Data set 01
1971 Machlette Laboratories
Published operating points and test conditions from this source.
Triode
Other
Filament Voltage
12.6 V
Filament Voltage: 12.6 volts
The ML-LPT [1]
44 A
The ML-LPT 44 is a high voltage, high mu triode de- Filament Current: 29 amps
The ML-LPT [2]
29 A
The ML-LPT 44 is a high voltage, high mu triode de- Filament Current: 29 amps
Current, maximum
120 A
Current, maximum: 120 amps
output in the order of [1]
1
output in the order of 1-2 Mw, depending on cir- Fitament Cold
output in the order of [2]
-2
output in the order of 1-2 Mw, depending on cir- Fitament Cold
cuitry and performance requirements. Resistance
0.0053 mA
cuitry and performance requirements. Resistance: 0.0053 ohm
The ML-LPT [1]
44
The ML-LPT 44 is designed for operation in oil or Amplification Factor: 350
The ML-LPT [2]
350
The ML-LPT 44 is designed for operation in oil or Amplification Factor: 350
For applications with a resistive load and low Grid Plate
7
For applications with a resistive load and low Grid Plate: 7.0 pt
voltage. Where the tube is to be used in series with Plate Filament
0.2 pF
voltage. Where the tube is to be used in series with Plate Filament: 0.2 pf
ble of dissipating [1]
2500
ble of dissipating 2,500 W when cooled by forced Oil Flow for 2,500 W
ble of dissipating [2]
2500
ble of dissipating 2,500 W when cooled by forced Oil Flow for 2,500 W
Plate Dissipation [1]
10
Plate Dissipation: 10-12 gal/min (38-45 I/min.)
Plate Dissipation [2]
-12
Plate Dissipation: 10-12 gal/min (38-45 I/min.)
Plate Dissipation [3]
38
Plate Dissipation: 10-12 gal/min (38-45 I/min.)
Plate Dissipation [4]
-45
Plate Dissipation: 10-12 gal/min (38-45 I/min.)
Temperature [1]
75 C
Temperature: 75°C (167 °F)
Temperature [2]
167 C
Temperature: 75°C (167 °F)
When operating at peak voltage in excess of
15
When operating at peak voltage in excess of 15 kV,
within which the tube is used. Instructions for pro- Dissipation [1]
75 C
within which the tube is used. Instructions for pro- Dissipation: 75°C (167 °F)
within which the tube is used. Instructions for pro- Dissipation [2]
167 C
within which the tube is used. Instructions for pro- Dissipation: 75°C (167 °F)
Medical X-Ray and Sealed Gamma Ray Sources.” Temperature [1]
165 mA
Medical X-Ray and Sealed Gamma Ray Sources.” Temperature: 165°C (329 °F)
Medical X-Ray and Sealed Gamma Ray Sources.” Temperature [2]
329 mA
Medical X-Ray and Sealed Gamma Ray Sources.” Temperature: 165°C (329 °F)
DC Plate Voltage
120
DCPlateVoltage ....................... 120 kVi
Peak PlateVoltage
125
Peak PlateVoltage ...................... 125 kvt
DCGridVoltage .................couvenn
-1000
DCGridVoltage .................couvenn -1000 V
Peak Negative Grid Voltage
-2500
Peak Negative Grid Voltage. .. ............ -2500 v
Pulse Cathode Current
22
Pulse Cathode Current .................. 22 a
Grid Dissipation ..................c.oo
50
Grid Dissipation ..................c.oo... 50 W
Plate Dissipation
2500
Plate Dissipation ....................... 2500 W
PulseDuration .................ccvennn
1000
PulseDuration .................ccvennn. 1000 us
DutyFactor ...........c.iiiiiiinnnnn
1
DutyFactor ...........c.iiiiiiinnnnn. .01 #
DCPilateVoltage ..............ccovuvnn
100
DCPilateVoltage ..............ccovuvnn. 100 kv
DCGridVoltage ...............covvnn. ~
400
DCGridVoltage ...............covvnn. ~400 V
Pulse Positive Grid Voltage
800
Pulse Positive Grid Voltage .. ............. 800 v
Pulse PlateCurrent
15
Pulse PlateCurrent ..................... 15 a
Pulse GridCurrent
26
Pulse GridCurrent ...................... 26 a
Pulse DrivingPower
3.1 kW
Pulse DrivingPower ..................... 3.1 kw
Pulse PowerOQutput
1.3
Pulse PowerOQutput ..................... 1.3 Mw
Pulsed Plate Output Voltage
88
Pulsed Plate Output Voltage . ............. 88 kv
DutyFactor ............... .o vt
5
DutyFactor ............... .o vt .005
Published value
1 mA
1 This voltage may be applied only when the tube is immersed in a
I/min.) oil flow in ML oil jacket F
27548
I/min.) oil flow in ML oil jacket F-27548