The non-magnetic heater is used to achieve high-stability temperature control of
the atomic vapor cell. When used with a temperature controller, it can achieve temperature
control jitter better than 1mK (R.M.S.). It provides subsystem and customized solutions.
· AC heating, with customizable frequency.
· Active and passive demagnetization design for the heater.
· Provides temperature monitoring on the upper computer.
· Customizable installation structure.
Parameter | Specification |
Sensor | PT thermal resistor/thermocouple (customizable) |
Temperature Control Mode | PID |
Temperature Precision | 0.001°C |
Temperature Control Range | 10°C ~ 80°C |
Rated Power | 50W (customizable) |
AC Frequency | 10KHz ~100KHz (customizable) |
Temperature Control Element | Non-magnetic heating film (customizable) |
Power Supply | 220VAC 50Hz |
Product Introduction:
The non-magnetic heater is used to achieve
high-stability temperature control of the atomic
vapor cell. When used with a temperature contr
-oller, it can achieve temperature control jitter
better than 1mK (R.M.S.). It provides subsystem
and customized solutions.
Product Features:
AC heating, with customizable frequency.
Active and passive demagnetization
design for the heater.
Provides temperature monitoring on the
upper computer.
Customizable installation structure.
Main Technical Parameters:
Parameter | Specification |
Sensor | PT thermal resistor/thermocouple (customizable) |
Temperature Control Mode | PID |
Temperature Precision | 0.001°C |
Temperature Control Range | 10°C ~ 80°C |
Rated Power | 50W (customizable) |
AC Frequency | 10KHz ~100KHz (customizable) |
Temperature Control Element | Non-magnetic heating film (customizable) |
Power Supply | 220VAC 50Hz |
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