说明The DN405 is a four wire 100 ohm platinum resistance
temperature detector (RTD) signal conditioning circuit that
transforms RTD resistance to a voltage that is proportional
to temperature in °C. This device was designed to operate
with a 100 ohm IEC/DIN-grade Platinum RTD that exhibits
an alpha value of 0.00385!/!/°C. Analog circuit
linearization provides typical accuracy of ±0.5°C over a
temperature range of -100°C to +400°C. The four wire
measurement circuit eliminates the effect of lead resistance
that allows the RTD to be remotely located from the DN405
signal conditioning circuit. The DN405, which operates
from a single supply voltage of +2.7V to +5.5V, draws only
1.3mA of current, making it ideal for portable applications.
The DN405 compensates for the inherent non-linearity of
all platinum RTDs. The output voltage of the device is
directly proportional to the temperature of the RTD. No
digital signal processing is required to make
accurate temperature measurements. The four
wire capability of the DN405 makes it possible to multiplex
several RTDs with one device. This is useful in data
说明The DN505-0303 is a subminiature proportionally controlled heater
whose temperature can be programmed with a single external
resistor. This device is ideally suited for regulating the temperature
of sensitive electronic components such as microwave filters and
crystal oscillators. The DN505-0303 is in a ceramic packagecan
supply up to 3 watts of power from an unregulated 3 Volt power supply.
FEATURES
BERYLLIA BASE FOR GOOD THERMAL CONDUCTION
REGULATION TEMPERATURE FROM 5°C ABOVE AMBIENT TO 100°C
5 VOLT OPERATION
ELECTRICALLY ISOLATED FROM THE CASE
说明The DN505-05 is a subminiature proportionally controlled heater
whose temperature can be programmed with a single external
resistor. This device is ideally suited for regulating the temperature
of sensitive electronic components such as microwave filters and
crystal oscillators. The DN505-05 is in a ceramic packagecan
supply up to 5 watts of power from an unregulated 5 Volt power supply.
FEATURES
BERYLLIA BASE FOR GOOD THERMAL CONDUCTION
REGULATION TEMPERATURE FROM 5°C ABOVE AMBIENT TO 100°C
5 VOLT OPERATION
ELECTRICALLY ISOLATED FROM THE CASE
说明The DN505-1210 is a subminiature proportionally controlled heater
whose temperature can be programmed with a single external
resistor. This device is ideally suited for regulating the temperature
of sensitive electronic components such as microwave filters and
crystal oscillators. The DN505-1210 is in a ceramic packagecan
supply up to 9 watts of power from a 12 Volt unregulated supply.
FEATURES
BERYLLIA BASE FOR GOOD THERMAL CONDUCTION
REGULATION TEMPERATURE FROM 5°C ABOVE AMBIENT TO 100°C
5 TO 15 VOLT OPERATION
ELECTRICALLY ISOLATED FROM THE CASE
说明The DN505 is a subminiature proportionally controlled heater
whose temperature can be programmed with a single external
resistor. This device is ideally suited for regulating the temperature
of sensitive electronic components such as microwave filters and
crystal oscillators. The DN505 is in a ceramic packagecan
supply up to 9 watts of power from an unregulated supply.
FEATURES
BERYLLIA BASE FOR GOOD THERMAL CONDUCTION
REGULATION TEMPERATURE FROM 5°C ABOVE AMBIENT TO 100°C
5 TO 15 VOLT OPERATION
ELECTRICALLY ISOLATED FROM THE CASE
说明The DN510 is a subminiature proportionally controlled heater whose
temperature can be programmed with a single external resistor. This
device is ideally suited for regulating the temperature of sensitive
electronic components such as microwave filterscrystal
oscillators. The DN510 is in a ceramic packagecan supply up to
14 watts of power from an unregulated 48 Volt power supply.
FEATURES
BERYLLIA BASE FOR GOOD THERMAL CONDUCTION
REGULATION TEMPERATURE FROM 5°C ABOVE AMBIENT TO 100°C
28 T0 50 VOLT OPERATION
ELECTRICALLY ISOLATED FROM THE CASE
