The [1]
2 mA
The 2-150D has a maximum d-c current rating of 250 milliamperes
The [2]
-150 mA
The 2-150D has a maximum d-c current rating of 250 milliamperes
The [3]
250 mA
The 2-150D has a maximum d-c current rating of 250 milliamperes
and a maximum peak inverse voltage rating of
30000 V
and a maximum peak inverse voltage rating of 30,000 volts. CooHng is by
capacitor-input filterwith [1]
10600 pF
capacitor-input filterwith 10,600 volts single-phase supply. Four 2-150D's in
capacitor-input filterwith [2]
2 pF
capacitor-input filterwith 10,600 volts single-phase supply. Four 2-150D's in
capacitor-input filterwith [3]
-150 pF
capacitor-input filterwith 10,600 volts single-phase supply. Four 2-150D's in
a bridge circuit will deliver [1]
500
a bridge circuit will deliver 500 milliamperes at 19,000 volts to a choke-input
a bridge circuit will deliver [2]
19000
a bridge circuit will deliver 500 milliamperes at 19,000 volts to a choke-input
Voltage
5 V
Voltage-------- 5.0 volts
Current
13 A
Current-------- 13.0 amperes
Maximum Temperature of plate seal
225
Maximum Temperature of plate seal ------ .---- 225OC
Recommended Heat Dissipating plate connector - - - ---- Eimac HR
6
Recommended Heat Dissipating plate connector - - - ---- Eimac HR-6
PEAK INVERSE PLATE VOLTAGE
30000 V
PEAK INVERSE PLATE VOLTAGE - - 30,000 MAX. VOLTS
PLATE DISSIPATION
90 W
PLATE DISSIPATION ------- 90 MAX. WATTS
Johnson Co. No [1]
123 V
Johnson Co. No.123-211, a National Co. No. XM-50, or voltage at low current. Under these conditions capaci-
Johnson Co. No [2]
-211 V
Johnson Co. No.123-211, a National Co. No. XM-50, or voltage at low current. Under these conditions capaci-
Johnson Co. No [3]
50 V
Johnson Co. No.123-211, a National Co. No. XM-50, or voltage at low current. Under these conditions capaci-
fhnos:q:f`vti]:nvto];:::ekultnfp]s£:Ee±ncu±:tcruafttesa]PnarifeT]£,r]±¥ mum d-c current rating of the [1]
2 A
fhnos:q:f`vti]:nvto];:::ekultnfp]s£:Ee±ncu±:tcruafttesa]PnarifeT]£,r]±¥ mum d-c current rating of the 2-150D when no input
fhnos:q:f`vti]:nvto];:::ekultnfp]s£:Ee±ncu±:tcruafttesa]PnarifeT]£,r]±¥ mum d-c current rating of the [2]
-150 A
fhnos:q:f`vti]:nvto];:::ekultnfp]s£:Ee±ncu±:tcruafttesa]PnarifeT]£,r]±¥ mum d-c current rating of the 2-150D when no input
The maximum temperature at the plate seal must theE€£s±:Eel:£tde:_:FtE::,d±.ftvhoe]tcaagse;o¥g:i:atghefsm]
1
The maximum temperature at the plate seal must theE€£s±:Eel:£tde:_:FtE::,d±.ftvhoe]tcaagse;o¥g:i:atghefsm]:1:£spufeur¥
tion, [1]
132 A
tion,132 W. 22nd Street, New York 11, N.Y. current only in the case of the simple half-wave recti-
tion, [2]
22 A
tion,132 W. 22nd Street, New York 11, N.Y. current only in the case of the simple half-wave recti-
tion, [3]
11 A
tion,132 W. 22nd Street, New York 11, N.Y. current only in the case of the simple half-wave recti-
the rated value of
5
the rated value of 5.0 volts. Variations must be kept minimum value of charging-circuit resistance is neces-
The thoriated-tungsten filament of the [1]
2 V
The thoriated-tungsten filament of the 2-150D reach- resistance of the a-c voltage supply, R|.
The thoriated-tungsten filament of the [2]
-150 V
The thoriated-tungsten filament of the 2-150D reach- resistance of the a-c voltage supply, R|.
application of voltage. Plate voltage may be applied Rp is the plate resistance of the [1]
2 V
application of voltage. Plate voltage may be applied Rp is the plate resistance of the 2-150D, which may
application of voltage. Plate voltage may be applied Rp is the plate resistance of the [2]
-150 V
application of voltage. Plate voltage may be applied Rp is the plate resistance of the 2-150D, which may
simultaneously with filament voltage. be taken as
300 V
simultaneously with filament voltage. be taken as 300 ohms.
