The power graphs show temperature ranges of different cell types as a function of the power consumption. They give information about the reasonable dimensioning of required power supplies.
On this page
Power graphs give information, e.g. about the reasonable dimensioning of
required power supplies.
The power graphs below show temperature ranges of different cell types
as a function of the power consumption. They are typical examples gained
under standard test chamber conditions. Especially the low temperature
range is very much dependent on chamber layout, arrangement of sources
within the chamber and cooling conditions. Because of different lengths and customized options every single cell is
getting tested in our lab and is equipped with its individual power
data.
The thermocouples were placed at the bottom of the crucibles for each
filament type:
standard filament SF
cold lip filament CL
hot lip filament HL
dual filament
Its values are diagramed in a red line. An additional thermocouple was placed next to the top filament near the
orifice of the crucible for dual filament DF type. Its values are diagramed in an orange line.
For sources not listed on this site please contact us for power graph information.
DCS 40-2X1-14-S
Power graph for DCS 40-2X1-14-S showing typical values for the source.
HTEZ-W 40-10-32
Power graph for HTEZ-W 40-10-32 showing typical values for the source.
HTEZ 100-82-71-K
Power graph for HTEZ 100-82-71-K showing typical values for the source.
HTEZ 40-1-19-KS
Power graph for HTEZ 40-1-19-KS showing typical values for the source.
HTEZ 40-10-32
Power graph for HTEZ 40-10-32 showing typical values for the source.
HTEZ 63-35-54
Power graph for HTEZ 63-35-54 showing typical values for the source.
HTS-W 40-5-30
Power graph for HTS-W 40-5-30 showing typical values for the source.
HTS-W 63-5-30-KS
Power graph for HTS-W 63-5-30-KS showing typical values for the source.
HTS 40-5-30
Power graph for HTS 40-5-30 showing typical values for the source.
HTS 63-25-50-G
Power graph for HTS 63-25-50-G showing typical values for the source.
HTS 63-25-50-P
Power graph for HTS 63-25-50-P showing typical values for the source.
NTEZ 16-2-16-SF
Power graph for NTEZ 16-2-16-SF showing typical values for the source with standard filament configuration.
NTEZ 40-10-22-KS-DF
Power graph for NTEZ 40-10-22-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
NTEZ 40-10-22-KS-SF
Power graph for NTEZ 40-10-22-KS-SF showing typical values for the source with standard filament configuration.
NTEZ 40-10-22-S-HL
Power graph for NTEZ 40-10-22-S-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 40-10-22-S-SF
Power graph for NTEZ 40-10-22-S-SF showing typical values for the source with standard filament configuration.
NTEZ 40-12-37-SF
Power graph for NTEZ 40-12-37-SF showing typical values for the source with standard filament configuration.
NTEZ 40-2-16-KS-SF
Power graph for NTEZ 40-2-16-KS-SF showing typical values for the source with standard filament configuration.
NTEZ 40-2-16-S-SF
Power graph for NTEZ 40-2-16-S-SF showing typical values for the source with standard filament configuration.
NTEZ 40-25-33-DF
Power graph for NTEZ 40-25-33-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
NTEZ 40-25-33-HL
Power graph for NTEZ 40-25-33-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 40-25-33-S-HL
Power graph for NTEZ 40-25-33-S-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 40-25-33-S-SF
Power graph for NTEZ 40-25-33-S-SF showing typical values for the source with standard filament configuration.
NTEZ 40-25-33-SF
Power graph for NTEZ 40-25-33-SF showing typical values for the source with standard filament configuration.
NTEZ 40-35-34-DF
Power graph for NTEZ 40-35-34-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
NTEZ 40-35-34-S-SF
Power graph for NTEZ 40-35-34-S-SF showing typical values for the source with standard filament configuration.
NTEZ 40-35-37-HL
Power graph for NTEZ 40-35-37-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 40-35-37-SF
Power graph for NTEZ 40-35-37-SF showing typical values for the source with standard filament configuration.
NTEZ 40-60-37-DF
Power graph for NTEZ 40-60-37-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
NTEZ 40-60-37-SF
Power graph for NTEZ 40-60-37-SF showing typical values for the source with standard filament configuration.
NTEZ 63-125-54-SF
Power graph for NTEZ 63-125-54-SF showing typical values for the source with standard filament configuration.
NTEZ 63-35-34-K-HL
Power graph for NTEZ 63-35-34-K-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 63-35-37-S-SF
Power graph for NTEZ 63-35-37-S-SF showing typical values for the source with standard filament configuration.
