Normal, Delay before Break: 500.00 ms

–––– Result - Condition 4: Feed polarity: Reverse, Delay before Break: 500.00 ms

Rise time, Drop time

Rise time Limit Drop time Limit Verdict

Condition 1: Feed polarity: Normal, Delay before Break: 30.00 ms Pass

400 us 20 ms



Test specification: 4.6.2 Loop current characteristics

Test purpose: To check the current/time characteristics of the TE during the transition from quiescent to loop state in various loop feeding conditions.


Date & Time: 9/14/2008 1:17:37 PM


Remarks: Port 15




DC current ±1.41%

Timing ±0.2ms

General parameters

Parameter Value

Feed polarity Normal

Feed voltage 50 V

If0 100.00 uA


Cur

rent

(A

)

0 200 m 400 m 600 m 800 m 1 1.2 1.4

-1.00 m

0.00

1.00 m

2.00 m

3.00 m

4.00 m

5.00 m

6.00 m

7.00 m

Time (s)

–––– Result - Condition 1: Series resistance: 150 kOhm, t1-t0: 400 ms, t2-t01: 400.00 ms, t3-t01: 400.00 ms, If2: 300.00 uA, If1: 300.00 uA

–––– Result - Condition 2: Series resistance: 36 kOhm, t1-t0: 400 ms, t2-t01: 400.00 ms, t3-t01: 400.00 ms, If2: 1.25 mA, If1: 1.25 mA








Date & Time: 9/14/2008 1:17:37 PM


Remarks: Port 15



Cur

rent

(A)

0 200 m 400 m 600 m 800 m 1 1.2 1.4 1.6 1.8 2 2.2 2.4

-10.00 m

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

60.00 m

70.00 m

80.00 m

Time (s)

–––– Result - Condition 5: Series resistance: 2.8 kOhm, t1-t0: 30 ms, t2-t01: 500.00 ms, t3-t01: 1.20 s, If2: 14.60 mA, If1: 15.00 mA

–––– Result - Condition 6: Series resistance: 400 Ohm, t1-t0: 20 ms, t2-t01: 500.00 ms, t3-t01: 1.20 s, If2: 47.20 mA, If1: 47.20 mA

Line seizure rise time, Total drops time

Series resistance

Rise time Limit Drops time Limit Verdict

Condition 1: Series resistance: 150 kOhm, t1-t0: 400 ms, t2-t01: 400.00 ms, t3-t01: 400.00 ms, If2: 300.00 uA, If1: 300.00 uA

Pass

150 kOhm 20 us 400 ms < 20 us 7 ms Pass

Condition 2: Series resistance: 36 kOhm, t1-t0: 400 ms, t2-t01: 400.00 ms, t3-t01: 400.00 ms, If2: 1.25 mA, If1: 1.25 mA

Pass



Pass



Pass


Condition 5: Series resistance: 2.8 kOhm, t1-t0: 30 ms, t2-t01: 500.00 ms, t3-t01: 1.20 s, If2: 14.60 mA, If1: 15.00 mA

Pass

2.8 kOhm 80 us 30 ms < 20 us 7 ms Pass






Date & Time: 9/14/2008 1:17:37 PM


Remarks: Port 15


Series resistance

Rise time Limit Drops time Limit Verdict

Condition 6: Series resistance: 400 Ohm, t1-t0: 20 ms, t2-t01: 500.00 ms, t3-t01: 1.20 s, If2: 47.20 mA, If1: 47.20 mA

Pass

400 Ohm 60 us 20 ms < 20 us 7 ms Pass



Test specification: 4.6.3 Ring trip

Test purpose: To check that the current of the TE during the transition from quiescent to loop state comply with clause 4.6.3.


Date & Time: 9/14/2008 1:25:26 PM


Remarks: Port 15




AC current ±1.72%

Timing ±0.43 us

General parameters

Parameter Value

AC source impedance 800 Ohm

DC feed resistance 850 Ohm

Feed voltage 50 V

DC hold on time 60 s

AC On-hook current, AC Off-hook current

AC On-hook current AC Off-hook current Limit Verdict

Condition 1: Ring signal: Ring signal 25Hz/50V 1.0/3.0 Pass

9.20 uA 36.11 mA 36 mA Pass

Condition 2: Ring signal: Ring signal 50Hz/50V 1.0/3.0 Pass

26.90 uA 36.77 mA 36 mA Pass



Test specification: 4.6.4 On-Hook to Off-Hook transition with ringing without DC

Test purpose: To check that the current / time characteristics of the TE during the transition from quiescent to loop state, for ringing without DC, when the transition occurs during a ringing pulse, comply with clause 4.6.4.