plate dissipation rating of
90 W
plate dissipation rating of 90 watts is approached. The
maximum peak inverse voltage rating of
30000 V
maximum peak inverse voltage rating of 30,000 volts
when used as a power-supply rectifier. circuits of Fig
2 W
when used as a power-supply rectifier. circuits of Fig. 2. This resistor must be inserted in such
Siam,f[#vhease, [1]
10
Siam,f[#vhease, 10 , 600 11,800 200 in the circuits of Fig. 2, the plate resistance (Rp) will
Siam,f[#vhease, [2]
600
Siam,f[#vhease, 10 , 600 11,800 200 in the circuits of Fig. 2, the plate resistance (Rp) will
Siam,f[#vhease, [3]
11800
Siam,f[#vhease, 10 , 600 11,800 200 in the circuits of Fig. 2, the plate resistance (Rp) will
Siam,f[#vhease, [4]
200
Siam,f[#vhease, 10 , 600 11,800 200 in the circuits of Fig. 2, the plate resistance (Rp) will
Siam,f[#vhease, [5]
2
Siam,f[#vhease, 10 , 600 11,800 200 in the circuits of Fig. 2, the plate resistance (Rp) will
Mci#i7 [1]
7 W
Mci#i77i"7ri D-C C'ttr7.e7tt RC[tj7.gs - Plate dissipation
Mci#i7 [2]
7 W
Mci#i77i"7ri D-C C'ttr7.e7tt RC[tj7.gs - Plate dissipation
rather than peak current usually limits the d-c current ::ptphi;::::i°fipr£:ir3c°u']% [1]
8 A
rather than peak current usually limits the d-c current ::ptphi;::::i°fipr£:ir3c°u']%8°thve°]£:.a|nins;:rgs]:-3:iatsaegep:g'ebre-
rather than peak current usually limits the d-c current ::ptphi;::::i°fipr£:ir3c°u']% [2]
-3 A
rather than peak current usually limits the d-c current ::ptphi;::::i°fipr£:ir3c°u']%8°thve°]£:.a|nins;:rgs]:-3:iatsaegep:g'ebre-
which the [1]
2 V
which the 2-150D is capable of delivering to the load. used in design is the peak a-c supply voltage (1.41
which the [2]
-150 V
which the 2-150D is capable of delivering to the load. used in design is the peak a-c supply voltage (1.41
which the [3]
1.41 V
which the 2-150D is capable of delivering to the load. used in design is the peak a-c supply voltage (1.41
Because the plate dissipation associated with a given times E„m in Fig
2 W
Because the plate dissipation associated with a given times E„m in Fig. 2) in the case of bridge circuits, and
larger) of input inductance (L| in Fig
1
larger) of input inductance (L| in Fig.1) : large enough to hold the ripple to a low value. In spe-
Lo=E;;; for full-wave single-phase rectifiers, able, and filter capacitance is low, the [1]
2 pF
Lo=E;;; for full-wave single-phase rectifiers, able, and filter capacitance is low, the 2-150D is caLp-
Lo=E;;; for full-wave single-phase rectifiers, able, and filter capacitance is low, the [2]
-150 pF
Lo=E;;; for full-wave single-phase rectifiers, able, and filter capacitance is low, the 2-150D is caLp-
Lo-fa for full-wave three-phase rectifiers, moderate, the maximum current rating of the [1]
2 mA
Lo-fa for full-wave three-phase rectifiers, moderate, the maximum current rating of the 2-150D
Lo-fa for full-wave three-phase rectifiers, moderate, the maximum current rating of the [2]
-150 mA
Lo-fa for full-wave three-phase rectifiers, moderate, the maximum current rating of the 2-150D
where : Lo ="critical" value of input inductance Qienries), The plate characteristic curve for the [1]
2
where : Lo ="critical" value of input inductance Qienries), The plate characteristic curve for the 2-150D serves
where : Lo ="critical" value of input inductance Qienries), The plate characteristic curve for the [2]
-150
where : Lo ="critical" value of input inductance Qienries), The plate characteristic curve for the 2-150D serves
Load current (amps) peak plate current of
3 A
Load current (amps) peak plate current of 3.0 amperes must not be exceeded.
Eimac [1]
2 mA
Eimac 2-150D Maximum D-C Current Ra+ings for R-C Fil+er Applica+ions
Eimac [2]
-150 mA
Eimac 2-150D Maximum D-C Current Ra+ings for R-C Fil+er Applica+ions
A-C Supply Voltage(E.ms) [1]
0.78 V
A-C Supply Voltage(E.ms) 0.78 0.82 0.90 I.07 I.50
A-C Supply Voltage(E.ms) [2]
0.82 V
A-C Supply Voltage(E.ms) 0.78 0.82 0.90 I.07 I.50
A-C Supply Voltage(E.ms) [3]
0.9 V
A-C Supply Voltage(E.ms) 0.78 0.82 0.90 I.07 I.50
A-C Supply Voltage(E.ms) [4]
7 V
A-C Supply Voltage(E.ms) 0.78 0.82 0.90 I.07 I.50
A-C Supply Voltage(E.ms) [5]
50 V
A-C Supply Voltage(E.ms) 0.78 0.82 0.90 I.07 I.50
Peak Inverse Voltage(I/
2 V
Peak Inverse Voltage(I/2+hosevaluesfor circui+ b.I
