User Manual

60
temperature was measured under two conditions: transducer suspension in the absence of air
circulation environment (Still Air) and probe contact phantom (Method B).
The maximum surface temperature and maximum temperature rise of the transducer are
listed below：
Transducer
test method
Operation
mode
Ambient
(
°C
)
Initial
temper
ature
(
°C
)
Final Radiating
Surface temp.(TF)
and/or
Temp.Rise(TR)
(
°C
)
C5-2Sv TMM
Normal(B
+C+PW)
25.554 25.261 TF=30.020 TR=4.759
C5-2Sv Still Air
Normal(B
+C+PW)
24.612 24.612 TF=35.528 TR=10.916
C5-2v TMM
Normal(B
+C+PW)
24.590 24.539 TF=29.08 TR=4.541
C5-2v Still Air
Normal(B
+C+PW)
23.272 23.368 TF=32.995 TR=9.627
L11-4v TMM
Normal(B
+C+PW)
23.140 24.330 TF = 29.421 TR =5.091
L11-4v Still Air
Normal(B
+C+PW)
22.380 23.340 TF = 34.73 TR =11.390
L11-4Sv TMM
Normal(B
+C+PW)
24.717 26.109 TF = 30.553 TR =4.444
L11-4Sv Still Air
Normal(B
+C+PW)
23.827 24.037 TF = 35.407 TR =11.37
E10-4v TMM
Normal(B
+C+PW)
24.801 24.658 TF = 28.094 TR =3.436
E10-4v Still Air
Normal(B
+C+PW)
24.747 24.275 TF = 33.943 TR =9.668
C8-5v TMM
Normal(B
+C+PW)
24.656 25.740 TF = 31.553 TR =5.813
C8-5v Still Air
Normal(B
+C+PW)
23.731 23.838 TF = 38.376 TR =14.538
10 Electromagnetic compatibility statement
The system complies with the EMC test standard IEC60601-1-2: 2007+AC:2010.