NTEZ 63-60-34-K-HL
Power graph for NTEZ 63-60-34-K-HL showing typical values for the source with hot-lip filament configuration.
NTEZ 63-60-37-KS-DF
Power graph for NTEZ 63-60-37-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
NTEZ 63-60-37-S-HL
Power graph for NTEZ 63-60-37-S-HL showing typical values for the source with hot-lip filament configuration.
PEZ 63-125-54-SF
Power graph for PEZ 63-125-54-SF showing typical values for the source with standard filament configuration.
PEZ 63-130-54-DF
Power graph for PEZ 63-130-54-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
PEZ 63-200-58-SF
Power graph for PEZ 63-200-58-SF showing typical values for the source with standard filament configuration.
PEZ 63-40-51-CL
Power graph for PEZ 63-40-51-CL showing typical values for the source with cold-lip filament configuration.
PEZ 63-60-54-CL
Power graph for PEZ 63-60-54-CL showing typical values for the source with cold-lip filament configuration.
PEZ 63-60-54-HL
Power graph for PEZ 63-60-54-HL showing typical values for the source with hot-lip filament configuration.
PEZ 63-60-54-S-DF
Power graph for PEZ 63-60-54-S-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
PEZ 63-60-54-SF
Power graph for PEZ 63-60-54-SF showing typical values for the source with standard filament configuration.
PEZ 63-80-54-HL
Power graph for PEZ 63-80-54-HL showing typical values for the source with hot-lip filament configuration.
PEZ 63-80-54-S-CL
Power graph for PEZ 63-80-54-S-CL showing typical values for the source with cold-lip filament configuration.
PEZ 63-80-54-SF
Power graph for PEZ 63-80-54-SF showing typical values for the source with standard filament configuration.
PEZ 63-85-41-SF
Power graph for PEZ 63-85-41-SF showing typical values for the source with standard filament configuration.
SUKO 40 with filament #420-00-019
Power graph for SUKO 40 with filament #420-00-019 showing typical values for the source with with filament configuration.
SUKO 40 with filament #420-00-024
Power graph for SUKO 40 with filament #420-00-024 showing typical values for the source with with filament configuration.
SUKO 40 with filament #420-00-025
Power graph for SUKO 40 with filament #420-00-025 showing typical values for the source with with filament configuration.
SUKO 40 with filament #420-00-042
Power graph for SUKO 40 with filament #420-00-042 showing typical values for the source with with filament configuration.
SUKO 63 with filament #420-00-033
Power graph for SUKO 63 with filament #420-00-033 showing typical values for the source with with filament configuration.
SUKO 63 with filament #420-00-069
Power graph for SUKO 63 with filament #420-00-069 showing typical values for the source with with filament configuration.
SUSI 40 with filament #485-00-010
Power graph for SUSI 40 with filament #485-00-010 showing typical values for the source with with filament configuration.
SUSI 40 with filament #485-00-012
Power graph for SUSI 40 with filament #485-00-012 showing typical values for the source with with filament configuration.
SUSI 63 with filament #485-00-001
Power graph for SUSI 63 with filament #485-00-001 showing typical values for the source with with filament configuration.
SUSI 63-S with filament #485-00-001
Power graph for SUSI 63-S with filament #485-00-001 showing typical values for the source with with filament configuration.
WEZ 16-2-16-SF
Power graph for WEZ 16-2-16-SF showing typical values for the source with standard filament configuration.
WEZ 16-2-SF
Power graph for WEZ 16-2-SF showing typical values for the source with standard filament configuration.
WEZ 40-10-22-KS-CL
Power graph for WEZ 40-10-22-KS-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-10-22-KS-DF
Power graph for WEZ 40-10-22-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-10-22-KS-HL
Power graph for WEZ 40-10-22-KS-HL showing typical values for the source with hot-lip filament configuration.
WEZ 40-10-22-KS-SF
Power graph for WEZ 40-10-22-KS-SF showing typical values for the source with standard filament configuration.
WEZ 40-10-KS-CL
Power graph for WEZ 40-10-KS-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-10-KS-DF
Power graph for WEZ 40-10-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-10-KS-HL
Power graph for WEZ 40-10-KS-HL showing typical values for the source with hot-lip filament configuration.
WEZ 40-10-KS-SF
Power graph for WEZ 40-10-KS-SF showing typical values for the source with standard filament configuration.
