エコス DR
Contents
1.2.
3.
4. EAS
5. 0
6. EMI Re Initialization Re Initialization Re Initialization
7. 1 2 BIOTRONIK
8. 1 7 8 ia ei a ee
9. EM DDI AV DDI AV
10. 8
11. X X 9 ON
12. 4 8 4 ERI Elective Replacement Indication ERI 80ppm ERI ERI 4 5 11 ERI EOS End Of Service
13. PSA Pacing System Analyzer PSA
14. 10cm X CT X 5 X 5
15. MA RS oT
16. ERI ERI ACC ON OFF
17. X Z out of Y ON DD DDD 1
18. EE kes QCD 0 0 9 Cs AAICR AAT R AOO R a tI I o Tachycardia RC NT MA DDD R VDD R 5
19. a TENS 3
20. 5 8 _ MRI
21. EOS 4 8V 0 5ms 3 6V
22. 15cm 15cm
23. ACC ON ON ACC Active Capture Control OFF
24. i RN RC X X 0 eT
25. tt ml X 5 5 X CT 5 X CT 8 6 X CT CMOS X X X
26. 22cm 22cm ON 30cm RFID 5 88 RFID RFID RFID
27. 2 85 IH IH 5 PHS 83 5 OL
28. 77 5 2 600 7 6 26 17 6 2 8 8 5 55 5 9 DDDR 100 0 4ms 5000 37 60ppm 3 6V 1 1 1999 2000 Jpn Circ J 200 0 Suppl V 1127 1175 2 173 2002 S3
29. A 6 2 5 TENS
30. 4 2 A 9 3 a
31. Io SON 0 N E 5 Me a 4 i NR EE gt 5 2 NII ND AE 9 o 7 4 a gt V oo lL T cb w SPA NN eo Sih
32. 1 2
33. 1 Battery Voltage Battery CurrentD EOS
34. ACC BIOTRONIK ACC Active Capture Control X CT X X 5 Re Initialization Expected ERI
35. Pacing Mode DDD DDI DVI VDD VVI VDI AAI DOO VOO AOO DDT DDIT DVT VDT VVT AAT DDTA DDTV Of Basic Rate 30 1 88 2 122 3 140 5 180ppm Upper Rate 100 10 140 160 185ppm Pulse Amplitude Atria 0 1 0 1 4 8 06 8 4V VentricularD 0 1 0 1 4 8 0 2 8 4V Pulse Width Atrial 0 1 0 1 0 5 0 75 1 0 1 5ms Ventricular 0 1 0 1 0 5 0 75 1 0 1 5ms Sensitivity Atria 0 1 0 1 1 5 0 5 7 5mV Ventricular 0 5 0 5 7 5mV Polarity Pace Atrial unipolar Dipolar Ventricular unipolar bipolar Polarity Sense Atrial unipolar Dipolar Ventricular unipolar bipolar Cross Channel Blanking Period Atria 56ms Ventricular 16 24 32 40 48 56 72ms R
36. 2 ER A CMOS 8 AOO VOO DO
37. ERI AUTO 10 ASYNC VOO AOO DOO 10 BOL Beginning Of Life 90ppm ERI 80ppm Replacement Indication reached ERD The replacement time has been reached replace Implant 4 8V 0 5ms 4 8V 0 5ms
38. 164 0003 3 14 20 4F TEL 03 5348 1513 6 7 EE IZ 1 31 4 161 8560 03 5996 8000 Fax 03 5996 8091 BIOTRONIK SE amp Co KG 0120 49 0990
39. 2002 4 2003 5 2006 1125001 1 125001 1125001 X CT 0331004 0331001 8 19 4 No 237 S9 0924 3 0924 5 0924 4 X
40. X 5 2 2
41. X DA DSA X X X X X CMOS
42. 3 8 1 1 2 3 4 PSA 5 6 7
43. 8 20100BZY00006000 he 21000BZY00378000 0 21200BZY00208000 i 21200BZY00548000 21700BZY00475000 RONIK SR 21700BZY00086000 21700BZY00475A01 SR 21700BZY00086A01 S 22000BZX00126000 S NK 22000BZX00126A01 PMS1000 20700BZY00692000 ICS3000 21700BZY00474000 3000 BJ 21700BzY00580000 OK 3000 21900BZX00102000
44. 950MHz RFID 1m 950MHz RFID RFID 22cm lIC 12cm 54 38 22cm