Date & Time: 9/23/2008 8:31:29 AM


Remarks: Port 9




AC current ±1.72%

Timing ±0.43 us

General parameters

Parameter Value

Feed voltage 50 V

DC hold on time 10 s

Off-hook limit correction 70 %

On-hook limit correction 120.00 %

AC Current vs time, condition 1

Cur

rent

(A

)

0 100 m 200 m 300 m 400 m 500 m 600 m 700 m 800 m 900 m 1

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

60.00 m

Time (s)

–––– Limit

–––– Result - Condition 1: AC source impedance: 800 Ohm, DC feed resistance: 300 Ohm, Ring signal: Ring signal 25Hz/50V 1.0/3.0






Date & Time: 9/23/2008 8:31:29 AM


Remarks: Port 9



Cur

rent

(A)

0 100 m 200 m 300 m 400 m 500 m 600 m 700 m 800 m 900 m 1

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

60.00 m

Time (s)

–––– Limit

–––– Result - Condition 2: AC source impedance: 1.7 kOhm, DC feed resistance: 2.8 kOhm, Ring signal: Ring signal 25Hz/50V 1.0/3.0






Date & Time: 9/23/2008 8:31:29 AM


Remarks: Port 9



Cur

rent

(A)

0 100 m 200 m 300 m 400 m 500 m 600 m 700 m 800 m 900 m 1

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

60.00 m

Time (s)

–––– Limit

–––– Result - Condition 3: AC source impedance: 800 Ohm, DC feed resistance: 300 Ohm, Ring signal: Ring signal 50Hz/50V 1.0/3.0






Date & Time: 9/23/2008 8:31:29 AM


Remarks: Port 9



Cur

rent

(A)

0 100 m 200 m 300 m 400 m 500 m 600 m 700 m 800 m 900 m 1

0.00

10.00 m

20.00 m

30.00 m

40.00 m

50.00 m

60.00 m

Time (s)

–––– Limit

–––– Result - Condition 4: AC source impedance: 1.7 kOhm, DC feed resistance: 2.8 kOhm, Ring signal: Ring signal 50Hz/50V 1.0/3.0

AC On-hook current, AC Off-hook current

AC On-hook current AC Off-hook current Verdict

Condition 1: AC source impedance: 800 Ohm, DC feed resistance: 300 Ohm, Ring signal: Ring signal 25Hz/50V 1.0/3.0

-

3.64 mA 36.73 mA -

Condition 2: AC source impedance: 1.7 kOhm, DC feed resistance: 2.8 kOhm, Ring signal: Ring signal 25Hz/50V 1.0/3.0

-

3.20 mA 20.86 mA -

Condition 3: AC source impedance: 800 Ohm, DC feed resistance: 300 Ohm, Ring signal: Ring signal 50Hz/50V 1.0/3.0

-

4.94 mA 37.15 mA -

Condition 4: AC source impedance: 1.7 kOhm, DC feed resistance: 2.8 kOhm, Ring signal: Ring signal 50Hz/50V 1.0/3.0

-

3.97 mA 20.90 mA -



Test specification: 4.7.1 DC characteristics

Test purpose: To verify the steady-state DC loop characteristics


Date & Time: 9/14/2008 1:21:07 PM


Remarks: Port 15




Current ±1.23%

Voltage ±1.1%

General parameters

Parameter Value

Feed voltage 50 V

Current stability 0.50%

Setting time 3 s

Delay after line seizure 1.20 s

Test ranges

Feed Resistance

Start Stop Step

400 Ohm 400 Ohm 0 Ohm

850 Ohm 850 Ohm 0 Ohm

2.05 kOhm 2.05 kOhm 0 Ohm

2.8 kOhm 2.8 kOhm 0 Ohm



Test specification: 4.7.1 DC characteristics

Test purpose: To verify the steady-state DC loop characteristics


Date & Time: 9/14/2008 1:21:07 PM


Remarks: Port 15


DC Voltage vs current, conditions 1 to 2

Vol

tage

(V)

0.00 10.00 m 20.00 m 30.00 m 40.00 m 50.00 m 60.00 m

0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

Current (A)

–––– Limit



DC Voltage vs current

Current Voltage Limit Verdict

Condition 1: Feed polarity: Normal Pass

15.65 mA 6.19 V 9 V Pass

21.12 mA 6.74 V 9.28 V Pass

44.10 mA 12.40 V 21.19 V Pass

49.33 mA 30.15 V 37.86 V Pass

Condition 2: Feed polarity: Reverse Pass

15.65 mA 6.17 V 9 V Pass

21.13 mA 6.72 V 9.28 V Pass

44.13 mA 12.37 V 21.28 V Pass

49.37 mA 30.12 V 37.99 V Pass




Test purpose: To verify that the return loss of the input impedance of the TE in relation to the reference impedance is not less than 6 dB at 200 - 300 Hz and not less than 8 dB at 300 - 4000 Hz.