WEZ 40-12-37-CL
Power graph for WEZ 40-12-37-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-12-37-SF
Power graph for WEZ 40-12-37-SF showing typical values for the source with standard filament configuration.
WEZ 40-16-36-SF
Power graph for WEZ 40-16-36-SF showing typical values for the source with standard filament configuration.
WEZ 40-2-16-K-SF
Power graph for WEZ 40-2-16-K-SF showing typical values for the source with standard filament configuration.
WEZ 40-2-16-KS-CL
Power graph for WEZ 40-2-16-KS-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-2-16-S-CL
Power graph for WEZ 40-2-16-S-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-2-16-S-SF
Power graph for WEZ 40-2-16-S-SF showing typical values for the source with standard filament configuration.
WEZ 40-2-16-SF
Power graph for WEZ 40-2-16-SF showing typical values for the source with standard filament configuration.
WEZ 40-25-33-CL
Power graph for WEZ 40-25-33-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-25-33-DF
Power graph for WEZ 40-25-33-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-25-33-HL
Power graph for WEZ 40-25-33-HL showing typical values for the source with hot-lip filament configuration.
WEZ 40-25-33-SF
Power graph for WEZ 40-25-33-SF showing typical values for the source with standard filament configuration.
WEZ 40-35-34-DF
Power graph for WEZ 40-35-34-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-35-34-S-CL
Power graph for WEZ 40-35-34-S-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-35-34-S-DF
Power graph for WEZ 40-35-34-S-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-35-34-S-HL
Power graph for WEZ 40-35-34-S-HL showing typical values for the source with hot-lip filament configuration.
WEZ 40-35-34-SF
Power graph for WEZ 40-35-34-SF showing typical values for the source with standard filament configuration.
WEZ 40-35-37-CL
Power graph for WEZ 40-35-37-CL showing typical values for the source with cold-lip filament configuration.
WEZ 40-35-37-DF
Power graph for WEZ 40-35-37-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-35-37-HL
Power graph for WEZ 40-35-37-HL showing typical values for the source with hot-lip filament configuration.
WEZ 40-35-37-SF
Power graph for WEZ 40-35-37-SF showing typical values for the source with standard filament configuration.
WEZ 40-60-37-DF
Power graph for WEZ 40-60-37-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 40-60-37-HL
Power graph for WEZ 40-60-37-HL showing typical values for the source with hot-lip filament configuration.
WEZ 63-200-58-SF
Power graph for WEZ 63-200-58-SF showing typical values for the source with standard filament configuration.
WEZ 63-35-34-KS-CL
Power graph for WEZ 63-35-34-KS-CL showing typical values for the source with cold-lip filament configuration.
WEZ 63-35-34-KS-DF
Power graph for WEZ 63-35-34-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 63-35-34-KS-HL
Power graph for WEZ 63-35-34-KS-HL showing typical values for the source with hot-lip filament configuration.
WEZ 63-35-37-KS-SF
Power graph for WEZ 63-35-37-KS-SF showing typical values for the source with standard filament configuration.
WEZ 63-35-37-S-SF
Power graph for WEZ 63-35-37-S-SF showing typical values for the source with standard filament configuration.
WEZ 63-60-37-KS-CL
Power graph for WEZ 63-60-37-KS-CL showing typical values for the source with cold-lip filament configuration.
WEZ 63-60-37-KS-DF
Power graph for WEZ 63-60-37-KS-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 63-60-37-KS-HL
Power graph for WEZ 63-60-37-KS-HL showing typical values for the source with hot-lip filament configuration.
WEZ 63-60-37-S-DF
Power graph for WEZ 63-60-37-S-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 63-60-37-S-HL
Power graph for WEZ 63-60-37-S-HL showing typical values for the source with hot-lip filament configuration.
WEZ 63-60-54-CL
Power graph for WEZ 63-60-54-CL showing typical values for the source with cold-lip filament configuration.
WEZ 63-60-54-HL
Power graph for WEZ 63-60-54-HL showing typical values for the source with hot-lip filament configuration.
WEZ 63-60-54-S-DF
Power graph for WEZ 63-60-54-S-DF showing typical values for the source with dual filament configuration. For the test only the top filament was heated in order to show the largest possible temperature gradient. The top TC position is near the top filament and the bottom TC position is at the bottom at the same position as for standard, hot lip and cold lip filament sources.
WEZ 63-60-54-SF
Power graph for WEZ 63-60-54-SF showing typical values for the source with standard filament configuration.