45. DR 1S 1 3 2mm x x 53x42x6 mm 26g 12cc
46. Lead Impedance Programmed Value Serial Number IEGM Pace sense Event Marker Temporary Program Threshold Test P R P R Measurement Sensing Test Retrograde Conduction Tes External Pulse Control NPS Sensor Optimization IEGM IEGM Recording Patient Data Statistics Event Counter Heart Rate Histogram Rate Trend Tachy Episode Trend PVC VES Classification Sensor Histogram Rate Sensor Trend P R Sensing Trend Threshold Trend ACC ACC Status Impedance Trend
47. 1 8 Night Rate Off 30 1 88 2 122 3 140 5 180ppm Night Begin 00 00h 10min 23 50h Night End 00 00h 10min 23 50h PMT Protection Off On VA VA Criterion 250 10 500ms Automatic Lead Check Atria Off On Ventricular OfKOn PMT Active Capture Control ACO Of On Minimum Amplitude 0 7V Maximum Amplitude 3 6V Safety Margin 0 5V Search Scheduling Time of day Time Of Day 1st Time of day 7 00 2nd Time of day 19 00 Auto Initialization Off lead detection on Magnet Effect AUTO ASYNC SYNC Telemetry Battery Voltage Battery Current Battery Impedance Pulse Voltage Pulse Current Pulse Energy Pulse Charge
48. DDD R VDD RD AAI R PMT Pacemaker Mediated ppoR mvsqmnas 8 VVI R VVT CR VOO CR VDD R DDI R X PV Atrial Standstill DVICR 0654 J00168 DR 1 8
49. 2010 1 20 A 1 22200BZX00082000 7 12913000 DR ICD MRI CF AC eo A er 3 gt lt 0 N 2 2 xa dg 0
50. 5 1 0ppm cycle Rate Hysteresis Off 5 5 80ppm Repetitive Rate Hysteresis ff 1 1 10 Scan Rate Hysteresis ff 1 1 10 AV AV Hysteresis Of On IRS Plus AV Repetitive AV Hysteresis 5 cycle AV AV Scan Hysteresis 5 cycle Safety Window AV delay 100ms 100ms AV delay lt 100ms AV delay RS Plus Of On UTR Response Tachycardia Mode WRL 2 1 AV Dynamic AV Delay low medium high individual fixed Tachycardia Response Off mode conversion X Z out of 8 mode Switching Mode Switching Intervention Rate 110 10 250ppm Switch to Tachycardia Mode DDI DDIR VDI VDIR VDD R X Onset Criterion 3 1 8 Z Resolution Criterion 3
51. O0 15cm 6 8 1 mil Ww ERI
52. efractory Period Atria 200 25 775ms Ventricular 170 195 220 250 50 400ms 2 8 PVARP Min PVARP Off On Sense Compensation Of 15 15 120ms ARP Extension 0 50 350ms Far Field Blanking 56 100 25 200ms AV AV Delay Values 15 50 75 100 120 10 200 25 250 300ms Ex Rate adaption R R Mode DDDR DDIR DVIR VDDR VVI VDIR AAIR DOOR VOOR AOO DDTR DDITR DVTR VDTR VVT AATR DDTRA DDTRV Sensor threshold Very Iow low medium high very high Sensor Gain 1 0 1 1 1 3 1 4 1 6 1 8 2 0 2 2 2 6 3 0 3 3 3 7 4 0 4 5 5 0 6 0 7 0 8 0 8 5 10 11 12 14 16 18 20 22 24 28 32 35 40 Automatic Sensor Gain Of On Max Activity Rate 80 5 180ppm Rate Increase 1 2 4 8ppm cycle Rate Decrease 0 1 0 2 0
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