Date & Time: 9/14/2008 11:56:55 AM


Remarks: Port 15 (FXO-1)




Impedance (50 to 2000 ohm) ±0.42%

Phase (50 to 2000 ohm) ±0.5%

Return Loss (0 to 30 dB RL) ±0.32dB


General parameters

Parameter Value

Termination 270 Ohm + 750 Ohm ll 0.15 uF VF

Feed voltage 50 V

Test Voltage 316 mV

Return loss, conditions 1 to 4

Ret

urn

loss

(dB

)

500 1000 1500 2000 2500 3000 3500 4000

6.00

8.00

10.00

12.00

14.00

16.00

18.00

20.00

22.00

24.00

Frequency (Hz)

–––– Limit










Date & Time: 9/14/2008 11:56:55 AM




Return loss

Frequency Return loss Limit Verdict









1008 Hz 14.89 dB 8 dB Pass

1271 Hz 13.55 dB 8 dB Pass

1601 Hz 12.30 dB 8 dB Pass

2017 Hz 11.27 dB 8 dB Pass

2542 Hz 10.53 dB 8 dB Pass











1008 Hz 15.13 dB 8 dB Pass

1271 Hz 13.82 dB 8 dB Pass

1601 Hz 12.65 dB 8 dB Pass

2017 Hz 11.60 dB 8 dB Pass

2542 Hz 10.88 dB 8 dB Pass

3203 Hz 10.29 dB 8 dB Pass











Date & Time: 9/14/2008 11:56:55 AM




Frequency Return loss Limit Verdict





1008 Hz 14.91 dB 8 dB Pass

1271 Hz 13.71 dB 8 dB Pass

1601 Hz 12.63 dB 8 dB Pass

2017 Hz 11.71 dB 8 dB Pass

2542 Hz 10.97 dB 8 dB Pass

3203 Hz 10.41 dB 8 dB Pass

4000 Hz 10.01 dB 8 dB Pass









1008 Hz 14.88 dB 8 dB Pass

1271 Hz 13.68 dB 8 dB Pass

1601 Hz 12.59 dB 8 dB Pass

2017 Hz 11.66 dB 8 dB Pass

2542 Hz 10.93 dB 8 dB Pass

3203 Hz 10.37 dB 8 dB Pass




Test specification: 4.7.2 Reactive component of the impedance

Test purpose: To verify that in the frequency range 200 Hz to 300 Hz, the reactive component of the impedance not exceed 500 Ohm inductive (+j 500).


Date & Time: 9/14/2008 2:06:32 PM


Remarks: Port 15




Impedance (50 to 2000 ohm) ±0.42%

Phase (50 to 2000 ohm) ±0.5%



General parameters

Parameter Value

Termination R1 + R2 || C1 R1 = 270 Ohm, R2 = 750 Ohm, C1 = 150 nF

Feed voltage 50 V

Test Voltage 316 mV

Reactance series, conditions 1 to 4

Rea

ctan

ce (

Ohm

)

200 210 220 230 240 250 260 270 280 290 300

-100.0

0.0

100.0

200.0

300.0

400.0

500.0

Frequency (Hz)

–––– Limit







Test specification: 4.7.2 Reactive component of the impedance

Test purpose: To verify that in the frequency range 200 Hz to 300 Hz, the reactive component of the impedance not exceed 500 Ohm inductive (+j 500).


Date & Time: 9/14/2008 2:06:32 PM


Remarks: Port 15


Impedance, Phase, Reactance series

Frequency Impedance Phase Reactance Limit Verdict


200 Hz 1.10 kOhm -0.6 Deg -11.4 Ohm 500 Ohm Pass



260 Hz 1.10 kOhm 0.1 Deg 0.0 Ohm 500 Ohm Pass







260 Hz 1.10 kOhm 0 Deg 0.0 Ohm 500 Ohm Pass



















Test specification: 4.7.3 Resistance to earth

Test purpose: To check whether the TE in the loop state presents a resistance to earth of at least 1 MOhm when tested at 100 VDC.


Date & Time: 9/14/2008 2:16:01 PM


Remarks: Port 15











General parameters

Parameter Value

EUT state Off-hook

Feed voltage 50 V




Condition 1: Feed polarity: Normal, Test polarity: Normal, Meas. configuration: Tip - Ground

Pass


Condition 2: Feed polarity: Reverse, Test polarity: Normal, Meas. configuration: Tip - Ground

Pass


Condition 3: Feed polarity: Reverse, Test polarity: Reverse, Meas. configuration: Tip - Ground

Pass


Condition 4: Feed polarity: Normal, Test polarity: Reverse, Meas. configuration: Tip - Ground

Pass


Condition 5: Feed polarity: Normal, Test pol

xortel es 203 021 17772updates.xorcom.com/certs/xortel_es 203 021_17772.pdf · 2008-09-23 ·...

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